Bleeding Edge Web: May 2016
Announcements
News from the Bleeding Edge
— Brian Moeskau (@bmoeskau)
All About Node 6 (slides)
— Evan Lucas (@evanhlucas)
Lightning Talks
Thanks to our venue sponsor:
Thanks to our food sponsor:
News from the
Bleeding Edge
Browser Pop Quiz
Last version check — April 27, 2016:
Browser Pop Quiz
As of May 25, 2016:
Opera 37
Released May 4 — Release Notes
- Added support for Chromium version 50
- Added built-in ad blocker
- Opera 38 currently in beta
Bonus: Safari Technology Preview 5
Released May 25 (today!) — Release Notes
- Fifth preview release since March
- Many, many fixes and improvements
- Download and try it out
WebKit Update
Notable Releases
- Babel is now compiled with Babel 6
- Fixes a major npm deduping issue with Babel 5 dependencies
Notable Releases
Notable Releases
- JS-based mobile apps with native UI bindings
- Supports TypeScript and Angular 2.0
- Open source
- Backed by Telerik, paid support options
Notable Releases
- Build native desktop apps with HTML, CSS and JS
- New Electron API Demos app
- New Chrome extension Devtron for debugging
- New 3.0 version of Spectron for integration testing
Notable Releases
- Final version barring major bugs
- IE 9+ only (stick to 2.x for IE 6-8)
- jQuery.Deferred now Promises/A+ compatible
- Animations now use requestAnimationFrame
- Upgrade guide available
A new developer experience for rapidly building fast, safe systems
- Developed by Facebook
- A new interface to OCaml
- "Resembles a typed subset of modern JavaScript (the good parts)"
- Compare to JS
Node v8_inspector support
Node.js can now be debugged and profiled via Chrome DevTools
- Currently an open PR in the Node github repo
- Breakpoints, stepping, source maps, live editing, etc.
- Console with ES6 support
A cool way to use natural language in JavaScript
- 100k, no dependencies, IE9+
- Aims for 80-20 rule in accuracy / complexity
nlp.statement('She sells seashells').negate().text()
// She doesn't sell seashells
nlp.person("Tony Hawk").pronoun();
// "he"
nlp.value("five hundred and sixty").number;
// 560
And now for something completely different...
A small CSS library to build your own Star Wars-esque intro crawl
ATX Hack for Change 2016
A civic hackathon that lets you find the projects and the people you need to
change your community for the better
- Free to attend! Check out the project proposals
- Audience: "hackers"
- June 3-5 at St. Edwards University
Learn HTML, CSS and basic JS skills over 4 weeks in June
- Perfect for non-techies who want exposure to new tech skills
- $750 per student — more
info and sign up
- Hosted at MakerSquare in downtown Austin
Thanks!
←
→
/
#


$0627/1575: Format: number of sectors/track ROM-Reference: STA $0627 : $FC33 Previous Page / Next Page


EASTER 7TH SUNDAY
ENTRANCE ANTIPHON
O Lord, hear my voice, for I have called to you; of you my heart has spoken: Seek his face; hide not your face from me, alleluia.
The GLORIA is
said. (English, Latin)
COLLECT
Graciously hear our supplications, O Lord, so that we, who believe that the Saviour of the human race is with you in your glory, may experience, as he promised, until the end of the world, his abiding presence among us. Who lives and reigns with you in the unity of the Holy Spirit, one God, for ever and ever.
The PROFESSION OF
FAITH (Creed) is said. (English,
Latin)
PRAYER OVER THE OFFERINGS
Accept, O Lord, the prayers of your faithful with the sacrificial offerings, that through these acts of devotedness we may pass over to the glory of heaven. Through Christ our Lord.
or
of Ascension I or II
COMMUNION ANTIPHON
Father, I pray that they may be one as we also are one, alleluia.
PRAYER AFTER COMMUNION
Hear us, O
God our Saviour, and grant us confidence, that through these sacred mysteries
there will be accomplished in the body of the whole Church what has already
come to pass in Christ her Head. Who lives and reigns for ever and ever.
The
Ascension Solemn Blessing or an appropriate Prayer over the People may be used:
May almighty God bless you, for on this very day his Only-Begotten Son pierced the heights of heaven and unlocked for you the way to ascend to where he is. R. Amen.
May he grant that, as Christ after his Resurrection was seen plainly by his disciples, so when he comes as Judge he may show himself merciful to you for all eternity. R. Amen.
And
may you, who believe he is seated with the Father in his majesty, know with joy
the fulfilment of his promise to stay with you until the end of time. R. Amen.
And may the blessing of almighty God, the Father, and the Son, and the Holy Spirit, come down on you and remain with you for ever. R. Amen.


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|
| Value |
Description |
Notes |
|
| AW |
Award |
A Bible (or selected Biblical text) designed for presentation from a religious organization |
| BB |
Baby |
A Bible (or selected Biblical text) designed to be a gift to commemorate a child’s birth |
| BR |
Bride |
A special gift Bible (or selected Biblical text) designed for the bride on her wedding day. Usually white |
| CF |
Confirmation |
A Bible (or selected Biblical text) designed to be used in the confirmation reading or as a gift to a confirmand |
| CH |
Children’s |
A text Bible (or selected Biblical text) designed in presentation and readability for a child |
| CM |
Compact |
A small Bible (or selected Biblical text) with a trim height of five inches or less |
| CR |
Cross-reference |
A Bible (or selected Biblical text) which includes text conveying cross-references to related scripture passages |
| DR |
Daily readings |
A Bible (or selected Biblical text) laid out to provide readings for each day of the year |
| DV |
Devotional |
A Bible (or selected Biblical text) containing devotional content together with the scripture |
| FM |
Family |
A Bible (or selected Biblical text) containing family record pages and/or additional study material for family devotion |
| GT |
General/Text |
A standard Bible (or selected Biblical text) of any version with no distinguishing characteristics beyond the canonical text |
| GF |
Gift |
A Bible (or selected Biblical text) designed for gift or presentation, often including a presentation page |
| LP |
Lectern/Pulpit |
A large Bible (or selected Biblical text) with large print designed for use in reading scriptures in public worship from either
the pulpit or lectern
|
| MN |
Men’s |
A Bible (or selected Biblical text) especially designed with helps and study guides oriented to the adult male |
| PS |
Primary school |
A Bible (or selected Biblical text) designed for use in primary school |
| PW |
Pew |
Usually inexpensive but sturdy, a Bible (or selected Biblical text) designed for use in church pews |
| SC |
Scholarly |
A Bible (or selected Biblical text) including texts in Greek and/or Hebrew and designed for scholarly study |
| SL |
Slimline |
|
| ST |
Student |
A Bible (or selected Biblical text) with study articles and helps especially for use in the classroom |
| SU |
Study |
A Bible (or selected Biblical text) with many extra features, e.g. book introductions, dictionary, concordance, references,
maps, etc., to help readers better understand the scripture
|
| WG |
Wedding gift |
A special gift Bible (or selected Biblical text) designed as a gift to the couple on their wedding day |
| WM |
Women’s |
A devotional or study Bible (or selected Biblical text) with helps targeted at the adult woman |
| YT |
Youth |
A Bible (or selected Biblical text) containing special study and devotional helps designed specifically for the needs of teenagers |
|


Our Team
Helping Familes have a better experience when attending Disney is our Goal! Take the time to meet the Team behind this project.
Jacob Tharp
Project Leader
Glorified bug fixer.
Anthony Kawa
React 1 developer and UI designer.
I like long walks on the beach, puppies, and romantic candle light dinners.
Heath Scott
Full Stack web developer.
I enjoy Rv traveling and exploring new adventures.
Jose Robles
UI/Full Stack Web Developer
Self-proclaimed mixologist. I enjoy food, music, and learning.
Eian Carter
Back-End Engineering
I enjoy trying new foods and learning new things.
Jeffery Desir
Back End Developer
Plays with Unicorns
Joshua Agins
worked on backend
Interesting fun fact about me, I have a credit in Injustice 2.


var util = require('util'),
EventEmitter = require('events').EventEmitter
//TODO: Allow for filters to remove outputs by name
/**
* Wraps an event received from an input plugin and provides helpers for processing
* Each event should at least contain message, source, and timestamp
*
* @param {Object} data The data received from the input
* @param {Object} data.message Required message field
* @param {Object} data.source Required source field, name of the plugin that provided the event
* @param {Object} data.timestamp Required timestamp field, time of the event
*
* @constructor
*/
var EventContainer = function (data) {
this.data = data
this.state = EventContainer.STATE.PROCESSING
this.eventId = void 0
this._plugins = {}
this._pluginsLeft = 0
}
util.inherits(EventContainer, EventEmitter)
module.exports = EventContainer
/**
* States an event can be in
* - CANCELED: The event was dropped
* - PROCESSING: The event is still being filtered/output
* - COMPLETED: The event has completed all processing
*
* @type {Object}
*/
EventContainer.STATE = {
CANCELED: 0
, PROCESSING: 1
, COMPLETED: 2
}
/**
* Allows a filter to progress the event to the next filter or to the output plugins
*/
EventContainer.prototype.next = function () {
//Setup within StreamStash for speed
return false
}
/**
* Allows a filter to progress the event directly to the output plugins, past any other filter in the chain
*/
EventContainer.prototype.done = function () {
//Setup within StreamStash for speed
return false
}
/**
* Allows a filter to cancel further processing for the event
* The event will be completed and `state` will be canceled
*/
EventContainer.prototype.cancel = function () {
//Setup within StreamStash for speed
return false
}
/**
* Marks the event as completed
*
* @fires EventContainer#complete For any interesting plugins to do post processing
*
* @param {Boolean} [canceled=false] True if the message was canceled, false if completed normally
*
* @returns {boolean} True of the event was marked as complete, false if already completed or invalid
*/
EventContainer.prototype.processingComplete = function (canceled) {
if (this.state !== EventContainer.STATE.PROCESSING) {
return false
}
this.state = canceled ? EventContainer.STATE.CANCELED : EventContainer.STATE.COMPLETED
this.emit('complete')
return true
}


Build configurations are useful for a handful of reasons. If you are developing an app that’s currently in production, chances are you are switching from your production API endpoints to some kind of test environment endpoints for development. Of course you can do the “comment/uncomment URL constants” dance everytime you need to switch environments, but other than being a tedious and error-prone process there are cases where build configurations are unavoidable.
Take automated builds for example, be it custom nightly build scripts or some ultra-fancy CI pipeline. The number one rule of automated build is that you have to be able to produce a build for your project with a “single command”. Which is not the case if you need to comment/uncomment lines every time you build in order to point to the correct environment.
Unfortunately (at the time of writing this post) the way to set up build configurations in Xcode is not very straightforward and it certainly does not feel as user friendly as other Xcode features. But let’s dive into it.
Create a Configuration File
Go to File -> New -> File (or cmd + N) and select the “Configuration Settings File” template.
A Configuration Settings File (a file with a .xcconfig
file extension) is a plain text file that defines and overrides the build settings for a particular build configuration of a project or target.
We’ll create one file for Production, called Production.xcconfig and another one for Development called… you guessed it, Development.xcconfig
Define build variables
Let’s say that we want to be able to configure a backend endpoint and the app’s display name.
We can add the following to Production.xcconfig:
BACKEND_URL = https:/$()/my.production.api/v1
APP_NAME = Production
and Development.xcconfig
BACKEND_URL = https:/$()/my.test.api/v1
APP_NAME = Development
$() denotes an empty variable substitution. It’s used in order to escape the double dash so that the part following it is not treated as a comment. A minor annoyance, but quite handy when you know it!
Another way to go about customising existing target build settings is to override settings such as PRODUCT_NAME. I do not prefer this approach since dealing with build setting levels and inheritance can be a tedious. Instead, I use only new variable names and assign them to the corresponding values in info.plist (more on that later)
Create New Build Configurations
Press the “+” icon and select which basic configuration you want to duplicate, release or debug in this case. I will go for release for Production and debug for Development.
Then select which configuration file this build configuration is based on. You can define this for the whole project or for specific targets.
Assign Build Configurations
Now if we navigate to “Edit Scheme” for the current scheme, our just defined build configurations are avaiable to select for the different actions.
If it wasn’t for cocoapods our project would build and run right now, but we’ll deal with that later. First let’s make some custom schemes so that we can easily switch between the various build configurations.
Create Custom Schemes
I usually delete (select and click on the “-“ icon) the default scheme and create new ones for each configuration. From the “manage schemes” menu, let’s create two new schemes named Production and Development using the default target. Don’t forget to edit the schemes to run the corresponding build configuration on Run
Cocoapods
If you are not using cocoapods you can skip this section.
In order to make cocoapods integrate nicely with our custom build configurations we need to:
-
Add custom build configurations to PodFile
Specify where your build configuration is derived from so that Cocoapods can create its own build configuration for the project’s dependencies
project 'BuildConfigurationsTutorial', 'Production' => :release, 'Development' => :debug
-
Run pod install from the root of your project
Open up a terminal in the root directory of your project and run:
$: pod install
Cocoapods will create its own .xcconfig files located in the /Pods/Targets Support Files/<Project Name>/ folder of your workspace. One for each build configuration in the project.
-
Include the cocoapods build configs in the custom configuration files
Configuration files can include other .xcconfig files. In Production.xcconfig add:
#include "Pods/Target Support Files/Pods-BuildConfigurationsTutorial/Pods-BuildConfigurationsTutorial.production.xcconfig"
And similar for Development.xcconfig
#include "Pods/Target Support Files/Pods-BuildConfigurationsTutorial/Pods-BuildConfigurationsTutorial.development.xcconfig"
Assign build variables to info.plist
In the project’s info.plist you can assign build variables as values using variable substituion i.e $(VARIABLE_NAME) notation. For the Bundle Name key we can use $(APP_NAME) and we can create a new key (right click + add row) named BACKEND_URL and assign $(BACKEND_URL) to it
Access build variables from code
Add the following to a BuildConfiguration.swift file in your project:
private enum BuildConfiguration {
enum Error: Swift.Error {
case missingKey, invalidValue
}
static func value<T>(for key: String) throws -> T where T: LosslessStringConvertible {
guard let object = Bundle.main.object(forInfoDictionaryKey: key) else {
throw Error.missingKey
}
switch object {
case let string as String:
guard let value = T(string) else { fallthrough }
return value
default:
throw Error.invalidValue
}
}
}
enum API {
static var backendURL: String {
do {
return try BuildConfiguration.value(for: "BACKEND_URL")
} catch {
fatalError(error.localizedDescription)
}
}
}
Then anywhere you need to access the backend URL you can access it using the enum static variable
Text("Backend URL: \(API.backendURL)")
Build and Run
Building the Production scheme:
Building the Development scheme:


Star Density Map
Click to select, double click to cancel
starDensity
TRIstarDensity
Equatorial
Galactic
nside=16
nside=64
colormap scale
0
10000000 stars/sq deg
Update
Selected pixIds:


Overview
Upload an email attachment
Query String Parameters
This endpoint does not accept any query string parameters.
Input Parameters
| Name |
Type |
Description |
Required |
|
email_attachment
|
String
|
The file to upload.
|
True
|
Input Example
<EMAIL_ADDRESS>Result
| Name |
Type |
Description |
|
<email record field>
|
<email record field type>
|
Returns the fields for the newly created email record.
|
Output Example
{
"guid": "61b19f41-0ac9-0f2f-d9c5-51eecaf89396",
"name": "ExampleDocument.txt",
"nameForDisplay": "ExampleDocument.txt"
}
Change Log
| Version |
Change |
|
v11
|
Last version in which /Mail/attachment POST is available. Use
/Notes/temp/file/filename POST in conjunction with
/Emails/:record/link/attachments POST instead.
|
|
v10
|
Added /Mail/attachment POST endpoint.
|


Overview
Along with connection to servers across the internet, Twisted also connects to local processes with much the same API. The API is described in more detail in the documentation of:
twisted.internet.interfaces.IReactorProcess
twisted.internet.interfaces.IProcessTransport
twisted.internet.interfaces.IProcessProtocol
Running Another Process
Processes are run through the reactor,
using reactor.spawnProcess
. Pipes are created to the child process,
and added to the reactor core so that the application will not block while
sending data into or pulling data out of the new
process. reactor.spawnProcess
requires two arguments,
processProtocol
and executable
, and optionally takes
several more: args
, environment
,
path
, userID
, groupID
,
usePTY
, and childFDs
. Not all of these are
available on Windows.
1 2 3 4 5 6
from twisted.internet import reactor processProtocol = MyProcessProtocol() reactor.spawnProcess(processProtocol, executable, args=[program, arg1, arg2], env={'HOME': os.environ['HOME']}, path, uid, gid, usePTY, childFDs)
processProtocol
should be an instance of a subclass oftwisted.internet.protocol.ProcessProtocol
. The interface is described below.executable
is the full path of the program to run. It will be connected to processProtocol.args
is a list of command line arguments to be passed to the process.args[0]
should be the name of the process.env
is a dictionary containing the environment to pass through to the process.path
is the directory to run the process in. The child will switch to the given directory just before starting the new program. The default is to stay in the current directory.uid
andgid
are the user ID and group ID to run the subprocess as. Of course, changing identities will be more likely to succeed if you start as root.usePTY
specifies whether the child process should be run with a pty, or if it should just get a pair of pipes. Whether a program needs to be run with a PTY or not depends on the particulars of that program. Often, programs which primarily interact with users via a terminal do need a PTY.childFDs
lets you specify how the child's file descriptors should be set up. Each key is a file descriptor number (an integer) as seen by the child. 0, 1, and 2 are usually stdin, stdout, and stderr, but some programs may be instructed to use additional fds through command-line arguments or environment variables. Each value is either an integer specifying one of the parent's current file descriptors, the stringr
which creates a pipe that the parent can read from, or the stringw
which creates a pipe that the parent can write to. IfchildFDs
is not provided, a default is used which creates the usual stdin-writer, stdout-reader, and stderr-reader pipes.
args
and env
have empty default values, but
many programs depend upon them to be set correctly. At the very least,
args[0]
should probably be the same as executable
.
If you just provide os.environ
for env
, the child
program will inherit the environment from the current process, which is
usually the civilized thing to do (unless you want to explicitly clean the
environment as a security precaution). The default is to give an empty
env
to the child.
reactor.spawnProcess
returns an instance that
implements
IProcessTransport
.
Writing a ProcessProtocol
The ProcessProtocol you pass to spawnProcess
is your
interaction with the process. It has a very similar signature to a regular
Protocol, but it has several extra methods to deal with events specific to
a process. In our example, we will interface with 'wc' to create a word count
of user-given text. First, we'll start by importing the required modules, and
writing the initialization for our ProcessProtocol.
1 2 3 4 5
from twisted.internet import protocol class WCProcessProtocol(protocol.ProcessProtocol): def __init__(self, text): self.text = text
When the ProcessProtocol is connected to the protocol, it has the connectionMade method called. In our protocol, we will write our text to the standard input of our process and then close standard input, to let the process know we are done writing to it.
1 2 3 4
... def connectionMade(self): self.transport.write(self.text) self.transport.closeStdin()
At this point, the process has receieved the data, and it's time for us
to read the results. Instead of being received in dataReceived
,
data from standard output is received in outReceived
. This is
to distinguish it from data on standard error.
1 2 3 4 5 6 7 8
... def outReceived(self, data): fieldLength = len(data) / 3 lines = int(data[:fieldLength]) words = int(data[fieldLength:fieldLength*2]) chars = int(data[fieldLength*2:]) self.transport.loseConnection() self.receiveCounts(lines, words, chars)
Now, the process has parsed the output, and ended the connection to the process. Then it sends the results on to the final method, receiveCounts. This is for users of the class to override, so as to do other things with the data. For our demonstration, we will just print the results.
1 2 3 4 5 6
... def receiveCounts(self, lines, words, chars): print 'Received counts from wc.' print 'Lines:', lines print 'Words:', words print 'Characters:', chars
We're done! To use our WCProcessProtocol, we create an instance, and pass it to spawnProcess.
1 2 3 4
from twisted.internet import reactor wcProcess = WCProcessProtocol("accessing protocols through Twisted is fun!\n") reactor.spawnProcess(wcProcess, 'wc', ['wc']) reactor.run()
Things that can happen to your ProcessProtocol
These are the methods that you can usefully override in your subclass of
ProcessProtocol
:
.connectionMade()
: This is called when the program is started, and makes a good place to write data into the stdin pipe (usingself.transport.write
)..outReceived(data)
: This is called with data that was received from the process' stdout pipe. Pipes tend to provide data in larger chunks than sockets (one kilobyte is a common buffer size), so you may not experience therandom dribs and drabs
behavior typical of network sockets, but regardless you should be prepared to deal if you don't get all your data in a single call. To do it properly,outReceived
ought to simply accumulate the data and put off doing anything with it until the process has finished..errReceived(data)
: This is called with data from the process' stderr pipe. It behaves just likeoutReceived
..inConnectionLost
: This is called when the reactor notices that the process' stdin pipe has closed. Programs don't typically close their own stdin, so this will probably get called when your ProcessProtocol has shut down the write side withself.transport.loseConnection
..outConnectionLost
: This is called when the program closes its stdout pipe. This usually happens when the program terminates..errConnectionLost
: Same asoutConnectionLost
, but for stderr instead of stdout..processExited(status)
: This is called when the child process has been reaped, and receives information about the process' exit status. The status is passed in the form of aFailure
instance, created with a.value
that either holds aProcessDone
object if the process terminated normally (it died of natural causes instead of receiving a signal, and if the exit code was 0), or aProcessTerminated
object (with an.exitCode
attribute) if something went wrong..processEnded(status)
: This is called when all the file descriptors associated with the child process have been closed and the process has been reaped. This means it is the last callback which will be made onto aProcessProtocol
. Thestatus
parameter has the same meaning as it does forprocessExited
.
The base-class definitions of most of these functions are no-ops. This will result in all stdout and stderr being thrown away. Note that it is important for data you don't care about to be thrown away: if the pipe were not read, the child process would eventually block as it tried to write to a full pipe.
Things you can do from your ProcessProtocol
The following are the basic ways to control the child process:
self.transport.write(data)
: Stuff some data in the stdin pipe. Note that thiswrite
method will queue any data that can't be written immediately. Writing will resume in the future when the pipe becomes writable again.self.transport.closeStdin
: Close the stdin pipe. Programs which act as filters (reading from stdin, modifying the data, writing to stdout) usually take this as a sign that they should finish their job and terminate. For these programs, it is important to close stdin when you're done with it, otherwise the child process will never quit.self.transport.closeStdout
: Not usually called, since you're putting the process into a state where any attempt to write to stdout will cause a SIGPIPE error. This isn't a nice thing to do to the poor process.self.transport.closeStderr
: Not usually called, same reason ascloseStdout
.self.transport.loseConnection
: Close all three pipes.self.transport.signalProcess('KILL')
: Kill the child process. This will eventually result inprocessEnded
being called.
Verbose Example
Here is an example that is rather verbose about exactly when all the
methods are called. It writes a number of lines into the wc
program and then parses the output.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46
#!/usr/bin/env python # Copyright (c) Twisted Matrix Laboratories. # See LICENSE for details. from twisted.internet import protocol from twisted.internet import reactor import re class MyPP(protocol.ProcessProtocol): def __init__(self, verses): self.verses = verses self.data = "" def connectionMade(self): print "connectionMade!" for i in range(self.verses): self.transport.write("Aleph-null bottles of beer on the wall,\n" + "Aleph-null bottles of beer,\n" + "Take one down and pass it around,\n" + "Aleph-null bottles of beer on the wall.\n") self.transport.closeStdin() # tell them we're done def outReceived(self, data): print "outReceived! with %d bytes!" % len(data) self.data = self.data + data def errReceived(self, data): print "errReceived! with %d bytes!" % len(data) def inConnectionLost(self): print "inConnectionLost! stdin is closed! (we probably did it)" def outConnectionLost(self): print "outConnectionLost! The child closed their stdout!" # now is the time to examine what they wrote #print "I saw them write:", self.data (dummy, lines, words, chars, file) = re.split(r'\s+', self.data) print "I saw %s lines" % lines def errConnectionLost(self): print "errConnectionLost! The child closed their stderr." def processExited(self, reason): print "processExited, status %d" % (reason.value.exitCode,) def processEnded(self, reason): print "processEnded, status %d" % (reason.value.exitCode,) print "quitting" reactor.stop() pp = MyPP(10) reactor.spawnProcess(pp, "wc", ["wc"], {}) reactor.run()
The exact output of this program depends upon the relative timing of some un-synchronized events. In particular, the program may observe the child process close its stderr pipe before or after it reads data from the stdout pipe. One possible transcript would look like this:
% ./process.py connectionMade! inConnectionLost! stdin is closed! (we probably did it) errConnectionLost! The child closed their stderr. outReceived! with 24 bytes! outConnectionLost! The child closed their stdout! I saw 40 lines processEnded, status 0 quitting Main loop terminated. %
Doing it the Easy Way
Frequently, one just needs a simple way to get all the output from a
program. In the blocking world, you might use commands.getoutput
from the standard library, but
using that in an event-driven program will cause everything else to stall
until the command finishes. (in addition, the SIGCHLD handler used by that
function does not play well with Twisted's own signal handling). For these
cases, the twisted.internet.utils.getProcessOutput
function can be used. Here is a simple example:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
from twisted.internet import protocol, utils, reactor from twisted.python import failure from cStringIO import StringIO class FortuneQuoter(protocol.Protocol): fortune = '/usr/games/fortune' def connectionMade(self): output = utils.getProcessOutput(self.fortune) output.addCallbacks(self.writeResponse, self.noResponse) def writeResponse(self, resp): self.transport.write(resp) self.transport.loseConnection() def noResponse(self, err): self.transport.loseConnection() if __name__ == '__main__': f = protocol.Factory() f.protocol = FortuneQuoter reactor.listenTCP(10999, f) reactor.run()
If you only need the final exit code (like commands.getstatusoutput(cmd)[0]
), the twisted.internet.utils.getProcessValue
function is
useful. Here is an example:
1 2 3 4 5 6 7 8 9 10 11 12 13 14
from twisted.internet import utils, reactor def printTrueValue(val): print "/bin/true exits with rc=%d" % val output = utils.getProcessValue('/bin/false') output.addCallback(printFalseValue) def printFalseValue(val): print "/bin/false exits with rc=%d" % val reactor.stop() output = utils.getProcessValue('/bin/true') output.addCallback(printTrueValue) reactor.run()
Mapping File Descriptors
stdin
, stdout
, and stderr
are just conventions.
Programs which operate as filters generally accept input on fd0, write their
output on fd1, and emit error messages on fd2. This is common enough that
the standard C library provides macros like stdin
to mean fd0, and
shells interpret the pipe character |
to mean redirect fd1 from
one command into fd0 of the next command
.
But these are just conventions, and programs are free to use additional
file descriptors or even ignore the standard three entirely. The
childFDs
argument allows you to specify exactly what kind of files
descriptors the child process should be given.
Each child FD can be put into one of three states:
- Mapped to a parent FD: this causes the child's reads and writes to come from or go to the same source/destination as the parent.
- Feeding into a pipe which can be read by the parent.
- Feeding from a pipe which the parent writes into.
Mapping the child FDs to the parent's is very commonly used to send the child's stderr output to the same place as the parent's. When you run a program from the shell, it will typically leave fds 0, 1, and 2 mapped to the shell's 0, 1, and 2, allowing you to see the child program's output on the same terminal you used to launch the child. Likewise, inetd will typically map both stdin and stdout to the network socket, and may map stderr to the same socket or to some kind of logging mechanism. This allows the child program to be implemented with no knowledge of the network: it merely speaks its protocol by doing reads on fd0 and writes on fd1.
Feeding into a parent's read pipe is used to gather output from the child, and is by far the most common way of interacting with child processes.
Feeding from a parent's write pipe allows the parent to control the
child. Programs like bc
or ftp
can be controlled this way, by
writing commands into their stdin stream.
The childFDs
dictionary maps file descriptor numbers (as will be
seen by the child process) to one of these three states. To map the fd to
one of the parent's fds, simply provide the fd number as the value. To map
it to a read pipe, use the string r
as the value. To map it to a
write pipe, use the string w
.
For example, the default mapping sets up the standard stdin/stdout/stderr pipes. It is implemented with the following dictionary:
1
childFDs = { 0: "w", 1: "r", 2: "r" }
To launch a process which reads and writes to the same places that the parent python program does, use this:
1
childFDs = { 0: 0, 1: 1, 2: 2}
To write into an additional fd (say it is fd number 4), use this:
1
childFDs = { 0: "w", 1: "r", 2: "r" , 4: "w"}
ProcessProtocols with extra file descriptors
When you provide a childFDs
dictionary with more than the normal
three fds, you need addtional methods to access those pipes. These methods
are more generalized than the .outReceived
ones described above.
In fact, those methods (outReceived
and
errReceived
) are actually just wrappers left in for
compatibility with older code, written before this generalized fd mapping was
implemented. The new list of things that can happen to your ProcessProtocol
is as follows:
.connectionMade
: This is called when the program is started..childDataReceived(childFD, data)
: This is called with data that was received from one of the process' output pipes (i.e. where the childFDs value wasr
. The actual file number (from the point of view of the child process) is inchildFD
. For compatibility, the default implementation of.childDataReceived
dispatches to.outReceived
or.errReceived
whenchildFD
is 1 or 2..childConnectionLost(childFD)
: This is called when the reactor notices that one of the process' pipes has been closed. This either means you have just closed down the parent's end of the pipe (with.transport.closeChildFD
), the child closed the pipe explicitly (sometimes to indicate EOF), or the child process has terminated and the kernel has closed all of its pipes. ThechildFD
argument tells you which pipe was closed. Note that you can only find out about file descriptors which were mapped to pipes: when they are mapped to existing fds the parent has no way to notice when they've been closed. For compatibility, the default implementation dispatches to.inConnectionLost
,.outConnectionLost
, or.errConnectionLost
..processEnded(status)
: This is called when the child process has been reaped, and all pipes have been closed. This insures that all data written by the child prior to its death will be received before.processEnded
is invoked.
In addition to those methods, there are other methods available to influence the child process:
self.transport.writeToChild(childFD, data)
: Stuff some data into an input pipe..write
simply writes to childFD=0.self.transport.closeChildFD(childFD)
: Close one of the child's pipes. Closing an input pipe is a common way to indicate EOF to the child process. Closing an output pipe is neither very friendly nor very useful.
Examples
GnuPG, the encryption program, can use additional file descriptors to accept a passphrase and emit status output. These are distinct from stdin (used to accept the crypttext), stdout (used to emit the plaintext), and stderr (used to emit human-readable status/warning messages). The passphrase FD reads until the pipe is closed and uses the resulting string to unlock the secret key that performs the actual decryption. The status FD emits machine-parseable status messages to indicate the validity of the signature, which key the message was encrypted to, etc.
gpg accepts command-line arguments to specify what these fds are, and then assumes that they have been opened by the parent before the gpg process is started. It simply performs reads and writes to these fd numbers.
To invoke gpg in decryption/verification mode, you would do something like the following:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
class GPGProtocol(ProcessProtocol): def __init__(self, crypttext): self.crypttext = crypttext self.plaintext = "" self.status = "" def connectionMade(self): self.transport.writeToChild(3, self.passphrase) self.transport.closeChildFD(3) self.transport.writeToChild(0, self.crypttext) self.transport.closeChildFD(0) def childDataReceived(self, childFD, data): if childFD == 1: self.plaintext += data if childFD == 4: self.status += data def processEnded(self, status): rc = status.value.exitCode if rc == 0: self.deferred.callback(self) else: self.deferred.errback(rc) def decrypt(crypttext): gp = GPGProtocol(crypttext) gp.deferred = Deferred() cmd = ["gpg", "--decrypt", "--passphrase-fd", "3", "--status-fd", "4", "--batch"] p = reactor.spawnProcess(gp, cmd[0], cmd, env=None, childFDs={0:"w", 1:"r", 2:2, 3:"w", 4:"r"}) return gp.deferred
In this example, the status output could be parsed after the fact. It could, of course, be parsed on the fly, as it is a simple line-oriented protocol. Methods from LineReceiver could be mixed in to make this parsing more convenient.
The stderr mapping (2:2
) used will cause any GPG errors to be
emitted by the parent program, just as if those errors had caused in the
parent itself. This is sometimes desireable (it roughly corresponds to
letting exceptions propagate upwards), especially if you do not expect to
encounter errors in the child process and want them to be more visible to
the end user. The alternative is to map stderr to a read-pipe and handle any
such output from within the ProcessProtocol (roughly corresponding to
catching the exception locally).


--- layout: post title: Top 7 iPad Apps for Teachers date: 2011-10-04 05:01:42.000000000 -07:00 type: post parent_id: '0' published: true pd: '' status: publish categories: - Classroom Talk - Guest Posts - Technology tags: - computers in the classroom - iPad - iPad apps - iPad Apps for teachers - iPads for teachers - teaching technology author: login: k email: k@k display_name: mcary first_name: '' last_name: '' ---
Guest Post By:Maria Rainier
With more and more consumers tapping into the iPad app market, there are various different iPad apps that have been created specifically for teachers who are hoping to integrate their favorite new technological device into their classrooms.
As a matter of fact, there are numerous different apps that could not only make educating students a lot easier, it could also make learning more entertaining as well.
If you own your own iPad and you’re looking around for some apps that you could use in your own classroom, here are seven different iPad apps every teacher should be aware of:
With this iPad app you can easily keep track of your classroom attendance and even your student’s grades with one simple tap. You can even use the app to keep track of the behavior of your students, and you can create a profile for each student and include important information like learning difficulties or allergies.
This iPad app has a built-in accelerometer so it transforms the motions of your hand into mouse movements, which is ideal for when you give classroom presentations on a whiteboard.
If you like to assign students with essays on a regular basis, then this iPad app is a must. Use the app to go through a checklist of criteria so you can properly grade each essay assignment, and you can also use the app to export the file to your computer and then e-mail it to your students as well.
Use this app to create simple diagrams, graphics and charts that you can use during a lecture. It may come at a hefty price ($49.99 to be exact), but it is well worth the cost if you like to spend some time designing your own charts and graphics for your students.
Although this app tends to be used more by students, it can also be used by teachers as well. If you teach more than one subject you can easily keep track of any assigned tests, quizzes or assignments and then import any important dates into your iPad calendar.
With this app you can easily display any PDF files, websites, or even personalized graphics and drawings that you created yourself onto a classroom whiteboard.
Some of the many handy features included in this iPad app include randomized work groups, suggestions for grades and there is also a feature so you can save comments about your students as well.
Bio:
Maria Rainier is a freelance writer and recent graduate of Elon University. She is currently a resident blogger at an online degree resource site, where recently she’s been researching her theology degree online and blogging about student life. In her spare time, she enjoys square-foot gardening, swimming, and avoiding her laptop.


9. Linkedlist
The linkedlist functions manipulate a sigularly linked list of data pointers.
Example 4. Inserting and Enumerating Elements in a List
The following example illustrates how to insert and iterate over elements in a linkedlist(3m):
#include <stdlib.h>
#include <stdio.h>
#include <mba/linkedlist.h>
int
main(int argc, char *argv[])
{
struct linkedlist list;
int i;
iter_t iter;
const char *elem;
linkedlist_init(&list,
0, /* no size limit */
NULL); /* use standard library allocator (malloc) */
for (i = 1; i < argc; i++) {
linkedlist_insert_sorted(&list,
cmp_text, /* simple text comparison */
NULL, /* cmp_text does not use a context object */
NULL, /* do not replace equal elements */
argv[i]);
}
linkedlist_iterate(&list, &iter);
while ((elem = linkedlist_next(&list, &iter))) {
printf("%s\n", elem);
}
linkedlist_deinit(&list, NULL, NULL);
return EXIT_SUCCESS;
}
$ ./t carbon silicon germanium carbon
carbon
carbon
germanium
silicon
9.1. Memory management functions
These functions should be used to manage linkedlist objects.
The linkedlist_init function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_init(struct linkedlist *l, unsigned int max_size, struct allocator *al);
Description
The linkedlist_init function initializes a linkedlist object. The linkedlist will accepts no more than max_size items. If max_size is zero the list will accept no more than MAX_INT items. Memory for list elements will be allocated from the allocator al. It may be necessary to call linkedlist_deinit to release memory from the allocator al.
Returns
The linkedlist_init function returns -1 if sets errno to an appropriate value if the operation failed or 0 if the list was successfully initialized.
The linkedlist_deinit function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_deinit(struct linkedlist *l, del_fn data_del, void *context);
Description
The linkedlist_deinit function calls the data_del function if it is not NULL with each data pointer in the list and the context parameter context and then releases memory allocated for list elements.
Returns
The linkedlist_deinit function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the list was successfully deinitialized.
The linkedlist_new function
Synopsis
#include <mba/linkedlist.h>
struct linkedlist *linkedlist_new(unsigned int max_size, struct allocator *al);
Description
Returns
The linkedlist_new function allocates memory from the allocator al, initializes it with the linkedlist_init function and returns a pointer to the a new linkedlist object. If memory for the linkedlist cannot be allocated a null pointer is returned and errno is set appropriately.
The linkedlist_del function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_del(struct linkedlist *l, del_fn data_del, void *context);
Description
The linkedlist_del function deinitializes the list l with the linkedlist_deinit function before freeing l itself.
The linkedlist_clear function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_clear(struct linkedlist *l, del_fn data_del, void *context);
Description
The linkedlist_clear function clears the list of all elements. If the data_del function is not NULL it will be called with the context argument and each data pointer in the list before releasing memory for list elements.
9.2. List functions
The linkedlist_add function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_add(struct linkedlist *l, void *data);
Description
The linkedlist_add function appends a data pointer to the end of the list. If the list has max_size elements, -1 is returned and errno is set to ERANGE.
Returns
The linkedlist_insert function returns 0 if the operation was successful and -1 if an error occurred in which case errno will be set appropriately.
The linkedlist_insert function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_insert(struct linkedlist *l, unsigned int idx, void *data);
Description
inserts a data pointer before the item at idx. If
idx equals the size of the list, the data pointer will
be appended to the list.
Returns
The linkedlist_insert function returns 0 if the operation was successful and -1 if an error occurred in which case errno will be set appropriately.
The linkedlist_insert_sorted function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_insert_sorted(struct linkedlist *l,
cmp_fn cmp,
void *context,
void **replaced,
const void *data);
Description
The linkedlist_insert_sorted function inserts the data pointer data into the linked list l in a position determined by the comparison function cmp which is defined as follows:
typedef int (*cmp_fn)(const void *object1, const void *object2, void *context);
This function will be called repeatedly with the new data pointer and each data pointer in the list until the insertion is complete or an error occurs. The context parameter is passed as-is. The following describes the outcome of the insertion based on the return value of the cmp_fn:
- > 0 - No operation is performed. The next data element in the list is compared.
- == 0 - If the replaced parameter is not NULL the replaced data pointer is assigned to it, removed from the list, and the new pointer is inserted in it's place. If the replaced parameter is NULL the new data pointer is inserted before the equal element.
- < 0 - The new data pointer is inserted before the compared element.
Returns
The linkedlist_insert_sorted function returns 0 if the operation was successful and -1 if an error occurred in which case errno will be set appropriately.
The linkedlist_is_empty function
Synopsis
#include <mba/linkedlist.h>
int linkedlist_is_empty(const struct linkedlist *l);
Description
The linkedlist_is_empty function returns non-zero if the list is empty and zero if it is not empty.
The linkedlist_size function
Synopsis
#include <mba/linkedlist.h>
unsigned int linkedlist_size(const struct linkedlist *l);
Description
The linkedlist_size function returns the number of items in the list.
The linkedlist_get function
Synopsis
#include <mba/linkedlist.h>
void *linkedlist_get(const struct linkedlist *l, unsigned int idx);
Description
The linkedlist_get function retrieves an item from the list by index. If elements are accessed forward-sequentially each call is an O(1) operation.
Returns
The linkedlist_get function returns the data pointer being retrieved. If the specified idx was out of range, a null pointer is returned and errno is set to ERANGE.
The linkedlist_get_last function
Synopsis
#include <mba/linkedlist.h>
void *linkedlist_get_last(const struct linkedlist *l);
Description
The linkedlist_get_last function returns the last data pointer int the list or a null pointer if the list is empty.
The linkedlist_iterate function
Synopsis
#include <mba/linkedlist.h>
void linkedlist_iterate(void *l, iter_t *iter);
Description
Enumerate each element in the list. The linkedlist_iterate function initializes the iter object to point to the first item in the list. Each subsequent call to linkedlist_next returns the next element in the list or NULL if all elements have been enumerated. The elements are returned in order.
Because linkedlist uses an element index for the state of an interator, after a data object returned by linkedlist_next is removed a subsequent call to linkedlist_next will skip an element. Therefore, to remove elements during iteration, linkedlist_get should be used instead. This will have no performance impact as sequential access is O(1) optimized.
To enumerate each element in a list the following code might be used:
iter_t iter;
linkedlist_iterate(lst, &iter);
while ((el = linkedlist_next(lst, &iter))) {
/* use el */
}
The linkedlist_next function
Synopsis
#include <mba/linkedlist.h>
void *linkedlist_next(void *l, iter_t *iter);
Returns
The linkedlist_next function returns the next data pointer in the list or NULL if all elements have been enumerated.
The linkedlist_remove function
Synopsis
#include <mba/linkedlist.h>
void *linkedlist_remove(struct linkedlist *l, unsigned int idx);
Description
The linkedlist_remove function removes the data pointer at idx from the list. Please refer to the description of linkedlist_iterate for important information regarding the removal of elements during an iteration.
Returns
The linkedlist_remove function returns the data pointer removed from the list.
The linkedlist_remove_data function
Synopsis
#include <mba/linkedlist.h>
void *linkedlist_remove_data(struct linkedlist *l, const void *data);
Description
The linkedlist_remove_data function removes the data pointer data from the list l. Note that if the key is not returned or freed -- that operation must be performed independantly if necessary. Also, please refer to the description of linkedlist_iterate for important information regarding the removal of elements during an iteration.
Returns
The linkedlist_remove_data function returns the data pointer removed from the list.
The linkedlist_remove_last function
Synopsis
#include <mba/linkedlist.h>
void *linkedlist_remove_last(struct linkedlist *l);
Description
The linkedlist_remove_last function removes the last data pointer in the list.
Returns
The linkedlist_remove_last function returns the data pointer removed from the list.
Copyright 2002 Michael B. Allen <mba2000 ioplex.com>


| Home | Libraries | People | FAQ | More |
One of the following must always be set for perl regular expressions:
对于perl正则表达式，下面之一必须被设置：
|
Element 元素 |
Standardized 标准化 |
Effect when set 设置后的作用 |
|---|---|---|
|
ECMAScript |
Yes |
Specifies that the grammar recognized by the regular expression
engine uses its normal semantics: that is the same as that given
in the ECMA-262, ECMAScript Language Specification, Chapter 15
part 10, RegExp (Regular Expression) Objects (FWD.1).
This is functionally identical to the Perl
regular expression syntax.
Boost.Regex also recognizes all of the perl-compatible |
|
perl |
No |
As above. |
|
normal |
No |
As above. |
|
JavaScript |
No |
As above. |
|
JScript |
No |
As above. |
The following options may also be set when using perl-style regular expressions:
使用perl风格正则表达式时下面选项同样可以被设置：
|
Element 元素 |
Standardized 标准化 |
Effect when set 设置后的作用 |
|---|---|---|
|
icase |
Yes |
Specifies that matching of regular expressions against a character
container sequence shall be performed without regard to case. |
|
nosubs |
Yes |
Specifies that when a regular expression is matched against a
character container sequence, then no sub-expression matches
are to be stored in the supplied |
|
optimize |
Yes |
Specifies that the regular expression engine should pay more
attention to the speed with which regular expressions are matched,
and less to the speed with which regular expression objects are
constructed. Otherwise it has no detectable effect on the program
output. This currently has no effect for Boost.Regex. |
|
collate |
Yes |
Specifies that character ranges of the form |
|
newline_alt |
No |
Specifies that the \n character has the same effect as the alternation
operator |. Allows newline separated lists to be used as a list
of alternatives. |
|
no_except |
No |
Prevents |
|
no_mod_m |
No |
Normally Boost.Regex behaves as if the Perl m-modifier is on:
so the assertions ^ and $ match after and before embedded newlines
respectively, setting this flags is equivalent to prefixing the
expression with (?-m). |
|
no_mod_s |
No |
Normally whether Boost.Regex will match "." against
a newline character is determined by the match flag |
|
mod_s |
No |
Normally whether Boost.Regex will match "." against
a newline character is determined by the match flag |
|
mod_x |
No |
Turns on the perl x-modifier: causes unescaped whitespace in
the expression to be ignored. |
|
no_empty_expressions |
No |
When set then empty expressions/alternatives are prohibited. |
|
save_subexpression_location |
No |
When set then the locations of individual sub-expressions within
the original regular expression string can
be accessed via the |


CKEditor v4 & Vue.js v2
Playing around with a custom Vue CKEditor component.
CKEditor's Content
LIVE
CKEditor's HTML
LIVE


| Sl. No | User Name | Email ID | Phone | Completed Trips | Canceled Trips | Rejected Trips | Scheduled Trips | Ongoing Trips | View | Activate/ Deactivate | Delete |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | Anamika |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 1 | View All Trips | Delete | |
| 2 | Aaron |<EMAIL_ADDRESS>| +971 553355989 | 45 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 3 | Adrian |<EMAIL_ADDRESS>| +971 553355989 | 8 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 4 | Bennet |<EMAIL_ADDRESS>| +971 553355989 | 23 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 5 | Calvin |<EMAIL_ADDRESS>| +971 553355989 | 5 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 6 | Daniel |<EMAIL_ADDRESS>| +971 553355989 | 17 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 7 | Donald |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 8 | Felix |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 9 | Gerald |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 10 | Jesse |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 11 | Kent |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 12 | Lewis |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete | |
| 13 | Manuel |<EMAIL_ADDRESS>| +971 553355989 | 12 | 2 | 3 | 3 | 0 | View All Trips | Delete |


Grand Master Hannavalt:
The calling I refer to may only be answered by a Knight. You should seek another guide.
(This quest may only be undertaken by Knights, Elven Knights, or Palus Knights of level 35 or higher.)


This is a Proxy Server demonstration. Open the console to see a failed cross-origin request to an external API and then a working request which uses our "proxy" server-side


{% extends "term/base.html" %} {% load crispy_forms_tags %} {% block title %} User Login {% endblock %} {% block body %}
There's something wrong with what you entered!
Hey, you can't access that page.
Create an Account


—-
Nooks Krannie is a girl and poet. She tumbls at http://nkrannie.tumblr.com/ and instagrams @nookskrannie.


My Journey
Born in Spokane Valley Washington, I made the decision to relocate to the Greater Seattle area in 2012. Since then, I have fallen in love with the Puget Sound. From the water and mountain views down to city skyline, the dynamic culture of the Puget Sound area has everything you could ask for. Since moving to the area, I have the wonderful opportunity to meet some fantastic people and be part of some incredible organizations. I hope to continue to build upon that as I continue to grow and develop both personally and professionally.
Education
Bachelor in Communications with a minor in Business Administration from Eastern Washington University
Work Experience
- Zillow Group - Business Consultant on Mortgage Team
- Allstate Insurance - Sr. Account Representative
- Continuant - Account Executive
- Cerium Networks - Sales Support Specialist
Goals
To find a company where I can have a positive impact on not simply innovating technologies, but on the overall team dynamic as well in creating lasting relationships. While working in telecom I've had the opportunity to be the "voice" of creating technologically efficient solutions and look forward to getting more hands on in my new endeavors. I've also gained first hand experience on what it's truly like to #MoveFast and #ThinkBig while working for Zillow and look forward to applying those principles in a different capacity. My goal is to take that combined experience and knowledge base and apply it into the back end development of an organization in optimizing their capabilities to have a greater impact on their consumer base and community.
Top Ten Favorite Movies
- Old School
- Step Brothers
- Dune
- The Girl Nextdoor
- Scarface
- Star Wars Episode III: Revenge of the Sith
- Avengers: Infinity War
- Training Day
- Wedding Crashers
- The Break-up


June 5th, 2020
With my new insta, I decided to do my first song challenge where I have to put a new song every day, which matches that day’s description. Here we go!
Also, here is the original story reel (instagrame is gone).
|
NOTE
|
It can take a hot second to load all the embeds! Some songs are not available (???), though the track IDs are all correctly entered. I will also add the name of the song in the text so you can see what it was |
Blue Moon by Frank Sinatra
One More Time by Daft Punk (💌)
Bullets by Archive
Thrift Shop by Macklemore & Ryan Lewis
Sway by Michael Bublé
Rebel Yell by Billy Idol
Nightcall by Kavinsky
Sex & Candy by Marcy Playground
Feel by Robbie Williams
Por una Cabeza by Horacio Rivera
Living in the Shadows by Matthew Perryman Jones
Stayin' Alive by Bee Gees
Mr. Blue Sky by Electric Light Orchestra
Unchained Melody by The Righteous Brothers
Amish Paradise by "Weird Al" Yankovic
Girl, You’ll Be a Woman Soon by Urge Overkill (real shame this one is unavailable, please listen to it if you can find a chance)
Let’s Ride Into the Sunset Together written by Tony Vice and Jerry Burnham, and performed by the Lost Weekend Western Swing Band, with vocals by Don Burnham and Patty Kistner.
Gimme More by Britney Spears (I really thought this was from 2000, it’s actually from 2007)
Within by Daft Punk
Digital Love by Daft Punk
With Every Heartbeat
Perfect Day by Lou Reed
Supreme by Robbie Williams
Money, Money, Money by ABBA
They Don’t Care About Us by Michael Jackson
Something About Us by Daft Punk
Por una Cabeza by Horacio Rivera
Straight-up missed this one. Oh well
Really couldn’t come up with this one. Wasn’t much of a music listener back in the ol' days ¯\\_(ツ)_/¯
Veridis Quo by Daft Punk ◼


This example demonstrates how to animate an element's position with a control point to create a curved path.
Click anywhere to start animation.


RNA stored using RT-QPCR swabs water samples SARS-CoV- SeeGene kit detected medium extracted molecular performed positive Hanks amplification saline swab values water. Figure dilutions following used viral direct directly genes standard storage Results UTM extraction media Altona Download bar deviation. diluted graphs plotted gene new (SeeGene_RNA; Open View data-hide-link-title=""> data-icon-position="" detection dot figure gene) grade methods represents sample tab -nCoV Altona’s Cts Detection RT-PCR Samples additional inhibitor number patients ;Detection Allplex™ PCR RealStar SeeGene’s Seegen[[#x]]s Seegen’s Serial Swabs compared corresponding cycles different genes) means medium. method patient. reaction solution testing


Because working with user behaviors is not a matter of technique, but of human thinking. Tastee have been made to allow anyone to write its own automated test scenarios in a very simple manner.
In fact, most of the tools made for BDD allow you to write your own scenarios in your own design specific language (DSL) , but at the end, you still need developer's skills to automate them and being able to run them. We believe Tastee will help you to go deeper in this methodology by taking care of this technical part
Indeed, Tastee starts with a "Browser Specific Language" since, as a website user, you are first a browser user.
In your browser, your actions are limited to very simple instructions like "Going to a website', 'Clicking on buttons or links", "Checking some contents", ...
Then, by combining these simple instructions, you creates more complex ones like "Connect using a user and password" and so on ...
Go to the Login Page
Fill the fields
Click on button
Connect using $user and $password
At the end, by combining all these instructions, you'll be able to open an infinite world of testing behavior that can be enhanced by the community.
To begin to describe the behavior of your applications, simply download the editor and start using it ! directly!
 With Tastee, you are self-employed to write and execute your own behavioral tests.
The editor and its engine are open sourced.
You can help the community by completing and publishing "Browser Specific Language" in your own language.
Developers can provide help on languages and tools
It's very simple, just download the executable according to your operating system and launch:
The documentation is described here.
Tastee comes with a Text Editor that allows you to write HTML files that can be executed on different browsers like Chrome and / or Firefox.
You have the possibility to customize these HTML files that we have called Tastee Files. These Tastee files are then integrated into a test report once their executions are completed, giving you the possibility to include logos, schemas and any other HTML features.
To improve readability of Tastee Files, you can create your own Instructions, based on the other ones, extract variables that might not be readable enough, and reuse them in any of yours.
A good starter, would be to use the "common" instructions shared by the community :


<lcChallenge>
The <lcChallenge>
refers to what it is that you want the student to
practice. For example, if you're studying network diagrams, and challenge might be "see if
you can put this network into its proper sequence" or "see if you understand this network
flow".
Category: Learning and training: common content elements


miXGENE is a public web tool for automated learning from heterogeneous omics measurements (mRNA, miRNA, methylation) that makes use of prior knowledge (gene interactions, gene sets, miRNA targets). The resulting models and markers match the actual measurements as well as the relationships among biological entities recorded in curated biological databases. The tool provides the principal means for the user-friendly discovery of dedicated models in particular domains. It represents the platform for assembly, development, comparison and eventual dissemination of the methods for joint analysis of omics data.
Main features
- Integrated analysis of mRNA, miRNA and epigenetic data.
- Development of predictive models (support vector machines, decision trees, nearest neighbour search) that best distinguish among user-supplied sample classes.
- Detection of markers (biological modules based on prior knowledge such as miRNA regulations, pathways or gene ontology terms).
- Automated utilization of genomic knowledge during model creation and generation of biomarkers.
- Visualization and data understanding in terms of principal component analysis.
- Automated integration of heterogeneous measurement platforms.
- Smooth search and import of expression samples from NCBI GEO as well as the import of user data.
- Free and easy registration and further utilization.
- The results are all yours, the computational burden is all ours.


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Articles - Photo 3
Warrington Support Group Members Contribution to the Open Mic at the BSA Conference
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SCOPE Data Service
Dashboard
Services
{% for tag in service_tags %}
{{tag}}
{% endfor %}
External Services
{% if ext_services %} {% for servicetag, servicevalues in ext_services.items() %}
{{servicetag}}
{% endfor %} {% endif%}
Service Registration
Registration
Admin
Profile
Settings
Activity Log
Logout
{% block subtitle %}{% endblock %}
{% block content %}{% endblock %}
Ready to Leave?
×
Select "Logout" below if you are ready to end your current session.


Visualizing Test Results top
The visualization tab allows you to playback a simulation and see the current state of each sensor over time. The visualization tab is only available in test reports of completed cloud simulations. For local simulations, you can use an interactive visualizer tool on the autonomous driving system side such as RViz for ROS or cyber_visualizer for Apollo.
To navigate to the visualizer from Test Results,
- Select
View
for a test result. - If there are multiple vehicles, select a vehicle.
- Select the
Visualization
tab.
Note: Only Apollo-based recordings are currently supported by cloud simulations and the visualizer.
The visualization section breaks down into the following features:
Viewer top#
The primary feature of the Visualization Tab is the Viewer which creates a rendering of available sensor data to aid inspecting the results of a simulation.
- LiDAR is rendered as dots ranging from white to red illustrating the altitude relative to the ground.
- Detected obstacles are rendered enclosed in a blue box with labels above them.
- Trajectories are rendered as a wide line at ground level indicating the planned route for the vehicle.
Each sensor can be enabled or disabled using the Sensor Menu to aid in focusing on specific results.
Full Screen Mode top#
The Viewer can switch to full screen mode using the full screen button to gain more space to view the visualization and widgets. Pressing the Escape
key or clicking the full screen button a second time will exit full screen.
Camera Angles top#
- Perspective - The camera is positioned above and behind the vehicle. Pan, tilt, zoom, and rotate are all available.
- Driver - The camera is fixed at the front of the vehicle. Only rotate is available.
- Top down - The camera is fixed above the vehicle looking down. Pan, zoom, and rotate are available.
Pan / Tilt / Zoom / Rotate top#
The camera position can be further refined by panning, tilting, zooming, or rotating if supported by the current camera angle.
- To pan or tilt, click and drag within the viewer.
- To zoom, hold Control (Command on Mac) and scroll with the scroll wheel within the viewer.
- To rotate, hold Control (Command on Mac), click, and drag within the viewer.
To recenter the viewer after panning or rotating, click the recenter button. Note that zoom and tilt values are maintained when re-centering.
Sensor Menu top#
The Sensor menu contains a list of all available sensors for the selected vehicle in this simulation. They are arranged in a tree based on the full name of the sensor from the simulation. Branches of the tree can be collapsed or expanded using the triangle icon.
If the sensor can be visualized in the viewer, selecting the sensor will toggle it on and off in the viewer. When the sensor is visible, the eye icon will be green. To view the details of the sensor at the current time, click the message icon to display the Message Widget. When the widget is visible, the message icon will be green.
If the sensor cannot be visualized in the view, selecting the sensor will toggle a widget for that sensor. When the widget is visible, the widget icon will be green.
Hiding the sensor menu top#
The Sensor menu can be hidden using the close button to reveal more of the viewer. When hidden, the menu is collapsed to a menu icon. To expand the menu, click the menu icon.
Playback Control top#
The playback control manages the playback of the simulation results. The control consists of the following components:
- A slider component which can be selected or dragged to move to a specific time of the simulation.
- Tick labels above the slider which indicate the time relative to the start of the simulation.
- The play/pause button which toggles automatic playback of the simulation at the current time.
- The simulation time which displays the current time according to the simulation's time.
- The lookahead slider allows selection of the amount of time, in seconds, to display lookahead predictions if supported by the simulation.
Widgets top#
Each sensor can be further visualized with floating widgets displayed on top of the viewer. By default, all widgets are hidden but may be shown by selecting the eye icon from the sensor menu. Once displayed, each widget may be moved, resized, and closed.
- To move a widget, click and drag anywhere where the cursor changes to the move icon.
- To resize a widget, click and drag from the lower right corner of the widget.
- To close a widget, click the close button in the upper right corner of the widget.
To view a different sensor in an open widget, click the sensor name in the title bar which will open a dropdown menu. This menu will only include sensors that can be displayed in the current widget. Typing part of the desired sensor's name will filter the dropdown to only those that match the entered text.
Camera Widget top#
The camera widget displays the image captured by a camera sensor at the current playback time.
Meter Widget top#
The meter widget includes a gauge component that displays a numeric value within a predefined range. The range and unit of the value are pre-configured by the simulator. This widget is used for data streams like the current velocity or acceleration.
Note: The meter widget does not support resizing.
Message Widget top#
The message widget displays the data for the selected sensor at the current playback time. The data is presented as a tree which can be expanded or collapsed using the triangle icon. The entire tree can be expanded or collapsed using the expand button in the title bar. The data, in JSON format, may also be copied to the clipboard using the clipboard icon in the title bar.
Note: Because the content of the widget is selectable, you must click and drag the border around the message in order to move the widget.
Callbacks top#
Callback events are categorized as one-time events during a test case that either affect the ego vehicle, or that the ego vehicle causes in the environment. The following types of events are supported:
- Collision involving ego (EgoCollision)
- Speed limit violation (SpeedViolation)
- Sudden braking (SuddenBrake)
- Sudden steer (SuddenSteer)
- Low simulation performance (LowFPS)
The occurrence of at least one of these events will cause a simulation to be evaluated as "Failed".
For each callback event, the returned information is reported, including the simulation time at which the event occurred.
Selecting the eye
icon will cause the visualization to seek to the time of the event in order to view the state of each sensor at that time.
EgoCollision top#
A collision involving an ego vehicle.
| Field | Description | Units |
|---|---|---|
| OtherType | Type of agent with which ego collided | NPC|Pedestrian|Obstacle |
| EgoVelocity | Velocity vector of ego at time at collision time | x, y, z in m/s |
| OtherVelocity | Velocity vector of agent/object at collision time | km/hr |
| EgoCollisionTotal | Number of ego collisions in the event |
SpeedViolation top#
A speed limit violation by an ego vehicle, based on the lane speed limit in the map annotations.
| Metric | Description | Units |
|---|---|---|
| Duration | Duration of speed limit violation event | time |
| Max speed | Maximum speed of ego vehicle during event. | m/s |
| SpeedLimit | The ego lane's annotated speed limit of the HD map | m/s |
EgoStuck top#
An ego stuck event by the ego vehicle, in which the ego travels a threshold distance and then stops moving for a threshold time
SuddenBrake top#
A sudden braking event by the ego vehicle, in which it exceeds a threshold deceleration value.
SuddenSteer top#
A sudden steering event by the ego vehicle, in which absolute magnitude of steering angle exceeds a threshold value.
LowFPS top#
A low simulation performance to indicate that results may not be accurate due to sufficiently low framerate during simulation on the cluster.


Home
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Navigate by using the toolbar above or by clicking on the links below.
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© Johns Hopkins Applied Physics Laboratory 2010


ALIEN 3 A film review by Terry Gaasterland Copyright 1992 Terry Gaasterland
ALIEN 3 tarring Sigourney Weaver, directed by David Fincher, with a story written by Vincent Ward and a screenplay by David Giler, Walter Hill, and Larry Ferguson is a disappointment in every cinematic sense. Rated R.
My recommendation: No matter how much you enjoyed ALIEN and ALIENS, stay away from this movie. If your curiousity about Ripley's fate is going to drive you nuts until you see it, wait until it comes to the $1.49 theatres.
ALIEN 3 tells of one more encounter between Lieutenant Ripley (Weaver) and The Alien. The movie opens with a very well done sequence of shots interleaving long, silent views of space and stars with quick, sharp shots of fire breaking out in a ship containing Ripley and her cohorts. Unfortunately, the visual drama of the interleaved shots is interrupted by endless film credits. The four travelers lie in hyperstasis as crisis breaks out around them. Their life-sustaining units automatically slide into an escape vehicle and plummet to the surface of a nearby planet.
The rest of the movie is unbearably predictable. Ripley learns that the Alien has also landed on the planet. Together with her and about twenty dangerous convicts, it lurks in a massive, heavy, dark, wet, moldy, underground refinery. The convicts have adopted a religious fanaticism as a way of controlling their inner drives. They consider Ripley to be a destablizing force. Unfortunately, their resentment and prejudice toward her is two-dimensional and bland. For the remainder of the movie (the remaining hour and a half), we follow Ripley as she challenges the warden of the convicts, tries to convince everyone that the alien is a dangerous entity, and then organizes an alien hunt through the dimly lit ductwork and tunnels of the refinery. Ripley's character is central to the movie. Yet she remains lifeless, glamorless, and drab. Her charisma, so strong in ALIEN and ALIENS, is disturbingly absent. As she moves through the movie, one almost does not care what is happening to her.
The camera work of the chase is interesting. The camera follows the point of view of the alien. The alien has a tendency to run around on the ceiling during the chase, so the picture flips up and down and around in a compelling manner. Unfortunately, this one clever technicality fails to carry a long, drawn-out, repetitious, sometimes confusing scene.
(Hit 'n' now if you want to avoid minor spoilers)
The only interesting character, the medic who cares for Ripley as she emerges from hyperstasis, meets an early end. The other character with potential, the religious leader of the convicts fails to be charming, appealing, or inspiring in any way. The plot development is so confused that when he finally sacrifices himself for the good of all, it is unclear why it is necessary and why Ripley does not join him.
The thread of action looses sense many times as the movie unfolds. Several times, one has no idea what just happened or why. When the prison warden is looking at a CAT scan of Ripley's head, we are supposed to be horrified at what we see, as he describes it to Ripley, but the horrifying sight is impossible to pick out. The audience sits confused, peering at the screen as the warden announces the worst to Ripley.
(Hit 'n' now if you want to avoid a slightly bigger spoiler)
Ripley's final sacrifice is utterly melodramatic, predictable and boring. The outspread arms in the symbol of the cross falling into the fire project a lame image. Instead of emanating noble self-immolation, the falling body seems pitiful.
In summary, wait until a friend rents the movie and watch it for free -- with the Sunday paper in hand for the long, boring parts.
.
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


URL Test Page
This is a regular page that updated the url with a different value than was requested.


Ph.<PHONE_NUMBER> Fax<PHONE_NUMBER> Mob<PHONE_NUMBER>
E-Mail<EMAIL_ADDRESS>Web www.rudyagro.ca
Date : {{quote.quote.createdAt | date:'MMMM dd,yyyy'}}
Broker Name {{quote.quote.brokerId.businessName}}
Current USD/CAD {{quote.currency.currencyCADUSD}}
Currency {{quote.currency.currencyUpdate}}
Market Update : {{quote.weather ? quote.weather.weather :'N/A'}}
We are pleased to provide you with the following price indications updates based on todays date, subject to reconfirmation by Rudy Agro Ltd. Prices in {{quote.quote.currency}}
| COMMODITY | GRADE | Shipping Period | Crop Year | Quantity Available |
{{col.shippingtermsId.term}} {{quote.quote.commission ? quote.quote.commission :'' }} {{col.destinationPort}} {{col.bagId.name}} |
|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| {{row.commodityId.commodityName}} | {{row.gradeId.gradeName}} | {{row.shippingPeriod | trim :3}} | {{row.cropYear}} | {{row.quantity}} | ${{row.one | roundOff :2}} | ${{row.two | roundOff :2}} | ${{row.three | roundOff :2}} | ${{row.four | roundOff :2}} | ${{row.five | roundOff :2}} | ${{row.six | roundOff :2}} | ${{row.seven | roundOff :2}} | ${{row.eight | roundOff :2}} |


- apply(Supplier<T>) - Static method in interface io.trane.future.Future
-
Creates a future with the result of the supplier.
- apply(ExecutorService) - Static method in class io.trane.future.FuturePool
-
Creates a new future pool.
- apply(Collection<? extends InterruptHandler>) - Static method in interface io.trane.future.InterruptHandler
-
Creates an interrupt handle that calls multiple handlers.
- apply(InterruptHandler, InterruptHandler) - Static method in interface io.trane.future.InterruptHandler
-
Creates an interrupt handler that calls to other handlers.
- apply() - Static method in class io.trane.future.Local
-
Creates a new local value.
- apply(List<? extends InterruptHandler>) - Static method in class io.trane.future.Promise
-
Creates a promise that triggers the provided handlers in case it receives an interrupt.
- apply(InterruptHandler) - Static method in class io.trane.future.Promise
-
Creates a promise that triggers the provided handler in case it receives an interrupt.
- apply() - Static method in class io.trane.future.Promise
-
Creates a promise without an interrupt handler.
- apply(InterruptHandler, InterruptHandler) - Static method in class io.trane.future.Promise
-
- apply(Supplier<Future<T>>) - Static method in class io.trane.future.Tailrec
-
Runs the recursive future using the default batch size.
- apply(int, Supplier<Future<T>>) - Static method in class io.trane.future.Tailrec
-
Runs the recursive future using the custom batch size.
- async(Supplier<T>) - Method in class io.trane.future.FuturePool
-
Isolates the execution of the supplier on this future pool.


#include <avr/io.h>
#include <avr/iomx8.h>
#include <avr/interrupt.h>
◆ adcStartConversion()
| void adcStartConversion |
( |
void |
| ) |
|
When the adcStartConversion() function is called, a logic 1 is written to the ADSC bit in the ADCSRA register and new analog-digital conversion is started.
◆ i2cStatus()
| uint8_t i2cStatus |
( |
void |
| ) |
|
The i2cStatus() function returns prescaled current state of the I2C.
- Returns
- byte containing the status
◆ ISR() [1/2]
This interrupt service routine is called when the TWI vector is set. It sends the appropriate data through the I2C and starts new conversion after all.
◆ ISR() [2/2]
This interrupt service routine is called when the ADC vector is set. It stores the converted value, switches the ADC input to the other sensor and invokes new conversion if needed.
◆ main()
The main function. It sets everything up, starts first AD conversino and then just hangs in an endless while loop.
◆ setUpADC()
The setUpADC() function is called at the beginning of the program and sets up everything around the analog-gigital conversion.
◆ setUpI2C()
The setUpI2C() function is called at the beginning of the program and sets up everything around the I2C.
◆ sensorValues
An array of 2-byte variables that hold the sensor output values.
The value under [0] is from the sensor that measures the shorter distances.
The value under [1] is from the sensor that measures the larger distances.
◆ sentCounter
A counter, that counts what has been sent over I2C. Base on that, next data is sent.


Madrid, 17 January 1882
Mr. Paciano Rizal
My Dear Brother,
I received your letter of 12 November and I’m informed of its content.
From Uncle Antonio I received 50 pesos that I believe didn’t come from home and nevertheless they came at the right time for I was waiting for my December allowance. Hitherto, I thought that the last 100 pesos I received were for my winter clothing and matriculation fee.
I’m very glad that you have understood that the amount you used to send me, while more than enough for Barcelona, is not so here where expenses are double. Living economically forty pesos are enough, if clothing expenses were excluded. With this amount one can go to the theater once a week but not more often. Perhaps he may have a surplus of one or tow pesos a month if he has not had extraordinary expenses. One of the things that further deplete my money is laundry, chocolate, and coffee, because, living as I do in one house, where I’m admirably comfortable, and lunching at another, I have to take breakfast elsewhere, for they don’t give it where I lunch. With 50 pesos on is well off and still can save for bad times.
I consider it a great blessing of Providence that we have not been ruined by so many calamities, such as has occurred over there. I hope you’ll make a profit and harvest the sugar with your usual tact and good luck, because, in that way, can be fulfilled one of my wishes, which is to see you here for a year or two, and Marianito, Maneng, and the others successively. You must travel.
I intend to go to Paris or Rome in June. I don’t know yet whether I should improve further my French, which I already know fairly well, or see Rome and her monuments and learn Italian. It would be very desirable that before you come I should know how to speak French, English, and German so that we would not be fooled in our travels. For not knowing any of these languages once spends much and travels poorly.
I don’t know if you have received a letter from Sir Albert Croates, dealer in steam engines, concerning an arrangement that would turn out cheaper for you.
Be informed of the contents of my other letters.
Tell your friends -- those who have means -- that I invite their sons to come to these countries.
I should like the coming generation -- the generation that will govern and lead Calamba by the beginning of the 20th century -- to be enlightened, brilliant, intelligent, and progressive.


{% extends "base.html" %} {% block title %}Dashboard{% endblock %} {% block content %}
{{ weather.city }} ({{ weather.country }}) {{ weather.description }} {{ weather.temperature | round | int }}°F H: {{ weather.high | round | int }} / L: {{ weather.low | round | int }}


STEP 2. The starting node will appear on the canvas.
STEP 3. Right click anywhere on the canvas to create a new state.
STEP 4. Then right click on a state to create a transition, a faded arrow/transition will appear, click on the corresponding state to add transition. Afterwards you can label the transition, to create a epsilon transition enter '%' into the pop-up window.
STEP 3c. Right clicking on a state will allow you to make it a final state, and right clicking on a final state allows you make it a state non-final.
STEP 3d. Finally right clicking on state will also allow you remove it.


class Alloc
<init> |
Alloc(sim: Simulator) |
alwaysCalloc |
var alwaysCalloc: Boolean |
initialized |
var initialized: Boolean |
sentinelMetadata |
var sentinelMetadata: Int |
sim |
val sim: Simulator |
calloc |
fun calloc(nitems: Int, size: Int): Int |
free |
fun free(ptr: Int): Unit |
initialize |
fun initialize(): Unit |
malloc |
fun malloc(size: Int, calloc: Boolean = alwaysCalloc): Int |
numActiveBlocks |
Counts the number of blocks which are not free. Returns -1 if an error has occurred (aka a corrupted list) fun numActiveBlocks(): Int |
realloc |
fun realloc(ptr: Int, size: Int): Int |
getMetadata |
fun getMetadata(ptr: Int): Int |


Toggle navigation
Home
Список
Сроки
Расписание
See the classes for a particular day!
Go to the
wiki
homepage
Have any suggestion or something not right? That's cool. Feel free to open up an
issue
.


|
asm
Syntax:
asm( "instruction" ); The asm command allows you to insert assembly language commands directly into your code. Various different compilers allow differing forms for this command, such as asm { instruction-sequence } or asm( instruction ); |


--- layout: post title: "strato" permalink: /:title.html categories: - Commercial published: true ---
Stratospehere Surf Boards - AIR IS OUR SEA / dir: Tomas Franta / dop: David Hofmann / prod: CreativeEmbassy / post: Vankusik


In this fourth assignment you will investigate the social contagion in a network by implementing the networked coordination game as described this week
(see the slides of the lecture, starting from number 34)
Part 1: Use synthetic graphs
In the first part of exercise you can use the synthetic graphs available in the networkx library.
In order to see social contagion you need to generate a graph, define
the payoff matrix and select the random nodes that start the contagion. Since it can take some time to tune the parameters I recommend you to start with small
graphs. The videos below show the contagion in the ZacharyKarate Club we have discussed in class and you can start with this graph too. Unfortunately,
in the videos the shape of the graphs are different due to the function I used to draw them,
but I hope you can see that the communities are quite "strong" against social contagion.
ps. I have also tried with Erdos-Reny random graphs and with some small world graphs and it was interesting (and
fun). For producing the videos I have saved an image at each step of the algorithm and then used
the ffmpeg Linux package but I am sure you know many other tools.
The network of the Zachary Karate Club
Part 2: Use your real graph
Reuse the code developed in Part 1 and see what happens with your real graph. Have fun!


Welcome to Appweather!
AppWeather put your eyes on current weather changes across the globe.
X, Country
0°C
Day, Month
Feel like: 0 °C
Temp-max: 0 °C Temp-min: 0 °C Pressure: 0 hPa Humidity: 0 % Description:AppWeather put your eyes on current weather changes across the globe.
Day, Month
Feel like: 0 °C
Temp-max: 0 °C Temp-min: 0 °C Pressure: 0 hPa Humidity: 0 % Description:


LOGO
LOGO
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{% extends "base.html" %} {% block title %}
Medieval catalogues > SECULAR INSTITUTIONS: Secular Colleges > Fotheringhay > Memorandum on books, 3 September 1547
{% endif %}2 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


|
Embedded Artistry Framework
Embedded Systems C++ Framework
|
Definitions, functions, and classes related to GPIO devices. More...
Classes | |
| class | base |
| This class defines the common GPIO interfaces. More... | |
| class | input |
| This class defines a GPIO input interface. More... | |
| class | inputOutput |
| This class defines a GPIO input/output interface. More... | |
| class | output |
| This class defines a GPIO output interface. More... | |
Typedefs | |
| using | specialFunction = embvm::gpio::base< embvm::gpio::direction::special > |
| Alias for inheriting from gpio::base with a special function pin. More... | |
Enumerations | |
| enum | direction { direction::in = 0, direction::out, direction::inout, direction::special } |
| GPIO direction configuration options. More... | |
| enum | pull { pull::none, pull::pullup, pull::pulldown } |
| GPIO internal pull configuration options. More... | |
Definitions, functions, and classes related to GPIO devices.
| using embvm::gpio::specialFunction = typedef embvm::gpio::base<embvm::gpio::direction::special> |
Alias for inheriting from gpio::base with a special function pin.
|
strong |
|
strong |
GPIO internal pull configuration options.
This enumeration represents the configuration options for a GPIO's internal pull settings.
External pull-ups or pull-downs may still be used if gpio::pull::none is selected.
| Enumerator | |
|---|---|
| none | No internal pull option is used. |
| pullup | Internal pull-up is configured. |
| pulldown | Internal pull-down is enabled. |


PixieDust provides several notebooks that you can run to test and check stability of various features. Tests are maintained using Travis CI .
The test script, runPixiedustNotebooks.py , runs whenever an update is pushed to the repository or a pull request is made. The test script runs through each of the notebooks in the tests directory.
Install the python extension into VSCode
Open the pixiedust repository/directory in VSCode
Set the python.pythonPath in the User Settings of the VSCode Preferences to the appropriate location of your python directory
From the Debug View, click on the Configure gear and select Python
Edit the
launch.json
and add a new object (or edit an existing one) in
configurations
{ "name": "pixiedust test", "type": "python", "request": "launch", "stopOnEntry": false, "pythonPath": "${config.python.pythonPath}", "program": "${workspaceRoot}/tests/runPixiedustNotebooks.py", "console": "integratedTerminal", "debugOptions": [ "WaitOnAbnormalExit", "WaitOnNormalExit" ], "env": { "SPARK_HOME": "/Users/path/to/spark", "SCALA_HOME": "/Users/path/to/scala", "PIXIEDUST_TEST_INPUT": "${workspaceRoot}/tests" } }
Update the
SPARK_HOME
and
SCALA_HOME
entries accordingly. If you want, update
PIXIEDUST_TEST_INPUT
to where test notebooks to run are located
Select the newly created or updated pixiedust test configuration from dropdown in the Debug view
Click on the Debug green arrow, to run the configuration
The Integrated Terminal should show the test output as the tests are running.
From a terminal window:
Go into the
tests
directory in the pixiedust repository/directory
Set the following environment variables accordingly
SPARK_HOME=/Users/path/to/spark SCALA_HOME=/Users/path/to/scala PIXIEDUST_TEST_INPUT=/Users/path/to/test/notebooks
Run the command
python runPixiedustNotebooks.py
The terminal window should show the test output as the tests are running.


Charles Robert Darwin was born on February 12th 1809 (and died on April 19 1882).
He was an English naturalist, geologist and biologist, best known for his contributions to the science of evolution.
His proposition that all species of life have descended over time from common ancestors is now widely accepted, and considered a foundational concept in science.
In a joint publication with Alfred Russel Wallace, he introduced his scientific theory that this branching pattern of evolution resulted from a process that he called natural selection, in which the struggle for existence has a similar effect to the artificial selection involved in selective breeding.
Darwin has been described as one of the most influential figures in human history, and he was honoured by burial in Westminster Abbey.
Darwin published his theory of evolution with compelling evidence in his 1859 book "On the Origin of Species".
By the 1870s, the scientific community and a majority of the educated public had accepted evolution as a fact.
However, many favoured competing explanations which gave only a minor role to natural selection, and it was not until the emergence of the modern evolutionary synthesis from the 1930s to the 1950s that a broad consensus developed in which natural selection was the basic mechanism of evolution.
Darwin's scientific discovery is the unifying theory of the life sciences, explaining the diversity of life.
Darwin's early interest in nature led him to neglect his medical education at the University of Edinburgh; instead, he helped to investigate marine invertebrates.
Studies at the University of Cambridge (Christ's College) encouraged his passion for natural science.
His five-year voyage on HMS Beagle established him as an eminent geologist whose observations and theories supported Charles Lyell's conception of gradual geological change, and publication of his journal of the voyage made him famous as a popular author.
Puzzled by the geographical distribution of wildlife and fossils he collected on the voyage, Darwin began detailed investigations, and in 1838 conceived his theory of natural selection.
Although he discussed his ideas with several naturalists, he needed time for extensive research and his geological work had priority.
He was writing up his theory in 1858 when Alfred Russel Wallace sent him an essay that described the same idea, prompting immediate joint publication of both of their theories.
Darwin's work established evolutionary descent with modification as the dominant scientific explanation of diversification in nature.
In 1871 he examined human evolution and sexual selection in The Descent of Man, and Selection in Relation to Sex, followed by The Expression of the Emotions in Man and Animals (1872).
His research on plants was published in a series of books, and in his final book, The Formation of Vegetable Mould, through the Actions of Worms (1881), he examined earthworms and their effect on soil.
You can learn more about Darwin's life at the original Wikipedia page.


DRISTAN 12 HR- oxymetazoline hydrochloride spray
Pfizer Consumer Healthcare
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
ACTIVE INGREDIENT
Oxymetazoline hydrochloride 0.05%
PURPOSE
Nasal decongestant
USE
temporarily relieves nasal congestion due to a cold, hay fever or other upper respiratory allergies
WARNINGS
For intranasal use only
Ask a doctor before use if you have
- heart disease
- high blood pressure
- thyroid disease
- diabetes
- difficulty in urination due to enlargement of the prostate gland
When using this product
- do not exceed recommended dosage
- do not use for more than 3 days
- use only as directed
- frequent or prolonged use may cause nasal congestion to recur or worsen
- you may experience temporary discomfort such as burning, stinging, sneezing or an increase in nasal discharge
- the use of this container by more than one person may spread infection
Stop use and ask a doctor if
symptoms persist
If pregnant or breast-feeding,
ask a health professional before use.
Keep out of reach of children.
If swallowed, get medical help or contact a Poison Control Center right away.
DIRECTIONS
- adults and children 12 years and over: with head upright, insert nozzle in nostril. Spray quickly, firmly and sniff deeply. Spray 2 or 3 times into each nostril not more often than every 10-12 hours.
- do not exceed 2 doses in any 24-hour period
- children under 12 years: ask a doctor
OTHER INFORMATION
- store at 20-25°C (68-77°F)
- container is filled to proper level for correct spray action
INACTIVE INGREDIENTS
benzalkonium chloride, benzyl alcohol, dibasic sodium phosphate, edetate disodium, hypromellose, phosphoric acid, purified water, sodium chloride
QUESTIONS OR COMMENTS?
Call weekdays from 9 AM to 5 PM EST at 1-800-535-0026
PRINCIPAL DISPLAY PANEL - 15 ml Bottle Carton
Dristan®
12-hr nasal spray
OXYMETAZOLINE HCl 0.05% (Nasal Decongestant)
fast acting formula
- Relieves Nasal
Congestion due to Colds
and Upper Respiratory
Allergies
1/2 FL OZ (15 ml)


The Web consists of several compuetrs and servers that work together to allow us to surf the web.When we type in a Url like www.udacity.com ,our computer sends a request known as an HTTP request , to a server . The server then finds the HTML document or file and sends it back to our computer.
HTML is Hypertext Markup Language. This consists of text content"visual",markup,"what it looks like",and references, images, and links to other pages,etc... Some componets of HTML are tags,elements,and attributes. It is not important to remember all of the tags because simply "Programmers can't remember everything". You can easiy reference them by google of course.
Coding works when programmers write text in a language that a computer understands. Computers are stupid, so programmers need to write excatly the way a computer understands (also known as the correct syntax).
1.HTML and CSS are both "languages".HTML controls the structure of a page while CSS controls the style of a page.
Tree like structures are formed from the content within different tags. These structures can be found in the body or heading og a page and can contain different tags under other tags such as a p tag under a div tag ,etc...
Avoiding repetition can bring consistency to your web page and help reduce errors made when programming.This makes it easy to make changes, often programmers will do the copy and paste method and then when they make a change to one segment it will create errors throughout the page unless you edit everywhere the repeated code is.
CSS stands for Cascading Style Sheets.CSS controls HTML by rules. Everything between the curly braces will be interperted as a rule that should be applied to every Tag element such as a div or span element.