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Alfred Wegener Institute for Polar and Marine Research, Bremerhaven
Atlantic Oceanographic and Meteorological Laboratory (AOML), NOAA
Australian Antarctic Division, Kingston, Tasmania
Bedford Institute of Oceanography, Dartmouth
Bermuda Institute of Ocean Sciences
Bjerknes Center For Climate Research (BCCR), Bergen
Centre for Environment, Fisheries and Aquaculture Science (CEFAS)
Chesapeake Biological Laboratory, University of Maryland Center For Environmental Science
Earth System Research Laboratory (ESRL), NOAA
Flanders Marine Institute-Vlaams instituut voor de zee
Geological Survey of Japan
Harvard University, Cambridge
Hellenic Centre For Marine Research (HCMR), Anavyssos
Helmholtz Centre for Ocean Research, GEOMAR
Hokkaido University, Sapporo, Hokkaido
Institute of Ocean Sciences, Sidney
Institute of Oceanography at Dalhousie University, Halifax
Instituto de Investigaciones Marinas, Vigo
Japan Agency for Marine-Earth Science and Technology (JAMSTEC)
Japan Meteorological Agency (JMA)
Kodiak Laboratory, Alaska Fisheries Science Center (AFSC), NOAA
Korea Institute of Ocean Science And Technology
Laboratoire Doceanographie Et Du Climat, LOCEAN, Paris
Lamont-Doherty Earth Observatory (LDEO), Columbia University
Leibniz Institute of Marine Sciences, GEOMAR, Kiel
Marine and Freshwater Research Institute
Marine Institute, Galway
Monterey Bay Aquarium Research Institute (MBARI), Moss Landing
National Institute For Environmental Studies (NIES)
National Oceanography Centre
National Research Institute of Fisheries Science (NRIFS)
National Sun Yat-Sen University
National Taiwan Ocean University
National Taiwan University
NOAA Northwest Fisheries Science Center
NOAA Pacific Marine Environmental Laboratory
Northeast Fisheries Science Center (NEFSC), NOAA, Narragansett
Northwest Fisheries Science Center (NWFSC), NOAA, Seattle
Norwegian Institute For Water Research, Oslo
Norwegian Institute of Marine Research, Bergen
Norwegian Polar Institute, Tromso
Norwegian University of Science And Technology, Trondheim
Oregon State University (OSU), Corvallis
Oregon State University, College of Earth, Ocean
Pacific Islands Fisheries Science Center (PIFSC), NOAA, Honolulu
Pacific Marine Environmental Laboratory (PMEL), NOAA, Seattle
Pacific Marine Environmental Laboratory (PMEL)
Plymouth Marine Laboratory, Plymouth
Pohang University of Science And Technology
Princeton University, Princeton
Queen's University
Rosenstiel School of Marine and Atmospheric Science (RSMAS), University of Miami
School of Ocean Sciences at Bangor University
Scripps Institution of Oceanography (SIO), University of California-San Diego
Stanford University, Stanford
Stockholm University, Stockholm
Swedish Polar Research Secretariat, Stockholm
The Royal Netherlands Institute of Sea Research (NIOZ)
Tokai University, Shibuya City, Tokyo
Tokyo University
United States Geological Survey
Universidad De Puerto Rico
Universidad De Vigo, Vigo
Universit De Perpignan
Universitat Bremen
Universitat Kiel
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University of Southern Mississippi, Stennis Space Center
University of Tasmania (UTAS), Hobart, Tasmania
University of Tennessee, Knoxville
University of Victoria (UVic), Victoria
University of Washington, Seattle
Uppsala University
Woods Hole Oceanographic Institution (WHOI), Woods Hole
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there were a spate of burglaries in the area, in particular on my street, BFCG added CCTV to my property, I know this acted as a deterrent and there monitoring service keeps a watchful eye on my property when I and my family are asleep
having an alarm is all well and good, the CCTV monitoring service picked up an intruder in my front garden, BFCG was able to alert me and the police, they didn’t even get close to my front doorWell done BFCG
my children was playing in the front garden, I feel safe that BFCG is watching over them, as a single mother I found the service to be far less expensive than other major companies
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---
layout: page
title: "About"
description: "Statement"
header-img: "img/about-bg.jpg"
---
A few words about Joye
Joye is one Android developer with two years work experience!
Graduated from HeBei University Of Science And Technology in 2014-06.
Skills:
Familiar with Android application development.
Familiar with Java development language.
Familiar with common design patterns.
Familiar with common data structure.
Familiar with Android Framework - MVP.
Know about Junit test and Android UI test.
Image Source: Unsplash


| I l@ve RuBoard |
Python exceptions are a high-level control flow device. They may be raised either by Python or by our programs; in both cases, they may be caught by try statements. Python try statements come in two flavors—one that handles exceptions and one that executes finalization code whether exceptions occur or not.
The try is another compound statement; its most complete form is sketched below. It starts with a try header line followed by a block of indented statements, then one or more optional except clauses that name exceptions to be caught, and an optional else clause at the end:
try: <statements> # run/call actions except <name>: <statements> # if 'name' raised during try block except <name>, <data>: <statements> # if 'name' raised; get extra data else: <statements> # if no exception was raised
Here's how try statements work. When a try statement is started, Python marks the current program context, so it can come back if an exception occurs. The statements nested under the try header are run first; what happens next depends on whether exceptions are raised while the try block's statements are running or not:
If an exception occurs while the try block's statements are running, Python jumps back to the try and runs the statements under the first except clause that matches the raised exception. Control continues past the entire try statement after the except block runs (unless the except block raises another exception).
If an exception happens in the try block and no except clause matches, the exception is propagated up to a try that was entered earlier in the program, or to the top level of the process (which makes Python kill the program and print a default error message).
If no exception occurs while the statements under the try header run, Python runs the statements under the else line (if present), and control then resumes past the entire try statement.
In other words, except clauses catch exceptions that happen while the try block is running, and the else clause is run only if no exceptions happen while the try block runs. The except clauses are very focused exception handlers; they catch exceptions that occur only within the statements in the associated try block. However, since the try block's statements can call functions elsewhere in a program, the source of an exception may be outside the try.
The other flavor of the try statement is a specialization and has to do with finalization actions. If a finally clause is used in a try, its block of statements are always run by Python "on the way out," whether an exception occurred while the try block was running or not:
If no exception occurs, Python runs the try block, then the finally block, and then continues execution past the entire try statement.
If an exception does occur during the try block's run, Python comes back and runs the finally block, but then propagates the exception to a higher try (or the top level); control doesn't continue past the try statement.
The try/finally form is useful when you want to be completely sure that an action happens after some code runs, regardless of the exception behavior of the program; we'll see an example in a moment. The finally clause can't be used in the same try statement as except and else, so they are best thought of as two different statements:
try: <statements> finally: <statements> # always run "on the way out"
To trigger exceptions, you need to code raise statements. Their general form is simple: the word raise followed by the name of the exception to be raised. You can also pass an extra data item (an object) along with the exception, by listing it after the exception name. If extra data is passed, it can be caught in a try by listing an assignment target to receive it: except name, data:
raise <name> # manually trigger an exception raise <name>, <data> # pass extra data to catcher too
So what's an exception name? It might be the name of a built-in exception from the built-in scope (e.g., IndexError), or the name of an arbitrary string object you've assigned in your program. It can also reference a class or class instance; this form generalizes raise statements, but we'll postpone this topic till later in this chapter. Exceptions are identified by objects, and at most one is active at any given time. Once caught by an except clause, an exception dies (won't propagate to another try), unless reraised by a raise or error.
Exceptions are simpler than they seem. Since control flow through a program is easier to capture in Python than in English, let's look at some simple examples that illustrate exception basics.
As mentioned, exceptions not caught by try statements reach the top level of a Python process and run Python's default exception-handling logic. By default, Python terminates the running program and prints an error message describing the exception, showing where the program was when the exception occurred. For example, running the following module generates a divide-by-zero exception; since the program ignores it, Python kills the program and prints:
% cat bad.py def gobad(x, y): return x / y def gosouth(x): print gobad(x, 0) gosouth(1) % python bad.py Traceback (innermost last): File "bad.py", line 7, in ? gosouth(1) File "bad.py", line 5, in gosouth print gobad(x, 0) File "bad.py", line 2, in gobad return x / y ZeroDivisionError: integer division or modulo
When an uncaught exception occurs, Python ends the program, and prints a stack trace and the name and extra data of the exception that was raised. The stack trace shows the filename, line number, and source code, for each function active when the exception occurred, from oldest to newest. For example, you can see that the bad divide happens at the lowest entry in the trace—line 2 of file bad.py, a return statement.
Because Python reports almost all errors at runtime by raising exceptions, exceptions are intimately bound up with the idea of error handling in general. For instance, if you've worked through the examples, you've almost certainly seen an exception or two along the way (even typos usually generate a SyntaxError exception). By default, you get a useful error display like the one above, which helps track down the problem. For more heavy-duty debugging jobs, you can catch exceptions with try statements.[3]
[3] You can also use Python's standard debugger, pdb, to isolate problems. Like C debuggers such as dbx and gdb, pdb lets you step through Python programs line by line, inspect variable values, set breakpoints, and so on. pdb is shipped with Python as a standard module and is written in Python. See Python's library manual or other Python texts for information on pdb usage.
If you don't want your program terminated when an exception is raised by Python, simply catch it by wrapping program logic in a try. For example, the following code catches the IndexError Python raises when the list is indexed out of bounds (remember that list indexes are zero-based offsets; 3 is past the end):
def kaboom(list, n): print list[n] # trigger IndexError try: kaboom([0, 1, 2], 3) except IndexError: # catch exception here print 'Hello world!'
When the exception occurs in function kaboom, control jumps to the try statement's except clause, which prints a message. Since an exception is "dead" after it's been caught, the program continues past the whole try, rather than being terminated by Python. In effect, you process and ignore the error.
Python programs can raise exceptions of their own too, using the raise statement. In their simplest form, user-defined exceptions are usually string objects, like the one MyError is assigned to in the following:
MyError = "my error" def stuff(file): raise MyError file = open('data', 'r') # open an existing file try: stuff(file) # raises exception finally: file.close() # always close file
User-defined exceptions are caught with try statements just like built-in exceptions. Here, we've wrapped a call to a file-processing function in a try with a finally clause, to make sure that the file is always closed, whether the function triggers an exception or not. This particular function isn't all that useful (it just raises an exception!), but wrapping calls in try/finally statements is a good way to ensure that your closing-time activities always run.
| I l@ve RuBoard |


I'm focused on building modern, engaging, design-forward websites that provide great UX and meet current best front end practices. Above all, I enjoy bringing ideas to life in the browser. I have a deep curiosity to understanding how things work and continuously aim to improve and expand my developer skills.
[ Bootstrap ]
[ Wix ]
[ Wordpress ]
I have built custom websites and customized themes both with HTML and on Wordpress. All my websites are responsive and SEO friendly. Some samples:


ZIP: 209 Title: Prohibit Negative Shielded Chain Value Pool Balances Owners: Sean Bowe<EMAIL_ADDRESS>Daira Emma Hopwood<EMAIL_ADDRESS>Status: Final Category: Consensus Created: 2019-02-25 License: MIT
The key words "MUST", "SHOULD", and "MAY" in this document are to be interpreted as described in RFC 2119. 1
The term "block chain" and "network upgrade" are to be interpreted as defined in 3.
The "Sprout chain value pool balance" for a given block chain is the sum of all vpub_old
fields for transactions in the block chain, minus the sum of all vpub_new
fields for transactions in the block chain.
The "Sapling chain value pool balance" for a given block chain is the negation of the sum of all valueBalanceSapling
fields for transactions in the block chain.
The "Orchard chain value pool balance" for a given block chain is the negation of the sum of all valueBalanceOrchard
fields for transactions in the block chain. (Before NU5 has activated, the Orchard chain value pool balance is zero.)
The terms "Testnet" and "Mainnet" are to be interpreted as described in section 3.12 of the Zcash Protocol Specification 2.
This proposal defines how the consensus rules are altered such that blocks that produce negative shielded chain value pool balances are prohibited.
It is possible for nodes to monitor the total value of notes that are shielded to, or unshielded from, each of the Sprout, Sapling, and Orchard value pools. If the total value that is unshielded exceeds the total value that was shielded for a given pool, a balance violation has occurred in the corresponding shielded transaction protocol.
It would be preferable for the network to reject blocks that result in the aforementioned balance violation. However, nodes do not currently react to such an event. Remediation may therefore require chain rollbacks and other disruption.
If any of the "Sprout chain value pool balance", "Sapling chain value pool balance", or "Orchard chain value pool balance" would become negative in the block chain created as a result of accepting a block, then all nodes MUST reject the block as invalid.
Nodes MAY relay transactions even if one or more of them cannot be mined due to the aforementioned restriction.
This consensus rule is not deployed as part of a network upgrade as defined in ZIP-200 3 and there is no mechanism by which the network will synchronize to enforce this rule. Rather, all nodes SHOULD begin enforcing this consensus rule upon acceptance of this proposal.
There is a risk that before all nodes on the network begin enforcing this consensus rule that block(s) will be produced that violate it, potentially leading to network fragmentation. This is considered sufficiently unlikely that the benefits of enforcing this consensus rule sooner are overwhelming.
This specification was deployed in zcashd v2.0.4 for Testnet, and in zcashd v2.0.5 for Mainnet. The application to the Orchard chain value pool balance will be deployed from NU5 activation 4.
| 1 | RFC 2119: Key words for use in RFCs to Indicate Requirement Levels |
|---|
| 2 | Zcash Protocol Specification, Version 2021.2.16 or later. Section 3.12: Mainnet and Testnet |
|---|
| 3 | ZIP 200: Network Upgrade Mechanism |
|---|
| 4 | ZIP 252: Deployment of the NU5 Network Upgrade |
|---|


Process State
input_default.txt
Read
Next Step
I/O Complete
I/O Waiting
Time: 0
Limit: 0
Ready
Waiting
Running
Exit


2 Kings 14:26
For the LORD saw the affliction of Israel, that it was very bitter: for there was not any shut up, nor any left, nor any helper for Israel.


There are no standard metrics to agree on.
Sufficiently simple and minimal to be easily understandable.
mov $0x0C0C, %ax
mov $0x01, %bh
mov $0x0001, %cx
mov $0x0001, %dx
int $0x10
inc %cx
inc %dx
cmp $201, %dx
jz end
(λ x. x) t
(λ x. x) t
t
Programs written in the model must be quick and easy to understand.
λ b. (λ c. λ t. λ f. c t f) b (λ x. λ y. y) (λ x. λ y. x)
b => if (b) false else true
(b: Boolean) => !b
The program must run correctly irrespective of the computers it is deployed on, and their relationships.
class Ping extends Actor {
def receive = {
case "pong" => sender ! "ping"
}
}
class Ping extends Actor {
def receive = {
case "pong" => sender ! "ping"
}
}
class Ping extends Actor {
def receive = {
case "pong" => sender ! "ping"
}
}
class Pong extends Actor {
def receive = {
case "ping" => sender ! "pong"
}
}
Programs can be built from smaller independent programs.
class Server[T, S](f: T => S)
extends Actor {
def receive = {
case x: T => sender ! f(x)
}
}
class Client[T, S](
server: ActorRef,
req: T,
action: S => Unit
) extends Actor {
server ! req
def receive = {
case x: S => action(x)
}
}
val actors = Map[String, ActorRef]
val ns = actorOf(Server(actors))
val actors = Map[String, ActorRef]
val ns = actorOf(Server(actors))
actorOf(Client(ns, "p", println))
val actors = Map[String, ActorRef]
val ns = actorOf(Server(actors))
actorOf(Client(ns, "p", println))
val actors = Map[String, ActorRef]
val ns = actorOf(Server(actors))
actorOf(Client(ns, "p", println))
val actors = Map[String, ActorRef]
val ns = actorOf(Server(actors))
actorOf(Client(ns, "p", println))
class Cache(var c: ActorRef = null)
extends Client(ns, "p", r => c=r)
class Cache(var c: ActorRef = null)
extends Client(ns, "p", r => c=r)
class Cache(var c: ActorRef = null)
extends Client(ns, "p", r => c=r) {
def receive = super.receive orElse {
case "p" => sender ! c
}
}
class Cache(var c: ActorRef = null)
extends Client(ns, "p", r => c=r) {
def receive = super.receive orElse {
case "p" => sender ! c
case ns: ActorRef => ns ! "p"
}
}
class Cache
extends Reactor[String] {
var cached = _
}
val (events, ch) = open[String]
events.onEvent {
s => println(s)
}
ch ! ""
type Req[T, S] =
Channel[(T, Channel[S])]
def server[T, S](f: T => S): Req[T, S] = {
val (events, ch) = open[(T, Channel[S])]
events onMatch {
case (x, sender) => sender ! f(x)
}
ch
}
type Req[T, S] =
Channel[(T, Channel[S])]
def ?[T,S](r: Req[T, S], x: T): Events[S] ={
val (events, ch) = open[S]
r ! (x, ch)
events
}
def cache[T,S](s:Req[T,S], x:T): Req[T,S] = {
var cached: S = _
(s ? x) onEvent {
y => cached = y
}
server(y => cached)
}
type Server[T, S] =
Reactor[(T, Channel[S])]
class Cache
extends Server[String, Channel[_]] {
events.forward(cache(ns, "p"))
}
Broadcast
Communication pattern in which the sender sends the same message to multiple targets.
import broadcast.bestEffort
import broadcast.totalOrder
import replication.crdt


What you’ll learn along the way
Table of contents
Objectives
Foundational knowledge & Performance skills
In French 1050 through 2020, you will develop your ability to communicate in French through speech and writing about a diverse set of topics. After completing the intermediate level, you will be prepared to begin advanced coursework for the French major or minor, and you will be ready to travel, study, and engage in internships abroad in order to deepen your command of the French language and understanding of the cultures of the French-speaking world.
Practical and Creative thinking
Communication in a foreign language involves many interconnected skills, i.e. understanding what you are reading or hearing, interpreting the meaning of those words within specific social, cultural, historical, and aesthetic contexts, and then formulating and expressing thoughts that respond to all of this.
Teamwork & Multicultural awareness
Your language learning allows you to begin to engage in intentional cross-cultural relationships with others. Building cross-cultural and cross-linguistic connections through language study will develop your ability to pose and solve problems collaboratively as well as to design and share information for global communities.
Digital literacy
In your e-portfolio you will track your progress, engage in a reflective and peer-reviewing practices that augment learning both individually and as a community. Also, learning to publish your work with an authentic audience in mind, you will learn how to position yourself as learner and build your online identity.


Class: Celluloid::Timers
- Inherits:
-
Object
- Object
- Celluloid::Timers
- Defined in:
- lib/celluloid/timers.rb
Overview
Low precision timers implemented in pure Ruby
Instance Method Summary (collapse)
-
- (Object) add(interval, &block)
Call the given block after the given interval.
-
- (Object) cancel(timer)
Remove a given timer from the set we're monitoring.
-
- (Boolean) empty?
Are there any timers pending?.

-
- (Object) index(timer)
Index where a timer would be located in the sorted timers array.
-
- (Timers) initialize
constructor
A new instance of Timers.
-
- (Object) insert(timer)
Insert a timer into the active timers.
-
- (Object) wait
Wait for the next timer and fire it.
-
- (Object) wait_interval
Interval to wait until when the next timer will fire.
Constructor Details
- (Timers) initialize
A new instance of Timers
4 5 6 |
# File 'lib/celluloid/timers.rb', line 4 def initialize @timers = [] end |
Instance Method Details
- (Object) add(interval, &block)
Call the given block after the given interval
9 10 11 |
# File 'lib/celluloid/timers.rb', line 9 def add(interval, &block) Timer.new(self, interval, block) end |
- (Object) cancel(timer)
Remove a given timer from the set we're monitoring
44 45 46 |
# File 'lib/celluloid/timers.rb', line 44 def cancel(timer) @timers.delete timer end |
- (Boolean) empty?
Are there any timers pending?
49 50 51 |
# File 'lib/celluloid/timers.rb', line 49 def empty? @timers.empty? end |
- (Object) fire
Fire all timers that are ready
28 29 30 31 32 33 34 35 36 |
# File 'lib/celluloid/timers.rb', line 28 def fire return if @timers.empty? time = Time.now + Timer::QUANTUM while not empty? and time > @timers.first.time timer = @timers.shift timer.call end end |
- (Object) index(timer)
Index where a timer would be located in the sorted timers array
54 55 56 57 58 59 60 61 62 63 64 65 66 |
# File 'lib/celluloid/timers.rb', line 54 def index(timer) l, r = 0, @timers.size - 1 while l <= r m = (r + l) / 2 if timer < @timers.at(m) r = m - 1 else l = m + 1 end end l end |
- (Object) insert(timer)
Insert a timer into the active timers
39 40 41 |
# File 'lib/celluloid/timers.rb', line 39 def insert(timer) @timers.insert(index(timer), timer) end |
- (Object) wait
Wait for the next timer and fire it
14 15 16 17 18 19 20 |
# File 'lib/celluloid/timers.rb', line 14 def wait return if @timers.empty? interval = wait_interval sleep interval if interval >= Timer::QUANTUM fire end |
- (Object) wait_interval
Interval to wait until when the next timer will fire
23 24 25 |
# File 'lib/celluloid/timers.rb', line 23 def wait_interval @timers.first.time - Time.now unless empty? end |


THE PANAMA DECEPTION A film review by Frank Maloney Copyright 1992 Frank Maloney
THE PANAMA DECEPTION is a documentary film directed by Barbara Trent and produced by the Empowerment Project. Not rated -- contains violence and graphic images of corpses.
THE PANAMA DECEPTION like all good documentary films has passion and a point of view; it does not pretend to be "objective" reportage. This is an impassioned argument for the idea that the American people must know that and how they were lied to about the invasion of Panama, and not just by the Bush administration and the Pentagon, but by the network news, by the leading newspapers of the country, by the very men and women whose jobs are supposedly to present us with the a complete picture of daily events, and not just parrot official propaganda.
Like the previous documentary, COVERUP: THE IRAN-CONTRA AFFAIR, Barbara Trent marshals her assertions and her facts in the form of video, TV clips, newspaper and magazine clippings, press briefings, speeches, and interviews with experts and with eye-witnesses. There is never any doubt about Trent's point of view, but she presents it powerfully and documents it exhaustively. She briefly covers the history of Panama from its U.S.-backed secession from Columbia, through its Canal Zone days, through the Treaty signed by Jimmy Carter and denounced by Ronald Reagan that renounced U.S. sovereignty in the C.Z., and finally through the rise of Manuel Noriega and of George Bush. It documents their long association and their final falling out. It lays out the long, orchestrated build-up to the invasion as a U.S. strategy of dirty tricks to be blamed on Noriega but perpetrated by U.S. agents. Finally, it tells what it can about the invasion and the way it was not covered directly by the U.S. media. There are virtually no videotapes of the first three days of the invasion and precious little other documentation of it, thanks to the thorough efforts of the U.S. military to suppress all efforts by reporters, photographers, and cameramen.
In interview after interview, the film builds its case for what really happened in Panama, of the atrocities by U.S. forces, the summary executions, the random violence, especially in the poor areas, the rounding up and interrogation of thousands of civilians, many of whom were on enemies lists prepared by the U.S.-supported Endara government. And most shocking of all, it documents its assertion that between 2500 and 4000 Panamanians died in the invasion, ten or more times figures put out by the U.S. government at various times.
Some of us are not too shocked to find another case of the government lying to us, especially in the area of foreign operations, but I for one was shocked to be shown how the U.S. television and newspaper media did nothing to question the official version of events in Panama, how they fully and complacently cooperated with the government to mislead us, how they helped make a demon out of our long-time tool Noriega, how they valued only American lives, American deaths.
Of course, the story of the Panamanian invasion continues today. The country is still in ruins, still waiting for reconstruction money. Our puppets are still running the government for us; our soldiers are still randomly patrolling outside our bases, and the Bush administration is telling what we want to hear: that democracy was restored to country that had never known democracy, that the drug trade was impeded when in fact the drug traffic through Panama has doubled or trebled since the invasion, that the country is on its feet when 20,000 are still homeless and living in refugee camps we operate.
And Bush is running for re-election.
The indictments in this film are many and far-reaching. Its analysis of the reasons for the invasion are especially disturbing, its forecasts for future U.S. interventions in the Andean nations, launched from our bases in Panama haunting.
I strongly urge you to see this film. You are not going to be exposed to its point of view anywhere else. And we all need to be.
(In the Seattle area, THE PANAMA DECEPTION is playing at the Metro Cinemas in the University District. The film opened last month in L.A., but it was shown as a video. The Seattle run is of the only film copy currently. The Seattle run is intended to finance the production of more copies. It is tentatively booked into 20 U.S. cities, if the Empowerment Project can raise even money to strike enough copies at $1600 a copy. Volunteers are passing the hat and encouraging audience members to get out the word after each showing here.)
-- Frank Richard Aloysius Jude Maloney
.
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


Battery Data Sharing
Sharing is one of the activities that make the web wonderful. By sharing their battery data, MiniBatteryLogger users will unleash many powerful features of the application.
Shared Battery Data Archive
MiniBatteryLogger communicates with a web database of battery data, the Shared Battery Data Archive. It is a huge repository of measures ordered by computer model, ready to be elaborated and browsed by tecnhicians, students or just the most curious.
This data is used to elaborate statistics on average battery life, and to perform the comparison of own battery against the others.
To avoid leeching, you will be asked a pair of credentials to browse the Archive. Users who registered a license can use their username and serial key as password.
To send own data to the archive, you can press the Share your data button on the bottom side of the Comparison view, or use the menu item under the Battery menu.
To retrieve shared data from the archive, press the Get shared data button on the bottom side of the Comparison view, or use the menu item under the Battery menu.
Remote Battery Monitoring
Starting from version 1.7, MiniBatteryLogger can monitor remote batteries. When you run MiniBatteryLogger, the application will automatically discover all the other instances running over the network which share their data, and will append an entry to the left sidebar.
MiniBatteryLogger can currently monitor batteries shared by other instances of MiniBatteryLogger, MiniBatteryStatus Widget or battd daemon running on the same local network. Remote battery monitoring uses the TCP port 4153. You may need to configure your firewalls to let the traffic pass.
In the future, MiniBatteryLogger will be also able to connect to remote services over the Internet given their hostname or IP address.
To enable and configure battery data sharing, refer to the Sharing Preferences.
Remote batteries are automatically discovered and appended to the battery list on the left sidebar. You can manually disconnect them individually or globally using the action menu on the bottom of the sidebar.
To allow inbound network traffic on port 4153, refer to the “firewall” topic of the Mac Help Book..
The battd daemon
System administrators will love the standalone battd daemon. The battd daemon acts as a battery data server, making a computer remotely monitorable by MiniBatteryLogger. It will listen on TCP port 4153, quietly running on the background.
If you are the system administrator of, say, a school, you will be able to comfortably monitor the kids’ and teachers’ laptop batteries from your seat.
The battd daemon is available as a separate downloads and can be installed on an unlimited number of computers without restrictions.


DIE HARD A film review by Pete Croatto filmcritic.com Copyright 2001
If I were teaching a film class at a college (a shuddering prospect, I know), Die Hard would be studied the way Citizen Kane and Potemkin are. It's a perfect action movie in every detail, the kind of movie that makes your summer memorable.
Unfortunately, star Bruce Willis, director John McTiernan and company couldn't duplicate the heart-pulling thrill of the first one with two increasingly mediocre sequels. Die Hard 2 and Die Hard With a Vengeance suffered because of stuffing thrills and spills in every crevice, to the point where I expected the Road Runner to make a cameo. Everyone involved seemed to forget that simplicity made the original so riveting. There's one flawed New York City detective trapped in a skyscraper with only his wits and some firearms to stop a band of talented international terrorists.
That cop is John McClane (Willis), who visits Los Angeles at Christmas time to see his kids and hopefully make amends with his estranged wife, Holly (Bonnie Bedelia). When McClane drops in to visit Holly at work, they get into an argument.
As Holly and McClane make like the Bickersons, the aforementioned group of kick-ass terrorists led by the ruthless Hans Gruber (Alan Rickman in a career-making performance) take over the skyscraper. Gruber's request: The building's namesake, Takagi (James Shigata), must hand over millions of dollars in bonds he has stashed away.
Everyone is accounted for and locked in, except for McClane, who is the only hope to save his wife and her co-workers. The phone lines are dead, terrorists abound like gossipy secretaries, and McClane is barefoot and alone.
Screenwriters Jeb Stuart (The Fugitive) and Steven E. De Souza (Commando, one of my favorite Schwarzenegger movies) do a masterful job in detailing the McClane character, so he doesn't come across as some robotic one-man wrecking crew. He crawls through the building's air conditioning system. He grabs whatever weapons he can (including a bag of explosives) and he bleeds. We can root for him. Minus the killer abs and the extensive police experience, this guy could be any one of us.
Stuart and DeSouza make McClane additionally human by supplying him with some of the funniest dialogue in action movie history (Emergency radio operator: "Attention, whoever you are, this line is reserved for emergencies only."  Do I sound like I'm ordering a pizza!"). And Willis helps his own cause by giving a performance that blends comedy, heroism and pathos without preening or overacting.
And the supporting characters are amazing: Reginald VelJohnson (before doing a lengthy stint in TV purgatory with Family Matters) shines as the L.A. cop who counsels McClane via radio as he plots his next move. Rickman is so good here -- he has the perfect combination of charisma and malice -- that the other main villains in the two sequels (William Sadler and Jeremy Irons, both good actors) were about as vicious and threatening as my grandmother.
In all this talk about performance and cinematic theories, you might think I'm reviewing a Woody Allen film.
I have a feeling I'll be watching Die Hard sometime again in the near future, as this summer's crop of action movies don't appear at all engaging. They don't seem to offer something for everyone the way Die Hard does, which gives me all the more reason to start organizing that film class.

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{% extends "nucescircle/base.html" %} {% load crispy_forms_tags %} {% block content %}
Some quick example text to build on the card title and make up the bulk of the card's content.
Card link Another linkSome quick example text to build on the card title and make up the bulk of the card's content.
Card link Another link


| Organisation name | Details |
| Scottish Government | Approximately 30 staff transferred out to a new public body Revenue Scotland as of the 1st January 2015 |
| Revenue Scotland | Revenue Scotland was established on 1st January 2015 |
| Rural Payments Agency (RPA) | Approximately 110 staff from DEFRA transferred into RPA in December 2014. |
| Treasury Solicitor | Approximately of 100 staff moved from Department of Transport to Treasury Solicitor between October and December 2014. |
| Department for Environment, Food and Rural Affairs (DEFRA) | Approximately 40 staff transferred from the Animal Plant and Health Agency (APHA) to DEFRA in October 2014. |
| The Food & Environment Research Agency (FERA) | Approximately 200 staff moved from the Food and Environment Research Agency (FERA) to APHA in October 2014. |
| Her Majesty's Passport Office (HMPO) | HMPO lost its agency status on 1 October 2014. All HMPO employees are now included in the main Home Office figures from Q4 2014. |
| National Offender Management Service (NOMS) | Around 9100 National Probation staff joined NOMS on 1 June 2014. |
| Department for Work and Pensions (DWP) | DWP transferred approximately 110 staff to the Treasury Solicitor during Q2 2014. |
| Her Majesty's Passport Office (HMPO) | HMPO transferred approximately 100 staff to the Home Office during Q2 2014. |
| Health and Safety Executive (HSE) | HSE transferred approximately 490 staff to the Office of Nuclear Regulation on 1 April 2014. |
| Criminal Injuries Compensation Authority (CICA) | The Criminal Injuries Compensation Authority (CICA) was established on 1 April 2014. The Ministry of Justice transferred approximately 340 staff to CICA. |
| Driver and Vehicle Standards Agency (DVSA) | The Vehicle and Operator Services Agency and the Driving Standards Agency merged to form the Driver and Vehicle Standards Agency on 1 April 2014. |
| Competition and Markets Authority (CMA) | Office of Fair Trading and the Competition Commission merged to form the Competition and Markets Authority on 1 April 2014. |


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There won't be checks on goods from Northern Ireland to Great Britain, Boris Johnson says - video
by As creditedBoris Johnson has declared he will not 'implement' or 'enact' checks on goods from Northern Ireland to Great Britain despite arrangements for customs controls under his agreed Brexit deal. In an overnight visit to Northern Ireland he told business representatives that the elements of his Brexit deal related to exports from the region were greatly 'misunderstood' and did not involve physical checks of goods


WITNESS LIST Appropriations-S/C on General Government Committee March 8, 1999-8:00A Budget On: Rath, Diane (Texas Workforce Commission) Sheridan, Mike (Texas Workforce Commission)


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Greek spirit of messages, tidings and proclamations
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Class MVCIdentifier
Storage container for the Model, View and Controller of an MVC.
Namespace: Steel\MVC
Author: Eric Rabil<EMAIL_ADDRESS>Since: 1.0
Located at Steel/MVC/MVCIdentifier.php
Author: Eric Rabil<EMAIL_ADDRESS>Since: 1.0
Located at Steel/MVC/MVCIdentifier.php
Methods summary
public
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#
__construct( string $uid, string $path, string $model, string $view, string $controller, array $forbidden = array('__construct', 'main'), array $dependencies = [] )
Provides all the data necessary to create the identifier. |
public
string
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public
string
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public
string
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public
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STAGE 1: Two teams, each team consist of 4 players, will be taken up for battle round which serves as elimination round. In this battle round two teams would compete and face each other in a setup arena for 3 minutes, Here each player would be provided a water gun along with a tissue attached to the cap and an carton armor having tissue paper attached in center . The task would be to tear the tissues of players in opposite team and accordingly points will get accounted in that team. Arena is divided into two parts (Favorable area — with objects where one can hide and unfavorable area- with no object for hiding), one who wins the toss can select favorable area. The winning team would be taken up to next stage. NOTE: Boys team will compete with boys team only and girls team will compete with girls team only STAGE 2: From now onwards they compete with one another against time (team is now divided in individuals: 4 players). This stage consist of 6 levels, Each level is having a task which needs to get completed in 1 Minute. Player is provided 2 lives (2 chances to attempt a task) after completion of level 1. Level 1 is common for all 4 players named "Pick It Up", from here only winner levels up and move for next level/s. Each task, on completion, will make player earn cash which will increase by 10 Rupees per level. A checkpoint is provided after completing Level 2 successfully, where Player is asked to quit with earned price or continue playing; if continued and failed at any above level, player loses earned cash. The one who clears all 6 levels will be declared as Winner of "TimeAttack" and will cash out with earned price.
4 per team
8th March 2017
9:00 AM onwards
CF Right wing + Garden near CF
120/- per team
Hardik Modi<EMAIL_ADDRESS>9662475666


An excellent software deserves an outstanding user interface. UI design is a crucial factor in showcasing powerful products. A beautiful UI will ensure a great User Experience.
-
UI/UX Design
-
Software Development
With skills comes great responsibility. We take Software Development to the maximum. We follow strict standards to give a highly reliable software of your need.
-
Web Development
The world is changing, Technology is everywhere. With a website, a business will bloom to a bigger audience globally. A website will surely reach to every corner of the globe. You deserve one!


This API uses the process dictionary to collect span information and can be used when all span tags an events happen in the same request handling process. There is only 1 span managed with this API. Pre-filtering is supported with the start_with_tags functions.
If you need more spans managed on the process dictionary, then look at the 'otter_span_mpdict_api' API module which can manage multiple spans with different names.| finish/0 | Finish collection of span information and invoke the span filter unless the span is marked as inactive (timestamp set to 0). |
| get_span/0 | Get the span from the process dictionary. |
| ids/0 | Return the trace id and span id of the span in the process dictionary in a tuple. |
| log/1 | Add a log to the span in the process dictionary. |
| log/2 | Add a log with specific service to the span in the process dictionary. |
| put_span/1 | Put a span to the process dictionary. |
| start/1 | start a new span on the process dictionary of the current process. |
| start/2 | start a new span on the process dictionary of the current process with an existing trace id or with a parent span. |
| start/3 | start a new span on the process dictionary of the current process with an existing trace id and parent id. |
| start_with_tags/2 | start a new span with a list of tags on the process dictionary of the current process and invoke the pre filter. |
| start_with_tags/3 | start a new span with a list of tags on the process dictionary of the current process with an existing trace id or a parent span. |
| start_with_tags/4 | start a new span with a list of tags on the process dictionary of the current process with an existing trace_id and parent_id. |
| tag/2 | Add a tag to the span in the process dictionary. |
| tag/3 | Add a tag with specific service to the span in the process dictionary. |
finish() -> ok
Finish collection of span information and invoke the span filter unless the span is marked as inactive (timestamp set to 0)
get_span() -> span()
Get the span from the process dictionary. If there is no active span, return an empty one with timestamp set to 0
ids() -> {trace_id(), span_id()}
Return the trace id and span id of the span in the process dictionary in a tuple. If there is no active span, return tuple {0, 0}
Add a log to the span in the process dictionary. If the span is not active, a "fake" span is returned with the default values and timestamp set to 0.
Add a log with specific service to the span in the process dictionary. If the span is not active, a "fake" span is returned with the default values and timestamp set to 0.
put_span(Span::span()) -> term()
Put a span to the process dictionary. This can be used e.g. when taking over a span started with the functional API.
start a new span on the process dictionary of the current process
start(Name::info(), TraceId::trace_id()) -> span()
start a new span on the process dictionary of the current process with an existing trace id or with a parent span
start(Name::info(), TraceId::trace_id(), ParentId::span_id()) -> span()
start a new span on the process dictionary of the current process with an existing trace id and parent id
start a new span with a list of tags on the process dictionary of the current process and invoke the pre filter
start_with_tags(Name::info(), Tags::[tag()], TraceId::trace_id()) -> span()
start a new span with a list of tags on the process dictionary of the current process with an existing trace id or a parent span.
start_with_tags(Name::info(), Tags::[tag()], TraceId::trace_id(), ParentId::span_id()) -> span()
start a new span with a list of tags on the process dictionary of the current process with an existing trace_id and parent_id
Add a tag to the span in the process dictionary. If the span is not active, a fake/empty span is returned with the default values and timestamp set to 0.
Add a tag with specific service to the span in the process dictionary. If the span is not active, a "fake" span is returned with the default values and timestamp set to 0.
Generated by EDoc, May 26 2017, 16:15:30.


- Name
- Harish Bal Subramanian
- What I Do
- Software
- My Passion
- Coding
- Who Am I
- Hi there..Thanks for visiting my profile. I am a software engineer currently based out of Fort Worth Texas.I work in a private software company as a Technology Lead. Coding is my passion and learning is my hobby. I like to learn new things every day. I like to automate work by developing apps. Besides work, I am a fun loving person.Like to gym a lot. Fond of all outdoor sports and crazy about adventure rides.


Function useDefaultValues(from:on:)
public func useDefaultValues(from valueProvider: ValueProvider, on mocks: [Mock])
Start returning default values for unstubbed methods on multiple mocks.
Mocks are strict by default, meaning that calls to unstubbed methods will trigger a test failure. Methods returning Void do not need to be stubbed in strict mode.
let bird = mock(Bird.self)
print(bird.name) // Fails because `bird.getName()` is not stubbed
bird.fly() // Okay because `fly()` has a `Void` return type
To return default values for unstubbed methods, use a ValueProvider
with the initialized mock.
Mockingbird provides preset value providers which are guaranteed to be backwards compatible,
such as .standardProvider
.
let anotherBird = mock(Bird.self)
useDefaultValues(from: .standardProvider, on: [bird, anotherBird])
print(bird.name) // Prints ""
print(anotherBird.name) // Prints ""
You can create custom value providers by registering values for types. See Providable
for how
to provide "wildcard" instances for generic types.
var valueProvider = ValueProvider(from: .standardProvider)
valueProvider.register("Ryan", for: String.self)
useDefaultValues(from: valueProvider, on: [bird, anotherBird])
print(bird.name) // Prints "Ryan"
print(anotherBird.name) // Prints "Ryan"
Values from concrete stubs always have a higher precedence than default values.
given(bird.getName()) ~> "Ryan"
print(bird.name) // Prints "Ryan"
useDefaultValues(from: .standardProvider, on: [bird, anotherBird])
print(bird.name) // Prints "Ryan"
print(anotherBird.name) // Prints ""
Parameters
| Name | Type | Description |
|---|---|---|
| valueProvider | ValueProvider |
A value provider to add. |
| mocks | [Mock] |
A list of mocks that should start using the value provider. |


This is a simple hero unit, a simple jumbotron-style component for calling extra attention to featured content or information.
It uses utility classes for typography and spacing to space content out within the larger container.
Jumps off balcony gives owner dead mouse at present then poops in litter box snatches yarn and fights with dog cat chases laser then plays in grass finds tiny spot in cupboard and sleeps all day jumps in bathtub and meows when owner fills food dish the cat knocks over the food dish cat slides down the water slide and into pool and swims even though it does not like water demand to be let outside at once, and expect owner to wait for me as i think about it always hungry but that box?
I can fit in that box, but have a lot of grump in yourself because you can't forget to be grumpy and not be like king grumpy cat.
Find something else more interesting. Sleep nap chase mice, and sleep on dog bed, force dog to sleep on floor sit on the laptop but meow for food.
Then when human fills food dish, take a few bites of food and continue meowing but missing until dinner time hide head under blanket so no one can see
Ignore the squirrels, you'll never catch them anyway russian blue find empty spot in cupboard and sleep all day.

Mesmerizing birds meow meow annoy owner until he gives you food say meow repeatedly until belly rubs, feels good. Get video posted to internet for chasing red dot purr when being pet poop in the plant pot or ask to go outside and ask to come inside and ask to go outside and ask to come inside. Hunt by meowing loudly at 5am next to human slave food dispenser brown cats with pink ears kitty power bathe private parts with tongue then lick owner's face intrigued by the shower immediately regret falling into bathtub but under the bed.


" Tuoitre News - 4/7/2017 8:47:00 AM Rice export prices firmed in India on a stronger rupee, while the rates rose in Vietnam on concerns that rainfall could affect crops during peak harvest season. India's 5 percent broken parboiled rice prices RI-INBKN5-P1 rose by $2 per tonne to $375 to $ ..."
"Apr 11, 04:23 : Assam is expected to produce around 75 lakh tons of rice in coming MY-2017-18 which is higher by 23 lakh tons from last year production of 52 LMT. Rice scientists to find out a technology so that,farmers could get maximum pro"


nips nips2001 nips2001-113 nips2001-113-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: John C. Platt, Christopher J. C. Burges, Steven Swenson, Christopher Weare, Alice Zheng
Abstract: This paper presents AutoDJ: a system for automatically generating music playlists based on one or more seed songs selected by a user. AutoDJ uses Gaussian Process Regression to learn a user preference function over songs. This function takes music metadata as inputs. This paper further introduces Kernel Meta-Training, which is a method of learning a Gaussian Process kernel from a distribution of functions that generates the learned function. For playlist generation, AutoDJ learns a kernel from a large set of albums. This learned kernel is shown to be more effective at predicting users’ playlists than a reasonable hand-designed kernel.
[1] D. Barber and C. K. I. Williams. Gaussian processes for Bayesian classiﬁcation via hybrid Monte Carlo. In M. C. Mozer, M. I. Jordan, and T. Petsche, editors, NIPS, volume 9, pages 340–346, 1997.
[2] J. Baxter. A Bayesian/information theoretic model of bias learning. Machine Learning, 28:7–40, 1997.
[3] K. P. Bennett and A. Demiriz. Semi-supervised support vector machines. In M. S. Kearns, S. A. Solla, and D. A. Cohn, editors, NIPS, volume 11, pages 368–374, 1998.
[4] J. S. Breese, D. Heckerman, and C. Kadie. Empirical analysis of predictive algorithms for collaborative ﬁltering. In Uncertainty in Artiﬁcial Intelligence, pages 43–52, 1998.
[5] R. Caruana. Learning many related tasks at the same time with backpropagation. In NIPS, volume 7, pages 657–664, 1995.
[6] V. Castelli and T. M. Cover. The relative value of labeled and unlabled samples in pattern recognition with an unknown mixing parameter. IEEE Trans. Info. Theory, 42(6):75–85, 1996.
[7] N. A. C. Cressie. Statistics for Spatial Data. Wiley, New York, 1993.
[8] N. Cristianini, A. Elisseeff, and J. Shawe-Taylor. On optimizing kernel alignment. Technical Report NC-TR-01-087, NeuroCOLT, 2001.
[9] D. Goldberg, D. Nichols, B. M. Oki, and D. Terry. Using collaborative ﬁltering to weave an information tapestry. CACM, 35(12):61–70, 1992.
[10] T. Minka and R. Picard. Learning how to learn is learning with points sets. http:// wwwwhite.media.mit.edu/ tpminka/papers/learning.html, 1997.
[11] M. Pazzani and D. Billsus. Learning and revising user proﬁles: The identiﬁcation of interesting web sites. Machine Learning, 27:313–331, 1997.
[12] P. S. R. S. Rao. Variance Components Estimation: Mixed models, methodologies and applications. Chapman & Hill, 1997.
[13] S. Thrun. Is learning the n-th thing any easier than learning the ﬁrst? In NIPS, volume 8, pages 640–646, 1996.
[14] C. K. I. Williams and C. E. Rasmussen. Gaussian processes for regression. In NIPS, volume 8, pages 514–520, 1996.


I will be using react-lazyload library (https://github.com/twobin/react-lazyload) to lazy load the images.
I will be using react-lazyload library (https://github.com/twobin/react-lazyload) to lazy load the images.
I will be using react-lazyload library (https://github.com/twobin/react-lazyload) to lazy load the images.


|
BitShares-Core
6.1.0
BitShares blockchain implementation and command-line interface software
|
#include <sstream.hpp>
Classes | |
| class | impl |
Public Member Functions | |
| stringstream () | |
| stringstream (std::string &s) | |
| stringstream (const std::string &s) | |
| ~stringstream () | |
| std::string | str () |
| void | str (const std::string &s) |
| void | clear () |
| virtual bool | eof () const |
| virtual size_t | writesome (const char *buf, size_t len) |
| virtual size_t | writesome (const std::shared_ptr< const char > &buf, size_t len, size_t offset) |
| virtual size_t | readsome (char *buf, size_t len) |
| virtual size_t | readsome (const std::shared_ptr< char > &buf, size_t len, size_t offset) |
| virtual void | close () |
| virtual void | flush () |
| char | peek () |
| Public Member Functions inherited from fc::ostream | |
| virtual | ~ostream () |
| void | put (char c) |
| ostream & | write (const char *buf, size_t len) |
| ostream & | write (const std::shared_ptr< const char > &buf, size_t len, size_t offset=0) |
| Public Member Functions inherited from fc::istream | |
| virtual | ~istream () |
| istream & | read (char *buf, size_t len) |
| istream & | read (const std::shared_ptr< char > &buf, size_t len, size_t offset=0) |
| virtual char | get () |
| void | get (char &c) |
Definition at line 7 of file sstream.hpp.
| fc::stringstream::stringstream | ( | ) |
Definition at line 29 of file sstream.cpp.
| fc::stringstream::stringstream | ( | std::string & | s | ) |
Definition at line 23 of file sstream.cpp.
| fc::stringstream::stringstream | ( | const std::string & | s | ) |
Definition at line 26 of file sstream.cpp.
| fc::stringstream::~stringstream | ( | ) |
Definition at line 30 of file sstream.cpp.
| void fc::stringstream::clear | ( | ) |
Definition at line 41 of file sstream.cpp.
|
virtual |
Implements fc::ostream.
Definition at line 76 of file sstream.cpp.
|
virtual |
Definition at line 46 of file sstream.cpp.
|
virtual |
Implements fc::ostream.
Definition at line 77 of file sstream.cpp.
| char fc::stringstream::peek | ( | ) |
Definition at line 79 of file sstream.cpp.
|
virtual |
read at least 1 byte or throw, if no data is available this method should block cooperatively until data is available or fc::eof is thrown.
| fc::eof | if at least 1 byte cannot be read |
Implements fc::istream.
Definition at line 62 of file sstream.cpp.
|
virtual |
Implements fc::istream.
Definition at line 70 of file sstream.cpp.
| std::string fc::stringstream::str | ( | ) |
Definition at line 33 of file sstream.cpp.
| void fc::stringstream::str | ( | const std::string & | s | ) |
Definition at line 37 of file sstream.cpp.
|
virtual |
Implements fc::ostream.
Definition at line 49 of file sstream.cpp.
|
virtual |
Implements fc::ostream.
Definition at line 57 of file sstream.cpp.


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