| gs-th-primal gs-th-hover |
gs-th-primal gs-th-lighter |
gs-th-primal | gs-th-primal gs-th-alt |
gs-th-primal gs-th-darker |
gs-th-primal gs-th-inset |
gs-th-primal gs-th-outset |
gs-th-primal gs-th-float |
| gs-th-contra gs-th-hover |
gs-th-contra gs-th-lighter |
gs-th-contra | gs-th-contra gs-th-alt |
gs-th-contra gs-th-darker |
gs-th-contra gs-th-inset |
gs-th-contra gs-th-outset |
gs-th-contra gs-th-float |
| gs-th-accent gs-th-hover |
gs-th-accent gs-th-lighter |
gs-th-accent | gs-th-accent gs-th-alt |
gs-th-accent gs-th-darker |
gs-th-accent gs-th-inset |
gs-th-accent gs-th-outset |
gs-th-accent gs-th-float |
| gs-th-select gs-th-hover |
gs-th-select gs-th-lighter |
gs-th-select | gs-th-select gs-th-alt |
gs-th-select gs-th-darker |
gs-th-select gs-th-inset |
gs-th-select gs-th-outset |
gs-th-select gs-th-float |
| gs-th-signal gs-th-hover |
gs-th-signal gs-th-lighter |
gs-th-signal | gs-th-signal gs-th-alt |
gs-th-signal gs-th-darker |
gs-th-signal gs-th-inset |
gs-th-signal gs-th-outset |
gs-th-signal gs-th-float |
| gs-th-primal gs-th-text-accent gs-th-edge-accent |
gs-th-primal gs-th-text-select gs-th-edge-select |
gs-th-primal gs-th-text-signal gs-th-edge-signal |
| gs-th-contra gs-th-text-accent gs-th-edge-accent |
gs-th-contra gs-th-text-select gs-th-edge-select |
gs-th-contra gs-th-text-signal gs-th-edge-primal |
| gs-th-primal gs-th-hover |
gs-th-primal gs-th-lighter |
gs-th-primal | gs-th-primal gs-th-alt |
gs-th-primal gs-th-darker |
gs-th-primal gs-th-inset |
gs-th-primal gs-th-outset |
gs-th-primal gs-th-float |
| gs-th-contra gs-th-hover |
gs-th-contra gs-th-lighter |
gs-th-contra | gs-th-contra gs-th-alt |
gs-th-contra gs-th-darker |
gs-th-contra gs-th-inset |
gs-th-contra gs-th-outset |
gs-th-contra gs-th-float |
| gs-th-accent gs-th-hover |
gs-th-accent gs-th-lighter |
gs-th-accent | gs-th-accent gs-th-alt |
gs-th-accent gs-th-darker |
gs-th-accent gs-th-inset |
gs-th-accent gs-th-outset |
gs-th-accent gs-th-float |
| gs-th-select gs-th-hover |
gs-th-select gs-th-lighter |
gs-th-select | gs-th-select gs-th-alt |
gs-th-select gs-th-darker |
gs-th-select gs-th-inset |
gs-th-select gs-th-outset |
gs-th-select gs-th-float |
| gs-th-signal gs-th-hover |
gs-th-signal gs-th-lighter |
gs-th-signal | gs-th-signal gs-th-alt |
gs-th-signal gs-th-darker |
gs-th-signal gs-th-inset |
gs-th-signal gs-th-outset |
gs-th-signal gs-th-float |
| gs-th-primal gs-th-text-accent gs-th-edge-accent |
gs-th-primal gs-th-text-select gs-th-edge-select |
gs-th-primal gs-th-text-signal gs-th-edge-signal |
| gs-th-contra gs-th-text-accent gs-th-edge-accent |
gs-th-contra gs-th-text-select gs-th-edge-select |
gs-th-contra gs-th-text-signal gs-th-edge-primal |
| gs-th-primal gs-th-hover |
gs-th-primal gs-th-lighter |
gs-th-primal | gs-th-primal gs-th-alt |
gs-th-primal gs-th-darker |
gs-th-primal gs-th-inset |
gs-th-primal gs-th-outset |
gs-th-primal gs-th-float |
| gs-th-contra gs-th-hover |
gs-th-contra gs-th-lighter |
gs-th-contra | gs-th-contra gs-th-alt |
gs-th-contra gs-th-darker |
gs-th-contra gs-th-inset |
gs-th-contra gs-th-outset |
gs-th-contra gs-th-float |
| gs-th-accent gs-th-hover |
gs-th-accent gs-th-lighter |
gs-th-accent | gs-th-accent gs-th-alt |
gs-th-accent gs-th-darker |
gs-th-accent gs-th-inset |
gs-th-accent gs-th-outset |
gs-th-accent gs-th-float |
| gs-th-select gs-th-hover |
gs-th-select gs-th-lighter |
gs-th-select | gs-th-select gs-th-alt |
gs-th-select gs-th-darker |
gs-th-select gs-th-inset |
gs-th-select gs-th-outset |
gs-th-select gs-th-float |
| gs-th-signal gs-th-hover |
gs-th-signal gs-th-lighter |
gs-th-signal | gs-th-signal gs-th-alt |
gs-th-signal gs-th-darker |
gs-th-signal gs-th-inset |
gs-th-signal gs-th-outset |
gs-th-signal gs-th-float |
| gs-th-primal gs-th-text-accent gs-th-edge-accent |
gs-th-primal gs-th-text-select gs-th-edge-select |
gs-th-primal gs-th-text-signal gs-th-edge-signal |
| gs-th-contra gs-th-text-accent gs-th-edge-accent |
gs-th-contra gs-th-text-select gs-th-edge-select |
gs-th-contra gs-th-text-signal gs-th-edge-primal |
| gs-th-primal gs-th-hover |
gs-th-primal gs-th-lighter |
gs-th-primal | gs-th-primal gs-th-alt |
gs-th-primal gs-th-darker |
gs-th-primal gs-th-inset |
gs-th-primal gs-th-outset |
gs-th-primal gs-th-float |
| gs-th-contra gs-th-hover |
gs-th-contra gs-th-lighter |
gs-th-contra | gs-th-contra gs-th-alt |
gs-th-contra gs-th-darker |
gs-th-contra gs-th-inset |
gs-th-contra gs-th-outset |
gs-th-contra gs-th-float |
| gs-th-accent gs-th-hover |
gs-th-accent gs-th-lighter |
gs-th-accent | gs-th-accent gs-th-alt |
gs-th-accent gs-th-darker |
gs-th-accent gs-th-inset |
gs-th-accent gs-th-outset |
gs-th-accent gs-th-float |
| gs-th-select gs-th-hover |
gs-th-select gs-th-lighter |
gs-th-select | gs-th-select gs-th-alt |
gs-th-select gs-th-darker |
gs-th-select gs-th-inset |
gs-th-select gs-th-outset |
gs-th-select gs-th-float |
| gs-th-signal gs-th-hover |
gs-th-signal gs-th-lighter |
gs-th-signal | gs-th-signal gs-th-alt |
gs-th-signal gs-th-darker |
gs-th-signal gs-th-inset |
gs-th-signal gs-th-outset |
gs-th-signal gs-th-float |
| gs-th-primal gs-th-text-accent gs-th-edge-accent |
gs-th-primal gs-th-text-select gs-th-edge-select |
gs-th-primal gs-th-text-signal gs-th-edge-signal |
| gs-th-contra gs-th-text-accent gs-th-edge-accent |
gs-th-contra gs-th-text-select gs-th-edge-select |
gs-th-contra gs-th-text-signal gs-th-edge-primal |
| gs-th-primal gs-th-hover |
gs-th-primal gs-th-lighter |
gs-th-primal | gs-th-primal gs-th-alt |
gs-th-primal gs-th-darker |
gs-th-primal gs-th-inset |
gs-th-primal gs-th-outset |
gs-th-primal gs-th-float |
| gs-th-contra gs-th-hover |
gs-th-contra gs-th-lighter |
gs-th-contra | gs-th-contra gs-th-alt |
gs-th-contra gs-th-darker |
gs-th-contra gs-th-inset |
gs-th-contra gs-th-outset |
gs-th-contra gs-th-float |
| gs-th-accent gs-th-hover |
gs-th-accent gs-th-lighter |
gs-th-accent | gs-th-accent gs-th-alt |
gs-th-accent gs-th-darker |
gs-th-accent gs-th-inset |
gs-th-accent gs-th-outset |
gs-th-accent gs-th-float |
| gs-th-select gs-th-hover |
gs-th-select gs-th-lighter |
gs-th-select | gs-th-select gs-th-alt |
gs-th-select gs-th-darker |
gs-th-select gs-th-inset |
gs-th-select gs-th-outset |
gs-th-select gs-th-float |
| gs-th-signal gs-th-hover |
gs-th-signal gs-th-lighter |
gs-th-signal | gs-th-signal gs-th-alt |
gs-th-signal gs-th-darker |
gs-th-signal gs-th-inset |
gs-th-signal gs-th-outset |
gs-th-signal gs-th-float |
| gs-th-primal gs-th-text-accent gs-th-edge-accent |
gs-th-primal gs-th-text-select gs-th-edge-select |
gs-th-primal gs-th-text-signal gs-th-edge-signal |
| gs-th-contra gs-th-text-accent gs-th-edge-accent |
gs-th-contra gs-th-text-select gs-th-edge-select |
gs-th-contra gs-th-text-signal gs-th-edge-primal |


Module: RSpec::Matchers::DSL::Macros
- Included in:
- Matcher
- Defined in:
- lib/rspec/matchers/dsl.rb
Overview
Contains the methods that are available from within the
RSpec::Matchers.define
DSL for creating custom matchers.
Defined Under Namespace
Modules: Deprecated
Instance Method Summary (collapse)
-
- (Object) chain(name, &definition)
Convenience for defining methods on this matcher to create a fluent interface.
-
- (Object) description {|Object| ... }
Customize the description to use for one-liners.
-
- (Object) diffable
Tells the matcher to diff the actual and expected values in the failure message.
-
- (Object) failure_message {|Object| ... }
Customizes the failure messsage to use when this matcher is asked to positively match.
-
- (Object) failure_message_when_negated {|Object| ... }
Customize the failure messsage to use when this matcher is asked to negatively match.
-
- (Object) match {|Object| ... }
Stores the block that is used to determine whether this matcher passes or fails.
-
- (Object) match_unless_raises(expected_exception = Exception) {|Object| ... }
Use this instead of
match
when the block will raise an exception rather than returning false to indicate a failure. -
- (Object) match_when_negated {|Object| ... }
Use this to define the block for a negative expectation (
expect(...).not_to
) when the positive and negative forms require different handling. -
- (Object) supports_block_expectations
Declares that the matcher can be used in a block expectation.
Instance Method Details
- (Object) chain(name, &definition)
Convenience for defining methods on this matcher to create a fluent
interface. The trick about fluent interfaces is that each method must
return self in order to chain methods together. chain
handles that
for you.
178 179 180 181 182 183 |
# File 'lib/rspec/matchers/dsl.rb', line 178 def chain(name, &definition) define_user_override(name, definition) do |*args, &block| super(*args, &block) self end end |
- (Object) description {|Object| ... }
Customize the description to use for one-liners. Only use this when the description generated by default doesn't suit your needs.
142 143 144 |
# File 'lib/rspec/matchers/dsl.rb', line 142 def description(&definition) define_user_override(__method__, definition) end |
- (Object) diffable
Tells the matcher to diff the actual and expected values in the failure message.
148 149 150 |
# File 'lib/rspec/matchers/dsl.rb', line 148 def diffable define_method(:diffable?) { true } end |
- (Object) failure_message {|Object| ... }
Customizes the failure messsage to use when this matcher is asked to positively match. Only use this when the message generated by default doesn't suit your needs.
105 106 107 |
# File 'lib/rspec/matchers/dsl.rb', line 105 def (&definition) define_user_override(__method__, definition) end |
- (Object) failure_message_when_negated {|Object| ... }
Customize the failure messsage to use when this matcher is asked to negatively match. Only use this when the message generated by default doesn't suit your needs.
124 125 126 |
# File 'lib/rspec/matchers/dsl.rb', line 124 def (&definition) define_user_override(__method__, definition) end |
- (Object) match {|Object| ... }
Stores the block that is used to determine whether this matcher passes
or fails. The block should return a boolean value. When the matcher is
passed to expect(...).to
and the block returns true
, then the expectation
passes. Similarly, when the matcher is passed to expect(...).not_to
and the
block returns false
, then the expectation passes.
39 40 41 42 43 44 45 46 47 48 |
# File 'lib/rspec/matchers/dsl.rb', line 39 def match(&match_block) define_user_override(:matches?, match_block) do |actual| begin @actual = actual super(*actual_arg_for(match_block)) rescue RSpec::Expectations::ExpectationNotMetError false end end end |
- (Object) match_unless_raises(expected_exception = Exception) {|Object| ... }
Use this instead of match
when the block will raise an exception
rather than returning false to indicate a failure.
77 78 79 80 81 82 83 84 85 86 87 88 |
# File 'lib/rspec/matchers/dsl.rb', line 77 def match_unless_raises(expected_exception=Exception, &match_block) define_user_override(:matches?, match_block) do |actual| @actual = actual begin super(*actual_arg_for(match_block)) rescue expected_exception => @rescued_exception false else true end end end |
- (Object) match_when_negated {|Object| ... }
Use this to define the block for a negative expectation (expect(...).not_to
)
when the positive and negative forms require different handling. This
is rarely necessary, but can be helpful, for example, when specifying
asynchronous processes that require different timeouts.
56 57 58 59 60 61 |
# File 'lib/rspec/matchers/dsl.rb', line 56 def match_when_negated(&match_block) define_user_override(:does_not_match?, match_block) do |actual| @actual = actual super(*actual_arg_for(match_block)) end end |
- (Object) supports_block_expectations
Declares that the matcher can be used in a block expectation.
Users will not be able to use your matcher in a block
expectation without declaring this.
(e.g. expect { do_something }.to matcher
).
156 157 158 |
# File 'lib/rspec/matchers/dsl.rb', line 156 def supports_block_expectations define_method(:supports_block_expectations?) { true } end |


Cargo #{track.cargo.trackingId} is currently #{track.cargo.statusText}
Estimated time of arrival in #{track.cargo.destinationName}: #{track.cargo.eta}
#{track.cargo.nextExpectedActivity}
Cargo is misdirected.
There are no events recorded for the tracking ID #{track.cargo.trackingId}."


{% extends "page.html" %} {% block title %}About{% endblock %} {% block article %}
Here is some information about this app ( just pretend it's here ;) )


Filter Mode
Blacklist Only
Learning Only
Full Power
Blacklist
Comma-separated list
Memory Size
10
25
50
Show/Hide Junk
Show Junk
Save


${site_title}
${_topnav_current_day}
${_day_selection} ${_status} ${_bill}
${_room}
${_form} ${_general_info}


Hello, and welcome to our second Capture The Flag!
Goal of the game is - to have fun! :)
Ooor... technically speaking - explore this website and find secret keys.
Here's a freebie - keys will look something like this:
flag{first}
Only one isn't formatted this way.
You might want to submit all flags you found on Validate Page to track the keys you find (copy only value between brackets, ex: first), but it's not a competition! Also, write them down on paper in case server crashes. x'D
There are 18 keys available on this site (the first was just above you!). Some of them will be more difficult to find than others and are worth more points. Here are some tips to remember:
- Right click on the web page and click "View Page Source" to the see the source code. Sometimes the developers leave things behind!
- Open the developer console in your browser and view the network requests. Maybe there are weird requests on a page?
- Watch for cookies on the web pages. Sometimes they're used for authentication.
- Try writing javascript into text fields you submit. Maybe <script>alert("XSS");</script> will prompt you alert on some pages? And if script is sanitized? Can you remember other XSS attack payloads? Some related to images?
- SQL Injection. Hmm... I've read about it somewhere. '
- And sometimes you just need some REST.


Juve Star Comments On Ronaldo's Angry Reaction
by Kurt BuckerfieldAfter an angry Cristiano Ronaldo stormed down the tunnel after being substituted during Juventus' win over AC Milan on Sunday night, one of his teammates has since addressed his furious reaction.
Click through the gallery above to see some images of Ronaldo's response to being taken off on the weekend.
The Portuguese superstar was substituted off in the 55th minute of the Bianconeri's 1-0 Serie A victory over Milan on Sunday, a decision from manager Maurizio Sarri that prompted an enraged response from the 34-year-old, who walked straight down the tunnel after leaving the pitch.
After the match, goalkeeper Wojciech Szczesny seemed to show his support for the former Real Madrid striker, before adding that Ronaldo is currently not at his physical best.
Download The Soccer Laduma Social Media App & Earn Airtime for Selfies!
"When a player of this level is replaced after 50 minutes, it is normal that he gets angry," the Poland goalkeeper told Sky Sports.
"He is a great player, but now he is not well physically. His quality must not be doubted at all because, when the decisive moments of the season arrive, he will surely give us a big hand as always."
Juventus manager Sarri also discussed the issue after the game, and also appeared to hint at Ronaldo not being fully fit.
Frustrated CR7 Storms Off Pitch, Leaves Stadium? Sarri Responds
The five-time Ballon d'Or winner has scored six goals and assisted a further two strikes in 14 matches for Juve so far this season.


Here are some Javascript applets that try to illustrate some effects of Special Relativity. Be warned that this is a work in progress and any of them might change at any time.
- An illustration of simultaneity, using the classic "flashbulb in the middle of a train car" approach.
- By finding the difference in arrival time of a signal from an event at two sensors, you may restrict the event to lie on a hyperbola.
- If you have four such sensors, you may (over-)specify the event location.
- In 2+1D, you need only three such sensors to determine when and where an event happened, to one or two possibilities. Here, two detectors do this, but in different reference frames.
- We may draw the intersection hyperbolas from each pair of sensors, and discover that it tells us nothing new.
- Specifying the coordinates of an event appears to privilege that coordinate frame, so you can set events by clicking. Two events mean too many circles.
- An applet with two ships that happens to demonstrate the Doppler effect.


Autogeneration/Calculate/Body example
This block is scaled using the default 'calculate' method and listens to the size of the body element.
Every listen style is recalculated based on a scale param on every body resize.
Style-updaters are being created automatically.


{% include "va-gov/includes/header.html" %}
{% if gibsAlert %}
{% include "va-gov/includes/gibs-down.html" %}
{% endif %}
{% include "va-gov/includes/breadcrumbs.html" %}
{% case template %}
{% when 'level2-index' %}
{% include "va-gov/includes/level2-index.html" %}
{% when 'detail-page' %}
{% include "va-gov/includes/detail-page.html" %}
{% when 'topic-landing' %}
{% include "va-gov/includes/topic-landing.html" %}
{% when 'level2-index' %}
{% include "va-gov/includes/level2-index.html" %}
{% else %}
{{ contents }}
{% endcase %}


run-time type information (rtti)¶
because somebody’s going to want to shut this off, too…
Sol does not use RTTI anymore.
THE BELOW IS NO LONGER NEEDED.
Not compiling with C++’s run-time type information? Do a #define SOL_NO_RTII
before you include sol.hpp
or define SOL_NO_RTTI
on your command line. Be sure to understand the implications of doing so if you also turn off exceptions.
If you come across bugs or can’t compile because there’s a stray typeid or typeinfo that wasn’t hidden behind a #ifndef SOL_NO_RTTI
, please file an issue or even make a pull request so it can be fixed for everyone.


§142-5.5 Service dogs. Any person with a disability who uses the services of a service dog, as defined in section 347-2.5, shall be permitted to reside on site for the duration of quarantine, if housing is available. [L 1991, c 178, §3; am L 2011, c 175, §3]
Cross References
Uses of service dogs, see §347-13.


App Name
User
Tab 2
Tab 3
Tab 4
John Doe
github.com/virtualvivek/Windows10-framework
Web Designer
Phone
contacts
installed
Calendar
general
installed
Camera
utility
installed
Maps
general
installed
News
entertainment
installed
Tab 2
Contents
Tab 3
Contents
Tab 4
Contents


public class ClientCLI extends java.lang.Object implements ClientInterface, KillableRunnable
boardReference
: the ClientBoardplayerListReference
: the player list connected to the gameplayerUUID
: the UUID of this playergameUUID
: the UUID of the game the player is playing oncontextList
: the list of all available contextszeroLevelContextThread
: reference to the ZeroLevelContext threadcontextQueue
: the queue containing all the CONTEXT messages sent to the client. Every message in this queue will open a single contextmessageQueue
: the queue containing all the messages which must be displayedsendQueue
: the queue used to send message from the CLI threadsclientsendQueue
: the queue used from contexts to send messages to the serverin
: scanner handling the input streamout
: printWriter handling the output streamidleRun
: flag which indicates if ZeroLevelContext must be activatedwait
: flag which indicates if player must wait his turn. If so, the action menu can't be activatedleaderStartPhase
: flag which indicates if the leader card distributing phase is ended or notstop
: use this flag to stop this thread| Modifier and Type | Field and Description |
|---|---|
private ClientBoard |
boardReference |
protected java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> |
clientsendQueue |
private Context[] |
contextList |
protected java.util.concurrent.ConcurrentLinkedQueue<java.lang.Object> |
contextQueue |
private java.lang.String |
gameUUID |
private boolean |
idleRun |
protected java.util.Scanner |
in |
protected boolean |
leaderStartPhase |
protected java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> |
messageQueue |
protected java.io.PrintWriter |
out |
private java.util.HashMap<java.lang.String,ClientPlayer> |
playerListReference |
private java.lang.String |
playerUUID |
private java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> |
sendQueue |
private boolean |
stop |
private boolean |
wait |
private java.lang.Thread |
zeroLevelContextThread |
| Constructor and Description |
|---|
ClientCLI()
initialize the CLI, loading all the available context
|
| Modifier and Type | Method and Description |
|---|---|
void |
displayMessage(java.lang.String message)
display the given message
|
void |
displaySendMessage(java.lang.String playerID,
java.lang.String message)
print in a nice way the chat message which has been just sent
|
ClientBoard |
getBoard()
allows to get the board
|
Context[] |
getContextList()
allows to get all the available contexts
|
java.lang.String |
getGameUUID()
allows to get the game UUID
|
java.util.Scanner |
getIn()
allows to retrive the Scanner
|
boolean |
getLeaderStartPhase() |
java.io.PrintWriter |
getOut()
allows to retrive the PrintWriter
|
java.util.HashMap<java.lang.String,ClientPlayer> |
getPlayerList()
allows to retrive the list of players connected
|
java.lang.String |
getPlayerUUID()
allows to get the player UUID
|
java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> |
getSendQueue()
allows to retrive the queue used to send message to the server
|
boolean |
isWaiting()
tells if the player must wait is turn
|
void |
kill()
stop this thread
|
void |
leaderStartPhaseEnd()
set false the leaderStartPhase flag
|
void |
openContext(com.eclipsesource.json.JsonObject contextMessage)
open a context using the information specified into the JsonObject message passed as argument
|
void |
receiveMessage(java.lang.String playerID,
java.lang.String message)
print in a nice way the chat message which has been just received
|
void |
registerBoard(ClientBoard board)
register the board
|
void |
registerGameUUID(java.lang.String UUID)
register the UUID of the game to which the client has been connected
|
void |
registerPlayers(java.util.HashMap<java.lang.String,ClientPlayer> playerList)
register the player list
|
void |
registerPlayerUUID(java.lang.String UUID)
register the player UUID
|
void |
registerSendMessageQueue(java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> queue)
register the send message queue
|
void |
run()
run() method continuosly check if there are context to open or message to display or to send.
|
void |
setIdleRun(boolean idleRunFlag)
change the value of the idleRunFlag, to stop or reactivate the ZeroLevelContextThread
|
void |
waitTurn(boolean flag)
change the value to the wait boolean flag
|
private ClientBoard boardReference
private java.util.HashMap<java.lang.String,ClientPlayer> playerListReference
private java.lang.String playerUUID
private java.lang.String gameUUID
protected java.util.concurrent.ConcurrentLinkedQueue<java.lang.Object> contextQueue
protected java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> messageQueue
private java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> sendQueue
protected java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> clientsendQueue
private Context[] contextList
private java.lang.Thread zeroLevelContextThread
protected java.util.Scanner in
protected java.io.PrintWriter out
private boolean idleRun
private boolean wait
protected boolean leaderStartPhase
private boolean stop
public ClientCLI()
public void run()
run
in interface java.lang.Runnable
public java.util.Scanner getIn()
public java.io.PrintWriter getOut()
public void registerBoard(ClientBoard board)
registerBoard
in interface ClientInterface
board
- the board which must be registeredpublic void registerPlayers(java.util.HashMap<java.lang.String,ClientPlayer> playerList)
registerPlayers
in interface ClientInterface
playerList
- HashMap containing all the information about the player connected to the gamepublic void registerGameUUID(java.lang.String UUID)
registerGameUUID
in interface ClientInterface
UUID
- the game UUIDpublic void registerPlayerUUID(java.lang.String UUID)
registerPlayerUUID
in interface ClientInterface
UUID
- the UUID of the playerpublic Context[] getContextList()
getContextList
in interface ClientInterface
public ClientBoard getBoard()
public java.lang.String getPlayerUUID()
public java.lang.String getGameUUID()
public boolean isWaiting()
public java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> getSendQueue()
public void leaderStartPhaseEnd()
leaderStartPhaseEnd
in interface ClientInterface
public void openContext(com.eclipsesource.json.JsonObject contextMessage)
openContext
in interface ClientInterface
contextMessage
- the received CONTEXT message used to customize the contextpublic java.util.HashMap<java.lang.String,ClientPlayer> getPlayerList()
public void registerSendMessageQueue(java.util.concurrent.ConcurrentLinkedQueue<java.lang.String> queue)
registerSendMessageQueue
in interface ClientInterface
queue
- the queue which must be registeredpublic void displayMessage(java.lang.String message)
displayMessage
in interface ClientInterface
message
- the message to be displayedpublic void setIdleRun(boolean idleRunFlag)
setIdleRun
in interface ClientInterface
idleRunFlag
- the value of the idleRun flagpublic void displaySendMessage(java.lang.String playerID, java.lang.String message)
playerID
- the name of the player who has sent the messagemessage
- the sent messagepublic void receiveMessage(java.lang.String playerID, java.lang.String message)
receiveMessage
in interface ClientInterface
playerID
- the name of the player who has sent the messagemessage
- the sent messagepublic boolean getLeaderStartPhase()
public void waitTurn(boolean flag)
waitTurn
in interface ClientInterface
flag
- the value of the wait flagpublic void kill()
kill
in interface KillableRunnable


404
main
About
Résumé
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Oops! Either you’ve found a bug (in which case,
please tell me
) or you’re just making things up. This page doesn’t exist!
© Logan Ayliffe, 2020


{% extends "admin/admin_base.html" %} {% load static %} {% block content-area %}
The dataset currently has [[num_truth_annotations]] annotations uploaded as ground truth.
| User id | Name | Last annotation | # of annotations made | % Correct (# annotations) | Kappa agreement with other labelers |
|---|---|---|---|---|---|
| [[ user.id ]] | [[ user.name ]] | [[ user.last_annotation | parseDate ]] | [[ user.num_annotations ]] | [[ user.agreement_with_truth | toPercent ]] ([[ user.num_documents_with_truth_labels ]]) | [[ user.average_kappa_agreement | toFixed(2,0) ]] |
This matrix shows the level of agreement between the different labelers, corrected for chance. A value of 0 means an agreement expected at random, 1 means full agreement and -1 means full disagreement.


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| Id |
Email |
Name |
Username |
Password |
Actions |
| 1 |
<EMAIL_ADDRESS>|
Julio Robles |
jrobles |
Password |
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| 2 |
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plopez |
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For a lot more info about this topic, I suggest visiting my
INTRO
to meditation page
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Ocean [ak52], ocean, in The Inner Sea
Last updated Turn #92
Ocean [ak52], ocean, in The Inner Sea
------------------------------------------------------------------------
25: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
25: 13% damaged, arrived from Ocean [ak51], owner:
25: Phantasm [n4b], Imperial Empire, duke, with eight sailors,
25: one riding horse
26: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
26: 13% damaged, departed for Ocean [ak53].
Routes leaving Ocean:
North, to Ocean [aj52], 6 days
East, to Ocean [ak53], 6 days
South, to Ocean [al52], 6 days
West, to Ocean [ak51], 6 days


This is a delightful and charming little town and port. It is just 5nm south east of Bandol.
Harbour at Sanary sur mer :©S/Y ChaliVentures III
Position 43°07′N, 5°48′E.
It is possible to anchor off in the bay, but only in settled weather as the holding is suspect.
Call on VHF channel 09 or telephone in advance of arrival. Possible to book a berth 48 hours in advance but stays are limited to 2 days in high season.
The visitors' berths are on pontoon A, directly opposite the entrance.
Last updated October 2014.


Mario Balotelli: Hellas Verona punished with partial stadium closure for one game
Italian club Hellas Verona have been ordered to close part of their stadium for one game following the racist abuse of Mario Balotelli.
Brescia striker Balotelli kicked the ball into the crowd and threatened to walk off the pitch after being abused during Sunday's 2-1 defeat at Verona.
On Tuesday, Serie A's disciplinary commission ordered the closure of the Poltrone Est stand as punishment.
That came after Verona banned the head of their ultras fan group for 11 years.
Luca Castellini had said ex-Manchester City and Liverpool striker Balotelli, 29, can "never be completely Italian".
Verona said Castellini's comments were "seriously" against the "ethical principles and values of our club".
On Monday, Italy international Balotelli responded to Castellini by saying his comments had "nothing to do with football".

Balotelli, who has played 36 times for Italy and helped them reach the final of the 2012 European Championships, added: "Wake up you imbeciles, you are shambolic.
"When Mario scored a goal for Italy, and - I guarantee you - I will do so again, you are fine with that, aren't you?"
'We will not give up'
At a meeting of the Italian FA (FIGC) on Tuesday, its president Gabriele Gravina called for increased use of technology to identify culprits.
"Balotelli is Italian, he proved to be more Italian than those who offended him," he said.
"The FIGC will not give up until we put an end to these deplorable episodes. We must respond with advanced technological systems, which remove all alibis. Hence the need for an ever closer collaboration between our Public Prosecutor's Office and the Ministry of the Interior for the identification of the subjects. In this the FIGC claims a central role."
Meanwhile, a motion was put forward to the Verona city council by councillor Andrea Bacciga calling for any players who "defame" the city to "face justice".
He claimed "no-one" at the stadium on Sunday heard the racist abuse aimed at Balotelli.


Development Manager
Working Time SolutionsWorking Time Solutions provides Time and attendance, Strategic scheduling, Workforce management, HR solutions to the air-services, manufacturing and utilities sectors in the UK, including integrations to a variety of payroll providers.
After success at improving Working Time Solutions implementations and project management process, through the introduction of agile principles and processes, and implementing several working time change and software installations at high profile clients. I was asked to undertake a similar transformation in the Development team.
This involved building and leading the development team and use of agile methodologies to create a new cloud based product, whilst still remaining hand-on working with clients to deliver software solutions and integrations.
- Client installations and upgrades, bespoke reporting,, facilitating UAT and managing issues and risks through to completion
- Delivering on-site workshops to determine client requirements and meet expectations within the scope of the project and budget. Creating associated documentation in the form of high level and technical designs
- Facilitated meetings and Leading workshops with clients to demo configuration and identify requirements
- Prepare and deliver bespoke on-site training, advising on best practice to ensure clients get the most out of WTS solutions
- Manage projects through to completion using Agile and Waterfall methodologies
- Team Management, through supportive 1:1 and objectives and recruitment of new team members
- Coaching and mentoring the team empowering them to creating a cross functional department
- Decision maker for technologies and architectural solutions to meet requirements translating these to the development team
- Supporting the sales team, conducting pre-sale activities including RFI's, RFP's, demo's and facilitating workshops. Responsible for change management, QA and release processes to clients
- Cultivated and maintained positive and lasting relationships with executive-level clients


Example: TwoPhaseWater
The TwoPhaseWater package demonstrates how to extend the
parsimonious BaseProperties with a minimal set of properties from
the standard water package with most properties that are needed in
two-phase situations. The model also demonstrates how to compute
additional properties for the medium model. In this scenario,
that builds a new medium model with many more properties than the
default, the standard BaseProperties is used as a basis. For
additional properties, a user has to:
- Declare a new variable of the wanted type, e.g., "DynamicViscosity eta".
- Compute that variable by calling the function form the package,
e.g., eta =
dynamicViscosity(state). Note that the instance of
ThermodynamicState is used as an input to the function. This
instance "state" is declared in PartialMedium and thus available in
every medium model. A user does not have to know what actual
variables are required to compute the dynamic viscosity, because
the state instance is guaranteed to contain what is needed.
- Attention: Many
properties are not well defined in the two phase region and the
functions might return undesired values if called there. It is the
user's responsibility to take care of such situations. The
example uses one of several possible models to compute an averaged
viscosity for two-phase flows.
In two phase models, properties are often needed on the phase
boundary just outside the two phase dome, right on the border.. To
compute the thermodynamic state there, two auxiliary functions are
provided: setDewState(sat) and
setBubbleState(sat). They take an instance of
SaturationProperties as input. By default they are in one-phase,
but with the optional phase argument set to 2, the output is forced
to be just inside the phase boundary. This is only needed when
derivatives like cv are computed with are different on both sides
of the boundaries. The usual steps to compute properties on the
phase boundary are:
- Declare an instance of ThermodynamicState, e.g.,
"ThermodynamicState dew".
- Compute the state, using an instance of SaturationProperties,
e.g., dew = setDewState(sat)
- Compute properties on the phase boundary to your full desire,
e.g., "cp_d = specificHeatCapacityCp(dew)".
The sample model TestTwoPhaseStates test the extended
properties
The same procedure can be used to compute properties at other
state points, e.g., when an isentropic reference state is
computed.
Contents
Generated at 2019-01-25T16:44:03Z by OpenModelica 1.14.0~dev-130-gefa44fb


yr.no adapter settings
Place
yr.no
is a joint service by the
Norwegian Meteorological Institute
and the
Norwegian Broadcasting Corporation


Default functionality
Events
Constrain movement
Delay start
Snap to element or grid
Auto-scroll
Revert position
Visual feedback
Drag handle
Cursor style
Draggable + Sortable


MICKEY BLUE EYES A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): ***
Let's face it. Kelly Makin's MICKEY BLUE EYES is ANALYZE THIS-lite, but that isn't necessarily a bad thing. Any movie with Hugh Grant (NOTTING HILL), James Caan (THE GODFATHER) and Jeanne Tripplehorn (BASIC INSTINCT) is almost guaranteed to be an entertaining success, even if a similar one with Robert De Niro, Billy Crystal and Lisa Kudrow was better. Big laughs are big laughs. That another movie earlier in the year would rate higher on the laugh-o-meter is irrelevant. MICKEY BLUE EYES delivers more than enough crowd pleasing humor.
Hugh Grant, with his boyish grin and his rumpled good looks, is the master of the I-can't-believe-this-is-happening-to-me situation. He wears his charming naiveté on his sleeve and makes what he does look so easy that it doesn't appear to be acting. After all, he always seems to be playing himself.
In NOTTING HILL, he was astonished to find that a movie star had come into his bookstore and his life. In MICKEY BLUE EYES, he's shocked to find that he has accidentally joined the Mafia.  He incurs the wrath of a rival family, who wants revenge.
It all starts innocently enough. Art auction house manager Michael Felgate (Grant) tries the most charming of devices to propose to his girlfriend, Gina (Tripplehorn). At a Chinese restaurant, he attempts to arrange for the owner to stuff his marriage proposal into Gina's fortune cookie. The results prove surprisingly disastrous, as do most of poor Michael's actions in the story. The upshot is that Gina refuses to marry him because she's worried that her father, Frank (Caan), will corrupt Michael. Frank, an extremely friendly Mafioso runs a restaurant known as "The La Trattoria." Michael points out the problem with the name, but, as in the rest of the story, people don't pay much attention to his opinion.
A sophisticated English gentleman, Michael appears noticeably awkward among Frank and his male-kissing Italian "family." The movie, with few exceptions, never forgets it's a parody. The well chosen and high-spirited music, as in the "We Are Family" song played when Michael first meets Frank's coworkers, adds to the movie's merriment.
After Gina agrees to marry Michael, her worst fears are realized. Before he knows it, Michael's gallery is laundering money for the mob, and the FBI is investigating. Although trying hard to avoid any degree of criminality, Michael, nevertheless, manages to earn himself the moniker of Kansas City Mickey Blue Eyes. The movie's funniest scenes have him trying with little success to mimic the gang's pronunciation of such classic lines as "Fuggedaboutit." ."
With his grace and style, Grant dominates the film, but the rest of the cast nicely complement him.  Caan is delightfully charming as the father with a disreputable profession. Frank's a swell guy even if his car does tend to be stuffed with boxes of stolen Cuisinarts and his trunk has the occasional dead body. Every actor who has ever played an Italian mobster appears to be in the large and effective supporting cast.
Director Makin (KIDS IN THE HALL) generally has a good sense of comedic timing, although some parts of the movie flag briefly. The movie is old-fashioned fun. But does it go so far as to be memorable? Fuggedaboutit.
MICKEY BLUE EYES runs 1:42. It is rated PG-13 for brief strong language, some violence and sensuality and would be fine for kids 9 and up.
My son Jeffrey, age 10, found the film funny and gave it ***. He liked the actors and the ending surprises.
Email<EMAIL_ADDRESS>Web: http://www.InternetReviews.com
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


Please read this Terms of Service agreement (the “Terms”) carefully. By accessing or using this website (the “Website”) in any way, including using the services and resources available or enabled via the Website or application (the “Service”), downloading the Provault software application for mobile devices (the “Application”), completing the registration process, and/or merely browsing the Website, you represent that (1) you have read, understand, and agree to be bound by the Terms, (2) you are of legal age to form a binding contract with Provault, and (3) you have the authority to enter into the Terms personally or on behalf of the company you have named as the customer, and to bind that company to the Terms. The term “you” refers to the individual or legal entity, as applicable, identified as the customer when you registered on the Website. If you do not agree to be bound by the terms, you may not access or use this Website or the Service.
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Hot foil stamping is one of the high-visibility enhancements for product packaging. Not only that it will help attract consumer attention faster and keep them longer than products with ordinary packaging, your product will also look more elegant. Which usually would result in an increase in sales, with only a tiny increase in cost.


Label
Type
Parent
Tags
State
Version
Created
Last modified
Mime type
Original file name
Validation
Content
Value
Checksum
Checksum type
Binary
Relations
Children


[ x'] [ m00 m01 m02 ] [ x ] [ m00x + m01y + m02 ] [ y'] = [ m10 m11 m12 ] [ y ] = [ m10x + m11y + m12 ] [ 1 ] [ 0 0 1 ] [ 1 ] [ 1 ]This class is optimized for speed and minimizes calculations based on its knowledge of the underlying matrix (as opposed to say simply performing matrix multiplication).
| goog.graphics.AffineTransform |
|
opt_m00
: number=
The m00 coordinate of the transform.
|
|
opt_m10
: number=
The m10 coordinate of the transform.
|
|
opt_m01
: number=
The m01 coordinate of the transform.
|
|
opt_m11
: number=
The m11 coordinate of the transform.
|
|
opt_m02
: number=
The m02 coordinate of the transform.
|
|
opt_m12
: number=
The m12 coordinate of the transform.
|
|
clone()
⇒
No description.
Returns:
A copy of this transform.
|
code » | |||||||
|
concatenate(tx)
⇒
Concatenates an affine transform to this transform.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
copyFrom(tx)
⇒
Sets this transform to be identical to the given transform.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
createInverse()
⇒
No description.
Returns:
An AffineTransform object representing the inverse transformation.
|
code » | |||||||
|
getDeterminant()
⇒
No description.
Returns:
The determinant of this transform.
|
code » | |||||||
|
getScaleX()
⇒
No description.
Returns:
The scaling factor in the x-direction (m00).
|
code » | |||||||
|
getScaleY()
⇒
No description.
Returns:
The scaling factor in the y-direction (m11).
|
code » | |||||||
|
getShearX()
⇒
No description.
Returns:
The shear factor in the x-direction (m01).
|
code » | |||||||
|
getShearY()
⇒
No description.
Returns:
The shear factor in the y-direction (m10).
|
code » | |||||||
|
getTranslateX()
⇒
No description.
Returns:
The translation in the x-direction (m02).
|
code » | |||||||
|
getTranslateY()
⇒
No description.
Returns:
The translation in the y-direction (m12).
|
code » | |||||||
|
isIdentity()
⇒
No description.
Returns:
Whether this transform is the identity transform.
|
code » | |||||||
|
isInvertible()
⇒
Returns whether the transform is invertible. A transform is not invertible
if the determinant is 0 or any value is non-finite or NaN.
Returns:
Whether the transform is invertible.
|
code » | |||||||
|
preConcatenate(tx)
⇒
Pre-concatenates an affine transform to this transform.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
rotate(theta, x, y)
⇒
Concatentates this transform with a rotation transformation around an anchor
point.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
scale(sx, sy)
⇒
Concatentates this transform with a scaling transformation.
Returns:
This affine transform.
|
code » | |||||||
|
setToRotation(theta, x, y)
⇒
Sets this transform to a rotation transformation.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
setToScale(sx, sy)
⇒
Sets this transform to a scaling transformation.
Returns:
This affine transform.
|
code » | |||||||
|
setToShear(shx, shy)
⇒
Sets this transform to a shearing transformation.
Returns:
This affine transform.
|
code » | |||||||
|
setToTranslation(dx, dy)
⇒
Sets this transform to a translation transformation.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
setTransform(m00, m10, m01, m11, m02, m12)
⇒
Sets this transform to the matrix specified by the 6 values.
Arguments:
Returns:
This affine transform.
|
code » | |||||||
|
shear(shx, shy)
⇒
Concatentates this transform with a shear transformation.
Returns:
This affine transform.
|
code » | |||||||
|
toString()
⇒
No description.
Returns:
A string representation of this transform. The format of of the string is compatible with SVG matrix notation, i.e. "matrix(a,b,c,d,e,f)".
|
code » | |||||||
|
transform(src, srcOff, dst, dstOff, numPts)
Transforms an array of coordinates by this transform and stores the result
into a destination array.
Arguments:
|
code » | |||||||
|
translate(dx, dy)
⇒
Concatentates this transform with a translate transformation.
Arguments:
Returns:
This affine transform.
|
code » |
|
Creates a transform representing a rotation transformation.
Arguments:
Returns:
A transform representing a rotation transformation.
|
code » | ||||
|
Creates a transform representing a scaling transformation.
Returns:
A transform representing a scaling transformation.
|
code » | ||||
|
Creates a transform representing a shearing transformation.
Returns:
A transform representing a shearing transformation.
|
code » | ||||
|
Creates a transform representing a translation transformation.
Arguments:
Returns:
A transform representing a translation transformation.
|
code » |


Question 1 Title
5 February 2, 1993 @ 2:34 PM by Serious BadassBacon ipsum dolor amet shankle jerky ribeye chicken swine meatloaf.  Cow tri-tip corned beef meatloaf pork chop. Chicken meatball pancetta leberkas pork belly picanha tail kevin pork loin.
Read MoreQuestion 2 Title
5 February 2, 1993 @ 2:34 PM by Benjamin ButtonBacon ipsum dolor amet shankle jerky ribeye chicken swine meatloaf.  Cow tri-tip corned beef meatloaf pork chop. Chicken meatball pancetta leberkas pork belly picanha tail kevin pork loin.
Read MoreQuestion 3 Title
5 February 2, 1993 @ 2:34 PM by Sylvester StalloneBacon ipsum dolor amet shankle jerky ribeye chicken swine meatloaf.  Cow tri-tip corned beef meatloaf pork chop. Chicken meatball pancetta leberkas pork belly picanha tail kevin pork loin.
Read MoreQuestion 4 Title
5 February 2, 1993 @ 2:34 PM by Harry PotterBacon ipsum dolor amet shankle jerky ribeye chicken swine meatloaf.  Cow tri-tip corned beef meatloaf pork chop. Chicken meatball pancetta leberkas pork belly picanha tail kevin pork loin.
Read MoreQuestion 5 Title
5 February 2, 1993 @ 2:34 PM by Shania TwainBacon ipsum dolor amet shankle jerky ribeye chicken swine meatloaf.  Cow tri-tip corned beef meatloaf pork chop. Chicken meatball pancetta leberkas pork belly picanha tail kevin pork loin.
Read More


WITNESS LIST Juvenile Justice and Family Issues Committee February 19, 1997-10:30A HB 400 On: SAMPSON, JOHN J. (SELF) HB 448 For: HANSEN, DON (TX HOTEL/MOTEL ASSN.) SILVER, SARA (HAWTHORN SUITES HOTEL) Against: JAMES, REGGIE (CONSUMERS UNION) On: GREEN, BOB (PNFT, TFA) Registering, but not testifying: For: SHELTON, DAVID (TFA) HB 848 On: BALDWIN, HOWARD (DPRS) BRYANT, CYNTHIA (SELF) HB 957 On: SAMPSON, JOHN J. (HIMSELF) COMMUNITY YOUTH DEVELOPMENT PROJECT On: BALDWIN, HOWARD (DPRS) CHAPMOND, THOMAS (DPRS) FABELO, TONY (CJPC)


|
Panda3D
|
A single field of a Distributed Class, either atomic or molecular. More...
Public Member Functions | |
| Datagram | aiFormatUpdate (DOIDTYPE do_id, CHANNELTYPE to_id, CHANNELTYPE from_id, object args) |
| Generates a datagram containing the message necessary to send an update for the indicated distributed object from the AI. More... | |
| Datagram | aiFormatUpdateMsgType (DOIDTYPE do_id, CHANNELTYPE to_id, CHANNELTYPE from_id, int msg_type, object args) |
| Generates a datagram containing the message necessary to send an update, with the msg type, for the indicated distributed object from the AI. More... | |
| DCAtomicField | asAtomicField () |
| Returns the same field pointer converted to an atomic field pointer, if this is in fact an atomic field; otherwise, returns NULL. More... | |
| const DCAtomicField | asAtomicField () |
| Returns the same field pointer converted to an atomic field pointer, if this is in fact an atomic field; otherwise, returns NULL. More... | |
| DCField | asField () |
| const DCField | asField () |
| DCMolecularField | asMolecularField () |
| Returns the same field pointer converted to a molecular field pointer, if this is in fact a molecular field; otherwise, returns NULL. More... | |
| const DCMolecularField | asMolecularField () |
| Returns the same field pointer converted to a molecular field pointer, if this is in fact a molecular field; otherwise, returns NULL. More... | |
| DCParameter | asParameter () |
| const DCParameter | asParameter () |
| Datagram | clientFormatUpdate (DOIDTYPE do_id, object args) |
| Generates a datagram containing the message necessary to send an update for the indicated distributed object from the client. More... | |
| str | formatData (VectorUchar packed_data, bool show_field_names) |
| Given a blob that represents the packed data for this field, returns a string formatting it for human consumption. More... | |
| DCClass | getClass () |
| Returns the DCClass pointer for the class that contains this field. More... | |
| VectorUchar | getDefaultValue () |
| Returns the default value for this field. More... | |
| int | getNumber () |
| Returns a unique index number associated with this field. More... | |
| bool | hasDefaultValue () |
| Returns true if a default value has been explicitly established for this field, false otherwise. More... | |
| bool | isAirecv () |
| Returns true if the "airecv" flag is set for this field, false otherwise. More... | |
| bool | isBogusField () |
| Returns true if the field has been flagged as a bogus field. More... | |
| bool | isBroadcast () |
| Returns true if the "broadcast" flag is set for this field, false otherwise. More... | |
| bool | isClrecv () |
| Returns true if the "clrecv" flag is set for this field, false otherwise. More... | |
| bool | isClsend () |
| Returns true if the "clsend" flag is set for this field, false otherwise. More... | |
| bool | isDb () |
| Returns true if the "db" flag is set for this field, false otherwise. More... | |
| bool | isOwnrecv () |
| Returns true if the "ownrecv" flag is set for this field, false otherwise. More... | |
| bool | isOwnsend () |
| Returns true if the "ownsend" flag is set for this field, false otherwise. More... | |
| bool | isRam () |
| Returns true if the "ram" flag is set for this field, false otherwise. More... | |
| bool | isRequired () |
| Returns true if the "required" flag is set for this field, false otherwise. More... | |
| output (Ostream out) | |
| Write a string representation of this instance to <out>. More... | |
| bool | packArgs (DCPacker packer, object sequence) |
| Packs the Python arguments from the indicated tuple into the packer. More... | |
| VectorUchar | parseString (str formatted_string) |
| Given a human-formatted string (for instance, as returned by format_data(), above) that represents the value of this field, parse the string and return the corresponding packed data. More... | |
| receiveUpdate (DCPacker packer, object distobj) | |
| Extracts the update message out of the datagram and applies it to the indicated object by calling the appropriate method. More... | |
| object | unpackArgs (DCPacker packer) |
| Unpacks the values from the packer, beginning at the current point in the unpack_buffer, into a Python tuple and returns the tuple. More... | |
| bool | validateRanges (VectorUchar packed_data) |
| Verifies that all of the packed values in the field data are within the specified ranges and that there are no extra bytes on the end of the record. More... | |
| write (Ostream out, int indent_level) | |
| Write a string representation of this instance to <out>. More... | |
| Public Member Functions inherited from DCPackerInterface | |
| DCClassParameter | asClassParameter () |
| const DCClassParameter | asClassParameter () |
| DCField | asField () |
| const DCField | asField () |
| DCSwitchParameter | asSwitchParameter () |
| const DCSwitchParameter | asSwitchParameter () |
| bool | checkMatch (const DCPackerInterface other) |
| Returns true if the other interface is bitwise the same as this one–that is, a uint32 only matches a uint32, etc. More... | |
| bool | checkMatch (str description, DCFile dcfile) |
| Returns true if this interface is bitwise the same as the interface described with the indicated formatted string, e.g. More... | |
| int | findSeekIndex (str name) |
| Returns the index number to be passed to a future call to DCPacker::seek() to seek directly to the named field without having to look up the field name in a table later, or -1 if the named field cannot be found. More... | |
| str | getName () |
| Returns the name of this field, or empty string if the field is unnamed. More... | |
| Public Member Functions inherited from DCKeywordList | |
| bool | compareKeywords (const DCKeywordList other) |
| Returns true if this list has the same keywords as the other list, false if some keywords differ. More... | |
| const DCKeyword | getKeyword (int n) |
| Returns the nth keyword in the list. More... | |
| const DCKeyword | getKeywordByName (str name) |
| Returns the keyword in the list with the indicated name, or NULL if there is no keyword in the list with that name. More... | |
| int | getNumKeywords () |
| Returns the number of keywords in the list. More... | |
| bool | hasKeyword (const DCKeyword keyword) |
| Returns true if this list includes the indicated keyword, false otherwise. More... | |
| bool | hasKeyword (str name) |
| Returns true if this list includes the indicated keyword, false otherwise. More... | |
A single field of a Distributed Class, either atomic or molecular.
| Datagram aiFormatUpdate | ( | DOIDTYPE | do_id, |
| CHANNELTYPE | to_id, | ||
| CHANNELTYPE | from_id, | ||
| object | args | ||
| ) |
Generates a datagram containing the message necessary to send an update for the indicated distributed object from the AI.
| Datagram aiFormatUpdateMsgType | ( | DOIDTYPE | do_id, |
| CHANNELTYPE | to_id, | ||
| CHANNELTYPE | from_id, | ||
| int | msg_type, | ||
| object | args | ||
| ) |
Generates a datagram containing the message necessary to send an update, with the msg type, for the indicated distributed object from the AI.
| DCAtomicField asAtomicField | ( | ) |
Returns the same field pointer converted to an atomic field pointer, if this is in fact an atomic field; otherwise, returns NULL.
| const DCAtomicField asAtomicField | ( | ) |
Returns the same field pointer converted to an atomic field pointer, if this is in fact an atomic field; otherwise, returns NULL.
| DCField asField | ( | ) |
| const DCField asField | ( | ) |
| DCMolecularField asMolecularField | ( | ) |
Returns the same field pointer converted to a molecular field pointer, if this is in fact a molecular field; otherwise, returns NULL.
| const DCMolecularField asMolecularField | ( | ) |
Returns the same field pointer converted to a molecular field pointer, if this is in fact a molecular field; otherwise, returns NULL.
| DCParameter asParameter | ( | ) |
| const DCParameter asParameter | ( | ) |
| Datagram clientFormatUpdate | ( | DOIDTYPE | do_id, |
| object | args | ||
| ) |
Generates a datagram containing the message necessary to send an update for the indicated distributed object from the client.
| str formatData | ( | VectorUchar | packed_data, |
| bool | show_field_names | ||
| ) |
Given a blob that represents the packed data for this field, returns a string formatting it for human consumption.
Returns empty string if there is an error.
| VectorUchar getDefaultValue | ( | ) |
Returns the default value for this field.
If a default value has been explicitly set (e.g. has_default_value() returns true), returns that value; otherwise, returns an implicit default for the field.
| int getNumber | ( | ) |
Returns a unique index number associated with this field.
This is defined implicitly when the .dc file(s) are read.
| bool hasDefaultValue | ( | ) |
Returns true if a default value has been explicitly established for this field, false otherwise.
| bool isAirecv | ( | ) |
Returns true if the "airecv" flag is set for this field, false otherwise.
| bool isBogusField | ( | ) |
Returns true if the field has been flagged as a bogus field.
This is set for fields that are generated by the parser as placeholder for missing fields, as when reading a partial file; it should not occur in a normal valid dc file.
| bool isBroadcast | ( | ) |
Returns true if the "broadcast" flag is set for this field, false otherwise.
| bool isClrecv | ( | ) |
Returns true if the "clrecv" flag is set for this field, false otherwise.
| bool isClsend | ( | ) |
Returns true if the "clsend" flag is set for this field, false otherwise.
| bool isDb | ( | ) |
Returns true if the "db" flag is set for this field, false otherwise.
| bool isOwnrecv | ( | ) |
Returns true if the "ownrecv" flag is set for this field, false otherwise.
| bool isOwnsend | ( | ) |
Returns true if the "ownsend" flag is set for this field, false otherwise.
| bool isRam | ( | ) |
Returns true if the "ram" flag is set for this field, false otherwise.
| bool isRequired | ( | ) |
Returns true if the "required" flag is set for this field, false otherwise.
| output | ( | Ostream | out | ) |
Write a string representation of this instance to <out>.
| bool packArgs | ( | DCPacker | packer, |
| object | sequence | ||
| ) |
Packs the Python arguments from the indicated tuple into the packer.
Returns true on success, false on failure.
It is assumed that the packer is currently positioned on this field.
| VectorUchar parseString | ( | str | formatted_string | ) |
Given a human-formatted string (for instance, as returned by format_data(), above) that represents the value of this field, parse the string and return the corresponding packed data.
Returns empty string if there is an error.
| receiveUpdate | ( | DCPacker | packer, |
| object | distobj | ||
| ) |
Extracts the update message out of the datagram and applies it to the indicated object by calling the appropriate method.
| object unpackArgs | ( | DCPacker | packer | ) |
Unpacks the values from the packer, beginning at the current point in the unpack_buffer, into a Python tuple and returns the tuple.
It is assumed that the packer is currently positioned on this field.
| bool validateRanges | ( | VectorUchar | packed_data | ) |
Verifies that all of the packed values in the field data are within the specified ranges and that there are no extra bytes on the end of the record.
Returns true if all fields are valid, false otherwise.
| write | ( | Ostream | out, |
| int | indent_level | ||
| ) |
Write a string representation of this instance to <out>.


The host or manager use it to change chat privilege which defines what kind of role of user that attendee can talk to, there are the different privilege as following.
| privilege value | describe |
|---|---|
| 1 | attendee can talk to all or privately to someone |
| 4 | attendee can talk to no one |
| 5 | attendee can only talk to all |
there is a special user
EVERY_ONE: If someone send chat message to all use sendChatToAll, the chat data that other will receive include the reader property which is represent the EVERY_ONE user.
const MEETING_PRIVILEGE_ALL = 1;
chat.changePrivilege(MEETING_PRIVILEGE_ALL)
.then((v) => {
const { chatPrivilege } = v;
// success
})
.catch(v => {
// fail
console.log(v)
})
{ chatPrivilege: number }
: successError
: Failure. Following the details of Error:IMPROPER_MEETING_STATE
: It works only when user is in meetingINSUFFICIENT_PRIVILEGES
: Only host or manager can mute other participantsINTERNAL_ERROR
: Set privilege failedOPERATION_TIMEOUT
: Set privilege timeoutINVALID_PARAMETERS
: Invalid privilege value of parameterReturn the current privilege value
const privilege = chat.getPrivilege();
console.log(privilege);
Send chat message to everyone
chat.sendChatToAll('test')
.then(() => {
// success
})
.catch(v => {
// fail
console.log(v)
})
ChatMessage
: successError
: Failure. Following the details of Error:IMPROPER_MEETING_STATE
: It works only when user is in meetingINSUFFICIENT_PRIVILEGES
: Chat privilege limited or chat is disabledINVALID_PARAMETERS
: Invalid parameterSend chat message to a specific user
chat.sendChatToUser('test', userId)
.then(() => {
// success
})
.catch(v => {
// fail
console.log(v)
})
ChatMessage
: successError
: Failure. Following the details of Error:IMPROPER_MEETING_STATE
: It works only when user is in meetingINSUFFICIENT_PRIVILEGES
: Chat privilege limited or private chat is disabledINVALID_PARAMETERS
: Invalid parameterGenerated using TypeDoc
The chat interface provides the methods define the chat behavior
The chat object can be accessed by
getChatClient
method of aZoomInstant
instance.const client = ZoomInstant.createClient(); client .init() .then(() => client.join(topic, signature, username, password)) .then(() => { console.log('join success') }); // listen to the event of receiving chat message client.on('chat-receive-message', (v) => { console.log(v); // to do something })
after joining meeting success, chat interface is available
const chat = client.getChatClient(); if (chat) { chat.sendChatToAll(); // chat methods is available now }


Vogue Greece welcomes Anna Wintour
by Angela KaliasAnna Wintour, the famous editor-in-chief of American Vogue is heading to Athens and will be the keynote speaker at the Vogue Greece “Change Makers” event focusing on inclusivity, women’s empowerment and sustainability in fashion.
Wintour is one of the most powerful names in the industry and is set to discuss Vogue’s role in the future of fashion, as well as the initiatives undertaken by Condé Nast in the areas of ethical fashion and conscious consumerism.
Condé Nast is a mass media and publishing company that produces some of the world’s most popular magazines.
Earlier this year Vogue Greece made a comeback hitting newsstands in March with its 26th international edition after a seven-year absence from the market due to the country’s economic crisis. The luxury magazine is run by 29-year-old editor-in-chief Thaleia Karafyllidou.
The fashion bible’s US editor-in-chief since 1988, wrote a special note for the Greek comeback edition titled “Eyes on the future” which starred Bella Hadid on its cover, stating: “Dear Vogue Greece, welcome back again. Eyes on the future. Your return after years of absence fills us with joy. Greece faced problems and lived dramatic moments, I can only imagine how tough it was. However, the signs of recovery are now visible, even here in America.”
At the special event, Wintour will be joined by leading fashion personalities, including Cara Smyth and Dana Thomas, along with established Greek designers. Thomas is a fashion and culture journalist and author of “Fashionopolis” a book about her global research into the true cost of fast fashion and the future of clothes. The book not only has a Greek-inspired title but also features a Greek statue on its cover. With many local and international couture houses drawing from Grecian inspiration for their design collections, using the backdrop of the Acropolis and ancient ruins for their editorials and runways, Greece is increasingly becoming a fashion favourite for style creators across the globe.
Greece’s leading designers, celebrities and socialites will be in attendance later this month to witness Wintour in her element.
The invitation-only event will be held on November 27 at the Athens Concert Hall.
*Photo Credit – Anna Wintour Instagram Account


Rinse the rice under cold water and place in the ovenproof dish. Place the cream, milk, caster sugar and a generous grating of nutmeg in a medium saucepan. Scrape in the seeds of the vanilla pod, if using. Heat gently until almost simmering, then remove from the heat and pour over the rice, stirring well.
Dot the butter over the top and place in the oven for 1½ hours, stirring after the first 30 minutes (at this stage, you can add an extra grating of nutmeg, if liked). If the pudding still seems very runny, return to the oven, checking every 10 minutes, until it is loosely creamy but not runny. The cooking time will vary, depending on the type and depth of dish you use.
When the pudding is golden brown on top and has a soft, creamy texture, remove from the oven and allow to rest for 10 minutes before serving.


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Germanium BJT SPICE models based on parameters extracted from vintage OC44 and AC128 components by Holmes, Holters, and van Walstijn, as presented in "Comparison of Germanium Bipolar Junction Transistor Models for Real-Time Circuit Simulation”, Proceedings of the 20th International Conference on Digital Audio Effects, Edinburgh, Scotland, Sept. 2017.
Repository: https://github.com/grwhitehead/germaniumbjts
These germanium BJT SPICE models are based on the Gummel-Poon parameters from Table 1 in "Comparison of Germanium Bipolar Junction Transistor Models for Real-Time Circuit Simulation”, Proceedings of the 20th International Conference on Digital Audio Effects, Edinburgh, Scotland, Sept. 2017. The parameters were extracted from vintage OC44 and AC128 components.
* B. Holmes, M. Holters, M. van Walstijn. “Comparison of Germanium Bipolar Junction Transistor Models for Real-Time Circuit Simulation”, Proceedings of the 20th International Conference on Digital Audio Effects, Edinburgh, Scotland, Sept. 2017 .MODEL OC44 PNP(IS=1.423u BF=307.0 BR=20.27 NF=1.022 NR=1.025 VT=25.5m VAF=8.167 VAR=14.84 IKF=43.82m IKR=611.7m ISE=30.54n ISC=213.5n NE=1.316 NC=1.258 RB=32.83 RE=968.7m RC=989.9u CEB=410p CCB=10p) .MODEL AC128 PNP(IS=20.66u BF=229.6 BR=14.66 NF=1.133 NR=1.140 VT=25.5m VAF=19.68 VAR=88.28 IKF=463.0m IKR=241.5m ISE=2.190u ISC=7.546u NE=1.796 NC=1.364 RB=1.885 RE=306.4m RC=1.727u CCB=100p)
The models have been tested in ngspice, successfully reproducing results from the paper (see holmes2017 directory in repository).
Common-emitter characteristics plot (compare to figure 6 in paper):
Rangemaster circuit simulation response to 500Hz sinusoidal input (compare to figure 10 in paper):
Rangemaster circuit simulation audio samples (compare to https://bholmesqub.github.io/DAFx17/):
Common-emitter characteristics plot (compare to figure 7 in paper):
Fuzz Face circuit simulation response to 500Hz sinusoidal input (compare to figure 11 in paper):
Fuzz Face circuit simulation audio samples (compare to https://bholmesqub.github.io/DAFx17/):
The tests run on MacOS with
% cd holmes2017/oc44 % ./plot.sh oc44
% cd holmes2017/oc44-rangemaster % ./plot.sh rangemaster % ./chord.sh rangemaster
% cd holmes2017/ac128 % ./plot.sh ac128
% cd holmes2017/ac128-fuzzface % ./plot.sh fuzzface % ./chord.sh fuzzface
Copyright (c) 2020 Greg Whitehead
MIT License


class: center, middle, inverse, title-slide # Engaging students in science: Findings from an experience sampling method approach ## Joshua Rosenberg ### Presentation at the East TN STEM Hub Crossing Boundaries for STEM Teaching Mini-Conference ### 2019-01-31 --- # Engagement in science *Goal of this presentation*: Share findings from our use of ESM to study engagement in science: - Engagement has *multiple dimensions* and is *dynamic* (Sinatra, Heddy, & Lombardi, 2015, *EP*) - Thought of in terms of three dimensions: - Behavioral - Cognitive - Affective - Experience Sampling Method - Can be used to study engagement - Assess in-the-moment experiences --- # Profiles of engagement ![](stem-conf/nature-of-engagement.jpg) --- # The type of activity ![](stem-conf/activity.jpg) --- # The effects of choice Choosing: - the *framing* (defining the problem, doing this particular activity, and the topic) and how to do the activity are associated with *full* engagement - the *materials* is associated with *moderately full* engagement - *with whom to work* is associated with *universally low* engagement - *how much time to take is associated with *rational* engagement When students report being able to make *any* choice during laboratory: - they are more likely to report full engagement - this is not the case with the other learning activities examined --- # Three 'takeaways'! 1. Engagement has multiple dimensions and is dynamic; ESM can be useful 1. Being able to make specific choices matters in terms of engagement 1. Laboratory activities can be more or less engaging, but being able to make any choice matters --- # Contact & acknowledgments Joshua Rosenberg [jmrosenberg<EMAIL_ADDRESS>[http://joshuamrosenberg.com/](http://joshuamrosenberg.com/) Thank you to Jennifer Schmidt, Patrick Beymer, and colleagues Thank you to participating students and teachers! Thank you to the NSF (DRL-1421198 & DRL-1661064) *Any opinions, findings, conclusions, or recommendations expressed in this material are those of the authors and do not reflect the views of the National Science Foundation.* (Links to the publication associated with this presentation and related research are on the next slide) --- # Links - [Schmidt, Rosenberg, & Beymer, 2018, *JRST*](https://joshuamrosenberg.com/pre-prints/Schmidt_Rosenberg_Beymer_2018_preprint.pdf) - Though choice to enroll was a significant predictor of momentary engagement, positive affective experiences during the program may compensate for any decrements to engagement associated with lack of choice [(Beymer, Rosenberg, Schmidt, & Naftzger, 2018; pre-print)](https://joshuamrosenberg.com/pre-prints/Beymer-Rosenberg-Schmidt-2018-JYA.pdf) - Creating/collecting data and modeling data seem to be associated with higher engagement [(Rosenberg, 2018; dissertation)](https://joshuamrosenberg.com/publications/Rosenberg-2018-Dissertation.pdf) - Being more engaged is associated with changes in interest [(Rosenberg, Beymer, & Schmidt, 2018; pre-print, code, and presentation)](https://osf.io/s52vy/)


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--- layout: page title: Izyaslav and Gertrude ---
Rus' is traditionally seen as part of Ukrainian or Russian history, and rarely part of medieval European history. This work focuses on two well-known Rusian rulers, King Izyaslav and Queen Gertrude, and situates them in a larger medieval context. Their story progresses from their dynastic marriage, as part of an agreement between the rulers of Rus' and Poland; to their rule in Rus', including the power that Gertrude and Rusian women were able to wield and their cultural contributions; to their travels in Europe during exile, including to Gertrude's family in Poland and the German Empire, as well as to the pope himself; and, finally, their ultimate fates and their impact on their descendants.
Through Izyaslav and Gertrude, readers will see the Rusian royalty as not an eastern Other, but part of the broader complex of medieval European royalty.


This tutorial will guide you through the process to setup zone affinity in Spring Cloud Netflix Eureka.
What You Will Build
You will build three applications:
- API Gateway - Spring Cloud Netflix Zuul
- Service Registry - Spring Cloud Netflix Eureka
- REST Service - Spring Cloud
All those are necessary to make sure that our zone affinity setup is correct. Each of them will be deployed twice, one per zone.
Pre-Req
- JDK 1.8
- Text editor or your favorite IDE
- Maven 3.0+
Zone Affinity
It doesn’t matter which kind of architectural style the application is using, it’s a common use case to have the same application deployed in different regions/data centers and use some technique to keep the requests within the same zone.
In microservices architecture, there’s also a need to achieve the same thing but the technique needs to be applied using the Service Registry Design Pattern.
Spring Cloud Netflix
Spring Cloud Netflix makes it easy to implement the necessary patterns for microservices.
Creating the Applications
In this guide, we’ll create three applications, and if you’re familiar with spring-cloud, it will be an easy job, all the created applications are nothing more than a simple runnable spring-boot jar.
The main part here is the configuration files that will be shown further on.
Base Dependencies
Add the following dependencies for all the applications. If there’s any diff for any specific application, it will be mentioned in each specific thread.
<parent>
<groupId>org.springframework.boot</groupId>
<artifactId>spring-boot-starter-parent</artifactId>
<version>1.5.9.RELEASE</version>
</parent>
<dependencyManagement>
<dependencies>
<dependency>
<groupId>org.springframework.cloud</groupId>
<artifactId>spring-cloud-dependencies</artifactId>
<version>Edgware.SR2</version>
<type>pom</type>
<scope>import</scope>
</dependency>
</dependencies>
</dependencyManagement>
<dependencies>
<dependency>
<groupId>org.springframework.boot</groupId>
<artifactId>spring-boot-starter-web</artifactId>
</dependency>
<dependency>
<groupId>org.springframework.cloud</groupId>
<artifactId>spring-cloud-starter-eureka</artifactId>
</dependency>
<dependency>
<groupId>org.projectlombok</groupId>
<artifactId>lombok</artifactId>
</dependency>
<dependency>
<groupId>org.springframework.boot</groupId>
<artifactId>spring-boot-starter-test</artifactId>
<scope>test</scope>
</dependency>
</dependencies>
<build>
<plugins>
<plugin>
<groupId>org.springframework.boot</groupId>
<artifactId>spring-boot-maven-plugin</artifactId>
</plugin>
</plugins>
</build>
API Gateway
The first application we’ll create will be the API Gateway using Spring Cloud Netflix Zuul. First, add the following dependency in the pom.xml.
<dependency>
<groupId>org.springframework.cloud</groupId>
<artifactId>spring-cloud-starter-zuul</artifactId>
</dependency>
Java Configuration
Now just create the main SpringApplication class adding @EnableZuulProxy
.
import org.springframework.boot.SpringApplication;
import org.springframework.boot.autoconfigure.SpringBootApplication;
import org.springframework.cloud.client.discovery.EnableDiscoveryClient;
import org.springframework.cloud.netflix.zuul.EnableZuulProxy;
@EnableZuulProxy
@EnableDiscoveryClient
@SpringBootApplication
public class GatewayApplication {
public static void main(String... args) {
SpringApplication.run(GatewayApplication.class, args);
}
}
Service Registry
The second application we’ll create will be the Service Registry using Spring Cloud Netflix Eureka. First, add the following dependency in the pom.xml.
<dependency>
<groupId>org.springframework.cloud</groupId>
<artifactId>spring-cloud-starter-eureka-server</artifactId>
</dependency>
Java Configuration
Now just create the main SpringApplication class adding @EnableEurekaServer.
import org.springframework.boot.SpringApplication;
import org.springframework.boot.autoconfigure.SpringBootApplication;
import org.springframework.cloud.netflix.eureka.server.EnableEurekaServer;
@EnableEurekaServer
@SpringBootApplication
public class ServiceDiscoveryApplication {
public static void main(String... args) {
SpringApplication.run(ServiceDiscoveryApplication.class, args);
}
}
Simple REST Service
The third application contains nothing more than a REST endpoint to make sure that each call from each region will remain in the requested region. For this application, there’s nothing to add to the base pom.xml.
Java Configuration
To make things easier, I’m creating the main class with a nested RestController, the following controller returns which zone is this application deployed.
import org.springframework.beans.factory.annotation.Value;
import org.springframework.boot.SpringApplication;
import org.springframework.boot.autoconfigure.SpringBootApplication;
import org.springframework.cloud.client.discovery.EnableDiscoveryClient;
import org.springframework.web.bind.annotation.GetMapping;
import org.springframework.web.bind.annotation.RestController;
import static org.springframework.http.MediaType.APPLICATION_JSON_UTF8_VALUE;
@EnableDiscoveryClient
@SpringBootApplication
public class SimpleService {
public static void main(String... args) {
SpringApplication.run(SimpleService.class, args);
}
@RestController
class SimpleController {
@Value("${eureka.instance.metadataMap.zone}")
private String zone;
@GetMapping(value = "/zone", produces = APPLICATION_JSON_UTF8_VALUE)
public String zone() {
return "{\"zone\"=\"" + zone + "\"}";
}
}
}
Configuration Properties
As it was previously mentioned, each application needs to run twice in order to simulate two distinct regions, to make it easier we’ll create the configuration based on profiles, for each application create the following three files:
src/main/resources/application.yml
src/main/resources/application-zone1.yml
src/main/resources/application-zone2.yml
The suffix in the filename will be used as the profile name.
Service Registry
# src/main/resources/application.yml
eureka:
client:
register-with-eureka: false
fetch-registry: false
region: region-1
service-url:
zone1: http://localhost:8761/eureka/
zone2: http://<IP_ADDRESS>:8762/eureka/
availability-zones:
region-1: zone1,zone2
spring.profiles.active: zone1
All the following properties are in eureka.client namespace.
| Property | Description |
|---|---|
| region | A String containing a name for the region where the application will be deployed |
| service-url | A Map containing the list of available zones for the given region |
| availability-zones | A Map containing a comma-separated list of zones for the given region |
The properties register-with-eureka and fetch-registry are disabling the Service Registry to be added in the applications list but it’s not that important for this setup.
# src/main/resources/application-zone1.yml
server.port: 8761
eureka:
instance:
hostname: localhost
metadataMap.zone: zone1
# src/main/resources/application-zone2.yml
server.port: 8762
eureka:
instance:
hostname: <IP_ADDRESS>
metadataMap.zone: zone2
For the -zone1
and -zone2
profiles the only difference are the server.port, the actual zone
configured in eureka.metadataMap.zone, and in this case the hostname, each Eureka Server needs
to run in a different hostname; as I’m running both in the same machine I’m naming it as 127.0.01 and localhost.
It’s not necessary to add the hostname in case you are running on different machines.
Gateway
# src/main/resources/application.yml
eureka:
client:
prefer-same-zone-eureka: true
region: region-1
service-url:
zone1: http://localhost:8761/eureka/
zone2: http://<IP_ADDRESS>:8762/eureka/
availability-zones:
region-1: zone1,zone2
spring:
profiles.active: zone1
application.name: gateway
management.security.enabled: false
The main difference here is the property eureka.client.prefer-same-zone-eureka
, it is telling to the application that
whenever it needs to make a call to another EurekaClient
it will call it using the same zone where the caller is deployed.
In case there’s no available client in the same zone, it will call from another zone in which it’s available.
# src/main/resources/application-zone1.yml
server.port: 8080
eureka:
instance:
metadataMap.zone: zone1
# src/main/resources/application-zone2.yml
server.port: 8081
eureka:
instance:
metadataMap.zone: zone2
As before, this per profile configuration only changes the availability zone and the running port.
Simple REST Service
The configuration for the service itself contains the same configuration as the Gateway.
# src/main/resources/application.yml
eureka:
client:
prefer-same-zone-eureka: true
region: region-1
service-url:
zone1: http://localhost:8761/eureka/
zone2: http://<IP_ADDRESS>:8762/eureka/
availability-zones:
region-1: zone1,zone2
spring:
profiles.active: zone1
application.name: simple-service
# src/main/resources/application-zone1.yml
server.port: 8181
eureka:
instance:
metadataMap.zone: zone1
# src/main/resources/application-zone2.yml
server.port: 8182
eureka:
instance:
metadataMap.zone: zone2
Build & Run
It’s time to build the applications; if you are building the application using maven (like I did), just build them executing:
$ mvn clean package
Right after that just run each application adding the specific profile to the command line, e.g:
$ java -jar target/*.jar --spring.profiles.active=zone1
Remember that you need to run each application twice, once each profile: zone1 and zone2.
Validation
To validate if the requests are respecting each zone we need to make a request to the simple-service through each gateway.
$ curl http://localhost:8080/simple-service/zone
{"zone"="zone1"}
$ curl http://localhost:8081/simple-service/zone
{"zone"="zone2"}
The difference between each zone here is the server.port.
Zone Failover Validation
To validate the failover between zones you just need to stop one of the instances and make a request to the opposite zone, e.g:
- Stop simple-service on zone2.
- Make a request to simple-service through the gateway on zone2.
$ curl http://localhost:8081/simple-service/zone
The expected result now will be a JSON
containing {"zone"="zone1"}
.
Once the simple-service for zone1 is up, running and registered in Eureka Server the same curl has to respond {"zone"="zone2"}
again.
It takes a while to the simple-service be available in the opposite zone, be patient and have fun!
Summary
Congratulations! You just created and configured an API Gateway, Service Registry and a Simple REST Service that respects zone affinity bringing to your microservices more resilience and HA.
Footnote
- The code used for this tutorial can be found on github


Read Post
HG8245 - Root Password to Reveal Hidden Menu
I managed to hook a USB to serial cable to HG8245 in here to get access to console. Then, I stumbled across a blog post explaining how to gain root access. This access to root can be used to revealed a hidden menu within the web interface.
This is how to get the telecomadmin's password:
WAP(Dopra Linux) # grep telecomadmin /mnt/jffs2/hw_ctree.xml
<X_HW_WebUserInfoInstance InstanceID="2" UserName="telecomadmin" Password="telecomadmin35198845" UserLevel="0" Enable="1"/>
WAP(Dopra Linux) #
This is how to get the useradmin's password:
WAP(Dopra Linux) # grep useradmin /mnt/jffs2/hw_ctree.xml
<X_HW_WebUserInfoInstance InstanceID="1" UserName="useradmin" Password="ssn2q" UserLevel="1" Enable="1"/>
WAP(Dopra Linux) #
When you login to web interface using useradmin, this is what you get:
But when you login to web interface using telecomadmin, there is one additional menu showing up:
What if we try grep admin
keyword? This is what you will get:
WAP(Dopra Linux) # grep admin /mnt/jffs2/hw_ctree.xml
<X_HW_WebUserInfoInstance InstanceID="1" UserName="useradmin" Password="ssn2q" UserLevel="1" Enable="1"/>
<X_HW_WebUserInfoInstance InstanceID="2" UserName="telecomadmin" Password="nE7jA%5m" UserLevel="0" Enable="1"/>
<X_HW_ServiceManage FtpEnable="0" FtpUserName="root" FtpPassword="admin" FtpPort="21" FtpRoorDir="/mnt/usb1_1/" FtpUserNum="0"/>
WAP(Dopra Linux) #
It turned out that this ONT has a built-in FTP server running, with default root directory at /mnt/usb1_1
. If you hook up a USB storage on its USB port, this ONT can be used as a file server, that can be accessed from anywhere. Cool stuff! But there is a little flaw in this system. The password cannot be changed!
Why don't you try to copy hw_ctree.xml
to a USB flash and analyze it further? I bet you would find a lot more hidden stuff in there. Let me know if you find anything interesting.


Statechains
Transcript By: Bryan Bishop
Category: Conference
Schnorr signatures, adaptor signatures and statechains
Ruben Somsen
https://twitter.com/kanzure/status/1171345418237685760
Introduction
If you want to know the details of statechains, I recommend checking out my talk from Breaking Bitcoin 2019 Amsterdam. I’ll give a quick recap of Schnorr signatures and adaptor signatures and then statechains. I think it’s important to understand Schnorr signatures to the point where you’re really comfortable with it. A lot of the cool stuff in bitcoin right now is related to or using Schnorr signatures. I’ll talk about adaptor signatures and I’ll tie it into how I am using adaptor signatures in statechains to have multiple transactions occur simultaneously.
Statechains
It’s a federated sidechain with a 2-of-2 channel between the “statechain entity” and the users. You transfer entire UTXOs, one chain each. There’s no split amounts. You have one statechain per UTXO. If you have 10 UTXOs, then you have 10 statechains.
It’s more secure than a federated sidechain in the sense that they can’t freeze your coins at a low threshold. With a federated sidechain, if some percent of the federation refuses to sign your pegouts, then your coins are frozen. But this is not the case in statechains because you have an on-chain transaction that you can use for redemption of the coins. Statechains have minimal complexity because it’s a linear blockchain moving from one person to one person to one person.
You can swap between chains and you can also swap coins into smaller denominations.
Money can get stolen if not atomic!
You need this to happen atomically. If one of these transactions doesn’t go through, then this whole thing doesn’t work and someone gets screwed. If it does work, then you can do things like coinswap. Also, there’s good suppport for lightning channel creation and this works with a form of a lightning network. You can create a lightning channel thing on top of statechains. Even if the statechain doesn’t allow splitting of UTXOs, you can do it on a second layer like lightning.
Schnorr signatures
Everything we can do with elliptic curve cryptography boils down to a few simple concepts. Ring signatures, confidential transactions, pedersen commitments, adaptor signatures, mimblewimble, they are all related to this math. Bulletproofs too, but that’s really complicated. All of these things are actually simple, if you know Schnorr signatures well. Don’t just try to understand it, try to grok it.
The only assumption that you have for elliptic curve cryptography is that you have these special numbers, curve points. You can only add and subtract these values, and nothing else. It’s a form of math where you have just those two operations.
We want to show that you can only calculate in one direction, and not be able to reverse the calculations. Something like 5A=E is bruteforceable because it’s just xA=E. You can just do E - A = D and just do trial and error. Since we chose such a low entropy value, you can get the answer quickly. If you pick a bigger number, then it becomes very difficult. Now, it’s literally impossible because the calculation takes forever. Even all the computers in the world would not be able to calculate this. But we still need to be able to calculate forward. Isn’t that going to be slow for big numbers? It isn’t, because you can do a little trick where you do doubling and then adding, so 2A + 2A = 4A and then 4A + 4A = 8A etc. This is a trapdoor function, the other way is impossibly slow.
Private and public keys
We started out with a curve point. Everyone knows G. It’s a generator. It’s a NUMS nothing-up-my-sleeves number. Then you pick your private key, as a huge random number, and you multiply that by G and that’s how we get a public key. This is essentially a pseudonymous identity on the blockchain. You create a new key for each transaction.
How do you prove to somebody that you know a private key? You sign a message and then they have to verify the message. I am going to go through a broken method first, though. Say we pick another huge number r*G=R. So then we calculate r + a = s where a is our secret. Then we give (r, s) to the verifier. So r + a = s*G and this proves, supposedly, that you know the private key of A, which is the value “a”. Why is this the case? There’s two variables and you can’t know both. The flaw, though, is that you can claculate r in such a way that a is actually not part of it. Instead of calculating r + a, you can calculate R - A + A which is just R. We can fix this flaw, and have the complete Schnorr signature protocol by adding the hash of R to the mix. Now it’s impossible to cheat because e=H(R) depends on R. So now R appears on both sides of the equation, even if the R value isn’t given to the verifier.
Adaptor signatures
https://diyhpl.us/wiki/transcripts/chaincode-labs/2019-08-16-elichai-turkel-schnorr-signatures/
https://diyhpl.us/wiki/transcripts/realworldcrypto/2018/mimblewimble-and-scriptless-scripts/
See also
https://diyhpl.us/wiki/transcripts/bitcoin-core-dev-tech/2019-06-07-statechains/
https://diyhpl.us/wiki/transcripts/scalingbitcoin/tokyo-2018/statechains/
https://lists.linuxfoundation.org/pipermail/bitcoin-dev/2019-June/017005.html


Glossary
No specific glossary terms, please only refer to the CAPE-OPEN glossary terms which are in the Glossary of CAPE-OPEN Software document (see the Bibliography).


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| Previous: tā | Next: tāv |
[present: [1.] tāyate ]
perfect: tatāye tāyāṃ carkre?
[aorist: atāyi atāyiṣṭa tāyiṣyate tāyitā ]
secondary: passive: tāyyámāna
Very questionable forms. The JB. manuscript reads (iii. 177) anusaṃtāyāyāṃ cakre. Belongs probably in some way to √tan, tā. The bhāgavata- purāna has once tāyitā (periph. fut.), which is given above under √tan.


File containing the methods for executing a self-diagnostics routine. More...
#include <stdbool.h>
#include <MKL25Z4.h>
#include "diagnostics.h"
#include "hal/target_definitions.h"
#include "hal/util/util.h"
#include "hal/encoder/encoder.h"
#include "hal/driver/driver.h"
#include "hal/ir_array/ir_array.h"
#include "hal/vsense/vsense.h"
#include "hal/hmi/hmi.h"
Functions | |
| bool | diagnostics_startDiagnostics () |
| Initiates diagnostics sequence. More... | |
| bool | diagnostics_btestVSense () |
| Tests operation of the voltage sense. More... | |
| bool | diagnostics_btestIrArray () |
| Tests operation of the IR Array. More... | |
| bool | diagnostics_btestMotors () |
| Tests operation of the motors. More... | |
| bool | diagnostics_btestEncoders () |
| Tests operation of the encoders. More... | |
Variables | |
| encoder_instance_t | tencoderL |
| encoder_instance_t | tencoderR |
| driver_instance_t | tdriverL |
| driver_instance_t | tdriverR |
File containing the methods for executing a self-diagnostics routine.
| bool diagnostics_btestEncoders | ( | ) |
Tests operation of the encoders.
For each encoder, the encoder count is reset and the motor is turned on. If the encoder measurement is not greater than MOTOR_MIN_VEL the test is not successful.
| bool diagnostics_btestIrArray | ( | ) |
Tests operation of the IR Array.
For each LED/Sensor pair on the IR array, a measurement is taken with the LED off, and a measurement is taken with the LED on, if the latter measurement is not greater than the former, the test is not successful.
| bool diagnostics_btestMotors | ( | ) |
Tests operation of the motors.
For each motor, the system current is measured with the motor on and with the motor off. If the motor on measurement is not greater than MOTOR_MIN_CURR above the quiescent system current, the test is not successful. That is not acceptable motor current was drawn for the motor being tested.
| bool diagnostics_btestVSense | ( | ) |
Tests operation of the voltage sense.
Tests Vsense1 and Vsense2 pins, if main system voltage (Vsense1) is smaller than VSENSE_MIN_VOLTAGE, the test is not passed. If Vsense2 > Vsense1, an unexpected behavior, the test is not passed. Quiescent current and power are also computed and displayed to the user through the use of the two voltage sensors and a sense resistor.
| bool diagnostics_startDiagnostics | ( | ) |
Initiates diagnostics sequence.
Executes each subsystem test independently and reports the system status.
| encoder_instance_t tencoderL |
Uses instances defined on main.c file


Add News & Retrain:
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2. Provide the input time(integer) in seconds. Minimum time in seconds is 30.
3. New news articles will be fetched for training for given amount of time(input).
4. After adding the news articles the model will be retrained with the new data.


Getting Started
Entities
Levels
External Links
ScriptableObjects
- Unite 2016: Overthrowing the MonoBehaviour Tyranny in a Glorious Scriptable Object Revolution
- Unite Austin 2017: Game Architecture with Scriptable Objects
GOAP
- Creator of GOAP: Jeff Orkin's GOAP page
- GDC 2015: Goal-Oriented Action Planning: Ten Years of AI Programming
Utility AI
- 2010 GDC Talk by Kevin Dill and Dave Mark:
Improving AI Decision Modeling Through Utility Theory. - 2015 GDC Talk by Dave Mark and Mike Lewis:
Building a Better Centaur: AI at Massive Scale
Deep RL
- Unity's Impressive DeepRL Toolkit: ML Agents
- Lots of great articles and blog posts:
Deepmind
Check out: AlphaStar: Mastering the Real-Time Strategy Game StarCraft II - Lots of great articles and blog posts:
OpenAI
Check out: Emergent Tool Use from Multi-Agent Interaction
Learning Unity
- Excellent short video tutorials on a large range of Unity Features:
Brackeys YouTube Channel - Intermediate Udemy Course that covers a lot of core Unity features (~$12 when on sale):
RPG Core Combat Creator: Learn Intermediate Unity C# Coding - Unity's own channel is full of great content:
Unity YouTube Channel
Project Motivation
- Excellent Udemy Course to motivate you to finally make your dream game: (~$12 when on sale)
Finish It! Motivation & Processes For Video Game Development