OLPO is yet another TypeScript resource pool. It's written to be small (~5.8k minified), fast, Promise-native, and written in TypeScript. It has no external dependencies and will maintain 100% test coverage.
Requires ES6 support (Node >= 6.4, or a somewhat modern browser). (You may
also cross-compile your own ES5 version by modifying tsconfig.json
).
npm install --save olpo
Documentation is available here
Documentation is updated every version bump. A changelog is available here.
There's a lot of pools out there. A lot of them have a lot of features, but don't have the particular intersection of features I wanted.
Create a pool:
import { Pool } from 'olpo'
import { SomeClient } from 'some-client'
const pool = new Pool({
// Required parameters:
// Synchronous or asynchronous function that creates pool
// items.
create: async () => {
const cls = new SomeClient()
await cls.connect()
return cls
},
// Maximum pool size, must be > `min`
max: 10,
// Optional parameters:
// Minimum pool size, must be < `max`
min: 2,
// Which promise library to use (uses builtin ES6 Promise by default)
promise: Bluebird,
// Default timeout in ms if none is specified as an option during `acquire`
acquireTimeout: 5000,
// Timeout in ms past which idle pool items will be `dispose`d of, so long as
// that disposal doesn't reduce past the minimum pool size
idleTimeout: 300000,
// Called to verify a pool item to determine if it's still valid. Can be
// be synchronous or asynchronous. This function should return `true` or
// `false`.
verify(acq) {
const now = new Date();
if (acq.uses > 30) {
return false;
}
if (now - acq.createTime > 60000) {
return false;
}
if (now - acq.lastReleaseTime > 20000) {
return false;
}
if (now - acq.lastAcquireTime > 10000) {
return false;
}
return Promise.resolve(asyncCheckIsOk(acq.item))
},
// Called when disposing of a pool item (due to pool shutdown or
// if verification fails, or if an item is released to the pool with
// the `dispose` flag set to true).
// This method can be synchronous or asynchronous. If asynchronous, the
// disposal promise will be awaited before space in the pool is released.
dispose(acq) {
console.log('Disposed: ', acq.item)
},
// Callbacks. These are mainly event callbacks useful for logging -- be sure
// not to throw errors from here, as they are not handled within the pooling
// code:
// Called immediately before an item is acquired
onAcquire(acq) {
console.log('Acquired: ', acq.item)
},
// Called immediately after an item has been released, potentially
// immediately before it's disposed, if necessary
onRelease(acq) {
console.log('Released: ', acq.item)
},
// Called when an acquire fails (mainly for logging)
onTimeout({ timeout }) {
console.log('Timeout hit: ', timeout)
},
// Called when an asynchronous error occurs -- `type` can be `'create'`,
// `'verify'`, or `'dispose'`, indicating errors that occur during those
// operations
onError(type, err) {
console.log('Uncaught error when performing ' + type + ': ' + err)
}
})
And then acquire resources:
pool.acquire({ timeout: 1000 }).then(poolItem => {
const someClassInstance = poolItem.item
someClassInstance.doStuff()
// Be sure to release
poolItem.release()
})
Or acquire them this way (the acquired item is automatically released when the callback has completed):
pool.acquire(someClassInstance => {
someClassInstance.doStuff()
}, { timeout: 1000 })
Maybe you want to release a resource but not add it back to the pool. Easy:
pool.acquire({ timeout: 1000 }).then(poolItem => {
const someClassInstance = poolItem.item
const wasSuccessful = someClassInstance.doStuff()
// If `true` is passed to release, it disposes of the returned
// client
poolItem.release(!wasSuccessful)
})
MIT, available here.
Generated using TypeDoc


Butch Cassidy and the Sundance Kid
Butch Cassidy and the Sundance Kid is a movie starring Paul Newman, Robert Redford, and Katharine Ross. Wyoming, early 1900s. Butch Cassidy and The Sundance Kid are the leaders of a band of outlaws. After a train robbery goes wrong...


| leveldb::anonymous_namespace{env_posix.cc}::PosixSequentialFile::PosixSequentialFile |
( |
const std::string & |
fname, |
|
|
FILE * |
f |
|
) |
| |
|
inline |
| virtual leveldb::anonymous_namespace{env_posix.cc}::PosixSequentialFile::~PosixSequentialFile |
( |
| ) |
|
|
inlinevirtual |
| virtual Status leveldb::anonymous_namespace{env_posix.cc}::PosixSequentialFile::Read |
( |
size_t |
n, |
|
|
Slice * |
result, |
|
|
char * |
scratch |
|
) |
| |
|
inlinevirtual |
| virtual Status leveldb::anonymous_namespace{env_posix.cc}::PosixSequentialFile::Skip |
( |
uint64_t |
n | ) |
|
|
inlinevirtual |
| FILE* leveldb::anonymous_namespace{env_posix.cc}::PosixSequentialFile::file_ |
|
private |
| std::string leveldb::anonymous_namespace{env_posix.cc}::PosixSequentialFile::filename_ |
|
private |
The documentation for this class was generated from the following file:


ツール - Custom Quiz
Welcome to the custom quiz tool! Here you will be able to setup your own custom quiz for testing yourself on points you want to memorize or improve. Start setting up your quiz using the tools below, then once you're ready to test yourself, click the "Study" button to begin your quiz.
Quiz Settings
Custom Quiz Code (JSON)
The custom quiz code is used to save your quiz. You can save this code to a text file for later, so you don't have to setup your quiz again. When you're ready to study once more, just load the file or drag and drop it into this textarea and click "study" to continue where you left off.
Help, Notes, and Tips
question: the question to be answered. If required, HTML can be used for formatting questions.
answer: the correct or incorrect answers to the question. Use the checkbox to mark an answer as the correct answer (multiple correct answers are allowed); leave incorrect answers unchecked.
+: add question/answer
-: remove a question/answer
Custom Quiz Code: If you're familiar with JSON, you can edit the code, too. Here's a few tips:
1. The syntax for a question is {"question":"{QUESTION}","answers":["{ANSWER1}","{ANSWER2}","{ETC..}"]}
2. Correct answers should be prefixed with "A" (ex. "answers":["Aありがとう"]), incorrect answers are left as is.
3. If an incorrect answer begins with "A", you can exclude it from being mistaken as a correct answer by prefixing it with "!" (ex. "answers":["!Arigatou"]).
4. Please note that trailing commas will throw a syntax error, so simply delete the trailing comma and the list will be updated.


😀 Grinning Face
A yellow face with simple, open eyes and a broad, open smile, showing upper teeth and tongue on some platforms. Often conveys general pleasure and good cheer or humor.
Not to be confused with 😃 Grinning Face With Big Eyes or 😄 Grinning Face With Smiling Eyes, which have the same smiles but more expressive eye shapes.
This emoji has a cat variant, 😺 Grinning Cat Face.
Grinning Face was approved as part of Unicode 6.1 in 2012 and added to Emoji 1.0 in 2015.
Also Known As
- 😀 Happy Face
- 😀 Smiley Face
Apple Name
😀 Grinning Face
Codepoints
Shortcodes
See also
- 🤠 Cowboy Hat Face
- 😂 Face with Tears of Joy
- 😸 Grinning Cat with Smiling Eyes
- 😀 Grinning Face
- 😁 Beaming Face with Smiling Eyes
- 🤩 Star-Struck
- 😺 Grinning Cat
- 😃 Grinning Face with Big Eyes
- 😅 Grinning Face with Sweat
- 😄 Grinning Face with Smiling Eyes
- 😊 Smiling Face with Smiling Eyes
- 🥲 Smiling Face with Tear
- 🌞 Sun with Face
- ☺ Smiling Face
Browse
- 😀 on Instagram
- 😀 on Twitter
- 😀 on Wikipedia
- 😀 on Yelp
- 😀 on YouTube
- 😀 on Google Trends
- 😀 on Nomad List


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf%} {% import 'macros.html' as macro %} {% block styles%} {{super()}}
{{post.content}}
Leave a Comment
{{wtf.quick_form(form)}}


--- title: Drag layout: category-aggregator permalink: category-1.html category: drag ---
In Formula One cars, the engineers would always like to minimise drag, so that the cars can reach higher top speeds in the straight sections of the track. The following formula is the formula for drag: $$ F_D=\frac 1 2\rho u^2c_dA $$ where $\rho$ is the fluid density, $u$ is the relative fluid velocity, $c_d$ is the drag coefficient, and $A$ is the area of the surface. We can see that the drag force is proportional to the _square_ of the velocity, thus explaining the plateau in the speed of the Formula One cars. This governing equation would help justify many of the aerodynamic developments seen in Formula One.


A web page is a text document written in language calledHTML
Web browsers read these documents and then interpret and displays them
How Coding Works
Coding happens when programmers write text in a
languge that a computer understands
The computer can then follow the instructions the progrmmers writes
For example:Programmers need to write exactly the way a computer wants
For example, if you forget to close a tag, the computer won't be able to figure out what you had intended to make bold
There are too many details to keep everything in your head
an HTML tag is always contained within
element refers to everything within a set of opening and closing tags
This is a property of an HTML element. For example, to set the hrefof an anchor tag to UdacityURL, you would write


7th Heaven is Online Services Provider Related To Home Decor, Interior Designing, Material Supply (Decorative Laminate), Carpentry, Turnkey Projects,
We Are currently in maharashtra, gujarat, rajasthan, madhya pradesh, karnataka, andhra pradesh, telangana, also in other state as per requirement, ...
experience kitchen interior in 360
#dining table 360 view of home Interior
Have You Seen Such Beautiful 360 interior Before ?
Another Great 360 view
Foreman
Foreman
Foreman
Foreman
A Brand From Advance Laminate Pvt. Ltd
Gujarat
A Brand From Advance Laminate Pvt. Ltd
Gujarat
Airolam Limited
Gujarat
Ace Mica Pvt. Ltd
Gujarat
Bell Is one Of The Popular Laminate Brand In Gujarat
Product From Advance Laminate Pvt. Ltd
Popular Brand In India
Popular Brabd In India
Let's Decore Home
True Laminate
Available In Wide Range Of Selection


Dojo’s Snackbar widget creates a brief display message that is positioned at the bottom of the screen.
Snackbar


McDonalds fires CEO over relationship with employee
by Rob BeschizzaSteve Easterbrook, CEO of McDonald's since 2015, was fired this weekend over his relationship with a company employee.
McDonald’s has dumped its chief executive Steve Easterbrook after he engaged in a relationship with a colleague, the company announced on Sunday. Mr Easterbrook, who was credited with doubling the company’s share price since becoming chief executive in March 2015, “violated company policy and demonstrated poor judgment involving a recent consensual relationship with an employee,” the company said. ... Mr Easterbrook, who is British and divorced, wrote in an email to McDonald’s staff: “I engaged in a recent consensual relationship with an employee, which violated McDonald’s policy. This was a mistake. Given the values of the company, I agree with the board that it is time for me to move on. Beyond this, I hope you can respect my desire to maintain my privacy.”
The identity of the person Easterbrook had an inappropriate relationship has not and should not be disclosed, but here's Exhibit A:


- Community Involvement
University High School Parents Association
With the UHSPA, I volunteered as their Student Helper for their Wix website. Not only did I help maintain and update the page over the course of my high school career, but I also helped redesign the site overall.
Pima County - Kirk Bear Canyon Library
In the summer of 2018, I started volunteering at the nearest library. I've been able to help and assist children and teens through hands-activities and also helped start the Code Club which introduces children to programming through web development, game development, and app development.
- Work Experience
Tucson Fringe Festival
Interned at the Tucson Fringe Festival for two years, in which I helped maintain their WordPress website, Square website, and program.
University High School Alumni Association
Was paid for teaching an officer from the UHSPAA to teach her how to navigate and use the content management software, WordPress, and also made changes of my own.


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object edu.mit.csail.sdg.alloy4compiler.ast.Type
public final class Type
Immutable; represents the type of an expression.
Invariant: all x:entries | x.arity()>0
Note: except for "toString()" and "fold()", the return value of every method is always valid for all time; for example, given types A and B, and you call C=A.intersect(B), then the result C will always be the intersection of A and B even if the caller later constructs more sigs or subsigs or subsetsigs...
| Nested Class Summary | |
|---|---|
static class |
Type.ProductType
Immutable; represents a list of PrimSig objects. |
| Field Summary | |
|---|---|
static Type |
EMPTY
Constant value with is_int==false, is_bool==false, and entries.size()==0. |
static Type |
FORMULA
Constant value with is_int==false, is_bool==true, and entries.size()==0. |
static Type |
INTANDFORMULA
Constant value with is_int==true, is_bool==true, and entries.size()==0. |
boolean |
is_bool
True if primitive boolean value is a possible value in this type. |
| Method Summary | |
|---|---|
int |
arity()
If every entry has the same arity, that arity is returned; else if some entries have different arities, we return -1; else we return 0 (which only happens when there are no entries at all). |
boolean |
canOverride(Type that)
Returns true if exists some A in this, some B in that, where (A.arity==B.arity, and A[0]&B[0]!=empty) |
Type |
closure()
Returns a new type u + u.u + u.u.u + ... |
Type |
domainRestrict(Type that)
Returns a new type { R[0]->..->R[n-1] | exists n-ary A in this, exists unary B in that, such that R[i]==A[i] except R[0]==(A[0] & B) |
boolean |
equals(java.lang.Object that)
Returns true iff ((this subsumes that) and (that subsumes this)) |
Type |
extract(int arity)
Returns a new type { A | (A in this) and (A.arity == arity) } |
boolean |
firstColumnOverlaps(Type that)
Returns true if exists some A in this, some B in that, where (A[0]&B[0]!=empty) |
java.util.List<java.util.List<Sig.PrimSig>> |
fold()
Return the result of folding this Type (that is, whenever a subset of relations are identical except for 1 position, where together they comprise of all direct subsigs of an abstract sig, then we merge them) |
boolean |
hasArity(int arity)
Returns true iff this contains an entry of the given arity. |
boolean |
hasCommonArity(Type that)
Returns true iff exists some A in this, some B in that, where A.arity==B.arity |
int |
hashCode()
Returns a hash code consistent with equals() |
boolean |
hasNoTuple()
Returns true if this.size()==0 or every entry consists only of NONE. |
boolean |
hasTuple()
Returns true if this.size()>0 and at least one entry consists of something other than NONE. |
Type |
intersect(Type.ProductType that)
Returns a new type { A&that | A is in this } |
Type |
intersect(Type that)
Returns a new type { A&B | A is in this, and B is in that } |
boolean |
intersects(Type that)
Returns true iff { A&B | A is in this, and B is in that } can have tuples. |
boolean |
is_int()
|
boolean |
is_small_int()
|
boolean |
isSubtypeOf(Type that)
Returns true if for all A in this, there exists B in that, where A is equal or subset of B. |
java.util.Iterator<Type.ProductType> |
iterator()
Returns an iterator that iterates over the ProductType entries in this type. |
Type |
join(Type that)
Returns a new type { A.B | exists A in this, exists B in that, where A.arity+B.arity>2 } |
Type |
merge(java.util.List<Sig.PrimSig> that)
Returns a new type { A | A is in this, or A == that } |
Type |
merge(Type.ProductType that)
Returns a new type { A | A is in this, or A == that } |
Type |
merge(Type.ProductType that,
int begin,
int end)
Returns a new type { A | A is in this, or A == that.subList(begin,end) } |
Type |
merge(Type that)
Returns a new type { A | A is in this, or A is in that } |
Type |
pickBinary()
Returns a new type { A in this | A.artiy==2 } |
Type |
pickCommonArity(Type that)
Returns a new type { A | (A is in this && A.arity in that) } |
Type |
pickUnary()
Returns a new type { A in this | A.artiy==1 } |
Type |
product(Type that)
Returns a new type { A->B | A is in this, and B is in that } |
Type |
rangeRestrict(Type that)
Returns a new type { R[0]->..->R[n-1] | exists n-ary A in this, exists unary B in that, such that R[i]==A[i] except R[n-1]==(A[n-1] & B) |
static Type |
removesBoolAndInt(Type old)
Create a new type that is the same as "old", except the "is_bool" and "is_int" flags are both set to false. |
int |
size()
Returns the number of ProductType entries in this type. |
static Type |
smallIntType()
|
Expr |
toExpr()
Convert this type into a UNION of PRODUCT of sigs. |
java.lang.String |
toString()
Returns a human-readable description of this type. |
Type |
transpose()
Returns a new type { A | A is binary and ~A is in this } |
Type |
unionWithCommonArity(Type that)
Returns a new type { A | (A is in this && A.arity in that) or (A is in that && A.arity in this) } |
| Methods inherited from class java.lang.Object |
|---|
clone, finalize, getClass, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public static final Type EMPTY
public static final Type FORMULA
public static final Type INTANDFORMULA
public final boolean is_bool
| Method Detail |
|---|
public boolean is_int()
public boolean is_small_int()
public static Type smallIntType()
public java.util.Iterator<Type.ProductType> iterator()
This iterator will reject all modification requests.
iterator
in interface java.lang.Iterable<Type.ProductType>
public static Type removesBoolAndInt(Type old)
public boolean equals(java.lang.Object that)
equals
in class java.lang.Object
public int hashCode()
hashCode
in class java.lang.Object
public boolean hasNoTuple()
public boolean hasTuple()
public int size()
public boolean hasArity(int arity)
public int arity()
public boolean firstColumnOverlaps(Type that)
This method ignores the "is_int" and "is_bool" flags.
public boolean canOverride(Type that)
This method ignores the "is_int" and "is_bool" flags.
public boolean hasCommonArity(Type that)
public Type product(Type that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or that.size()==0, then result.size()==0
public boolean intersects(Type that)
public Type intersect(Type that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or that.size()==0, or they do not have entries with same arity, then result.size()==0
public Type intersect(Type.ProductType that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If (this.size()==0), or (that.arity is not in this), then result.size()==0
public Type merge(Type that)
ReturnValue.is_int == this.is_int || that.is_int
ReturnValue.is_bool == this.is_bool || that.is_bool
If this.size()==0 and that.size()==0, then result.size()==0
As a special guarantee: if that==null, then the merge() method just returns the current object
public Type merge(Type.ProductType that)
ReturnValue.is_int == this.is_int
ReturnValue.is_bool == this.is_bool
public Type merge(Type.ProductType that, int begin, int end)
ReturnValue.is_int == this.is_int
ReturnValue.is_bool == this.is_bool
public Type merge(java.util.List<Sig.PrimSig> that)
ReturnValue.is_int == this.is_int
ReturnValue.is_bool == this.is_bool
public Type unionWithCommonArity(Type that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0 or that.size()==0, then result.size()==0
Special promise: if the result would be identical to this, then we will return "this" as-is, without constructing a new object
public Type pickCommonArity(Type that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0 or that.size()==0, then result.size()==0
public Type pickUnary()
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or does not contain any ProductType entries of the given arity, then result.size()==0
public Type pickBinary()
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or does not contain any ProductType entries of the given arity, then result.size()==0
public Type transpose()
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or does not contain any binary ProductType entries, then result.size()==0
public boolean isSubtypeOf(Type that)
Note: if this.is_int && !that.is_int, we return false immediately.
Note: if this.is_bool && !that.is_bool, we return false immediately.
Note: if this nothing above is violated, and this type has no relational entry in it, we return true.
public Type join(Type that)
If this.size()==0, or that.size()==0, or none of the entries have the right arity, then result.size()==0.
ReturnValue.is_int == false
ReturnValue.is_bool == false
public Type domainRestrict(Type that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or that does not contain any unary entry, then result.size()==0
public Type rangeRestrict(Type that)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If this.size()==0, or that does not contain any unary entry, then result.size()==0
public Type extract(int arity)
ReturnValue.is_int == false
ReturnValue.is_bool == false
If it does not contain any entry with the given arity, then result.size()==0
public Type closure()
ReturnValue.is_int == false
ReturnValue.is_bool == false
If it does not contain any binary entries, then result.size()==0
public Expr toExpr() throws Err
ErrorType
- if it does not contain exactly one arity
ErrorType
- if is_int is true
ErrorType
- if is_bool is true
Err
public java.util.List<java.util.List<Sig.PrimSig>> fold()
Note: the result is only current with respect to the current existing sig objects
public java.lang.String toString()
toString
in class java.lang.Object
|
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Other CAAT actors
CAAT.SpriteActor
This actor objects' functionalities are already available at any CAAT.Actor which is the preferred way of setting up actors with images.
This actor object instances have the ability to treat an image as an array of sub-images. For example, the following image can be treated as 3 different images, and even create an animation sequence by defining an array of indexes.
Every SpriteActor must define the following attributes:
- Animation image index. It means what subimages sequence to animate the sprite with. This is performed with a call to the method setAnimationImageIndex ( array_of_integer ). If no animation sequence is desired and just pointing to a concrete image index, a call to setImageIndex( index ) must be executed.
- Set sprite image. A CAAT.CompoundImage instance. This object will manage the sample image as an array of subimages. A call to the method setSpriteImage( compoundImage_instance ) will do. A CAAT.CompoundImage is different that a CAAT.SpriteImage despite they perform common functionality.
- change time. Every how much Scene time the Sprite should change the image from the Animation index. Default image index change is set to 1000 milliseconds. Call setChangeFPS( millis ) to set animation change frecuency.
- Transformation (optional). How to show the image. It can be mirrored horizontal and vertically. Just like ImageActor instances, a call to setSpriteTransformation(transformation) should be performed. By default, no transformation will be applied.
A CAAT.SpriteActor does not need to set its dimension since it will derived from the suplied sprite image. Alpha transparency applies as well to Sprites.
Example
In this example, 30 SpriteActor objects traverse continuously across a cubic bezier path.
var director= new CAAT.Director().initialize( 700, 350, document.getElementById('_c6') ); var scene= director.createScene(); // define a resource preloader. new CAAT.ImagePreloader().loadImages( [ {id:'fish0', url:'../demos/demo-resources/img/anim1.png'}, {id:'fish1', url:'../demos/demo-resources/img/anim2.png'}, {id:'fish2', url:'../demos/demo-resources/img/anim3.png'}, {id:'fish3', url:'../demos/demo-resources/img/anim4.png'}, {id:'fish4', url:'../demos/demo-resources/img/anim5.png'}, {id:'fish5', url:'../demos/demo-resources/img/anim6.png'} ], function( counter, images ) { if ( counter==images.length ) { // when it is done loading // save loaded resources on Director. director.setImagesCache(images); for(var i=0; i<30; i++ ) { var index= (Math.random()*6)>>0; var fish = new CAAT.SpriteActor(). setSpriteImage( new CAAT.CompoundImage().initialize( director.getImage('fish'+index),1,3)). setAnimationImageIndex( [0,1,2,1] ). setChangeFPS(300). addBehavior( new CAAT.PathBehavior(). setAutoRotate(true). setPath( new CAAT.Path().setLinear(0,0,0,0) ). setInterpolator( new CAAT.Interpolator().createExponentialInOutInterpolator(2,false) ). setFrameTime( scene.time, 10 ). addListener( { behaviorExpired : function(behaviour,time) { var endCoord= behaviour.path.endCurvePosition(); behaviour.setPath( new CAAT.Path().setCubic( endCoord.x, endCoord.y, Math.random()*director.width, Math.random()*director.height, Math.random()*director.width, Math.random()*director.height, Math.random()*director.width, Math.random()*director.height) ); behaviour.setFrameTime( scene.time, 3000+Math.random()*3000 ) } }) ). enableEvents(false); var s= Math.random()*.5 + .5; fish.setSize( fish.width*s, fish.height*s ); scene.addChild(fish); } } }); CAAT.loop(60);


Web Developer
Jodhpur, India
<EMAIL_ADDRESS>+91-9660155401
Computer Science
2016 - 2018
8th - 12th Grade
2008 - 2012
3th - 7th Grade
2003 - 2007
I started playing when i was in college and played ever since. Also performed in college events and fests.
I've been cycling for a long time but after i joined a biking club began to ride more and long distance. the longest i rode is 140 km in 8 hrs.
Started playing after gym and played more in college and participated in inter college tournament.


Dashboard
Data Learning
Face Recognition
Domain
Machine Learning
Face Recognition
Face Recognition
Total Models:
Create Model
Create Model
×
Model Name
No special characters & spaces are allowed
Algorithm
LBPH
EIGEN
FISHER
Image Width (px)
min-50px, max-100px
Image Height (px)
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Structure of protocol control information.
Is a structure containing the following:
| C Example |
typedef struct { DWORD dwProtocol; // SCARD_PROTOCOL_T0 or SCARD_PROTOCOL_T1 DWORD cbPciLength; // Length of this structure - not used } SCARD_IO_REQUEST; |
The pointers to the pre-defined / built-in PCI structures are determinated with dlsym() on UNIX/Linux hosts and GetProcAddress() on Windows hosts.
See Also: Inherited members from object.
|
|
SCardPCI
()
|
Initializes a new instance of the PCSC.SCardPCI class. |
|
|
Creates a new SCardPCI object. | |
|
|
Creates a new SCardPCI object. |
| [read-only] | Data | byte[]. User data. |
| [read-only] | PciLength | int . Size of this structure in bytes. |
| [read-only] | Protocol | SCardProtocol . Protocol |
| [read-only] static |
Raw | IntPtr . Pre-defined RAW PCI structure. (SCARD_PCI_RAW) |
| [read-only] static |
T0 | IntPtr . Pre-defined T=0 PCI structure. (SCARD_PCI_T0) |
| [read-only] static |
T1 | IntPtr . Pre-defined T=1 PCI structure. (SCARD_PCI_T1) |
|
|
Dispose
()Disposes the instance and frees unmanaged memory. |
|
|
|
Finalize
()Destroys the object and frees unmanaged memory. |
|
|
static
|
GetPci
(SCardProtocol)Receives a PCI pointer to a given protocol. |
Initializes a new instance of the PCSC.SCardPCI class.
Syntax
public SCardPCI ()Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Creates a new SCardPCI object.
Syntax
public SCardPCI (SCardProtocol protocol, byte[] pciData)Parameters
- protocol
Protocol Control Information Description SCardPCI.T0 Pre-defined T=0 PCI structure. (SCARD_PCI_T0) SCardPCI.T1 Pre-defined T=1 PCI structure. (SCARD_PCI_T1) SCardPCI.Raw Pre-defined RAW PCI structure. (SCARD_PCI_RAW) - pciData
- User data.
Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Creates a new SCardPCI object.
Syntax
public SCardPCI (SCardProtocol protocol, int bufLength)Parameters
- protocol
Protocol Control Information Description SCardPCI.T0 Pre-defined T=0 PCI structure. (SCARD_PCI_T0) SCardPCI.T1 Pre-defined T=1 PCI structure. (SCARD_PCI_T1) SCardPCI.Raw Pre-defined RAW PCI structure. (SCARD_PCI_RAW) - bufLength
- Size of this structure in bytes.
Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
User data.
Syntax
[System.ComponentModel.Description("PCI data")]
public byte[] Data { get; }Value
Documentation for this section has not yet been entered.Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Disposes the instance and frees unmanaged memory.
Syntax
public void Dispose ()Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Disposes the instance and frees unmanaged memory.
Syntax
Parameters
- disposing
- Ignored
Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Destroys the object and frees unmanaged memory.
Syntax
void Finalize ()Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Receives a PCI pointer to a given protocol.
Syntax
public static IntPtr GetPci (SCardProtocol protocol)Parameters
- protocol
- The desired protocol.
Returns
A pointer to the PCI structure in the native system library.Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Size of this structure in bytes.
Syntax
[System.ComponentModel.Description("Protocol Control Inf Length")]
public int PciLength { get; }Value
Documentation for this section has not yet been entered.Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Protocol
Syntax
[System.ComponentModel.Description("Protocol identifier")]
public SCardProtocol Protocol { get; }Value
Protocol Control Information Description SCardPCI.T0 Pre-defined T=0 PCI structure. (SCARD_PCI_T0) SCardPCI.T1 Pre-defined T=1 PCI structure. (SCARD_PCI_T1) SCardPCI.Raw Pre-defined RAW PCI structure. (SCARD_PCI_RAW) Remarks
Documentation for this section has not yet been entered.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Pre-defined RAW PCI structure. (SCARD_PCI_RAW)
Syntax
public static IntPtr Raw { get; }Value
A pointer to the C structure in the system library.Remarks
This pointer to the pre-defined / built-in PCI structure is determinated with dlsym() on UNIX/Linux hosts and GetProcAddress() on Windows hosts.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Pre-defined T=0 PCI structure. (SCARD_PCI_T0)
Syntax
public static IntPtr T0 { get; }Value
A pointer to the C structure in the system library.Remarks
This pointer to the pre-defined / built-in PCI structure is determinated with dlsym() on UNIX/Linux hosts and GetProcAddress() on Windows hosts.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>
Pre-defined T=1 PCI structure. (SCARD_PCI_T1)
Syntax
public static IntPtr T1 { get; }Value
A pointer to the C structure in the system library.Remarks
This pointer to the pre-defined / built-in PCI structure is determinated with dlsym() on UNIX/Linux hosts and GetProcAddress() on Windows hosts.Requirements
Namespace: PCSC
Assembly: pcsc-sharp (in pcsc-sharp.dll)
Assembly Versions: <IP_ADDRESS>


Browser performance test
This example test how many operation can be perform within 60 FPS
By Ilmari Heikkinen -
How to measure browser graphics performance
Results:
Canvas:
Sprite:


--- layout: post title: Cochran home infested with estimated 1,000 bats date: 2009-07-18 15:37:07.000000000 +05:30 categories: - Enterprise - Print - The Telegraph (Macon, Ga.) tags: - weird news status: publish type: post published: true meta: _edit_last: '1' _thumbnail_id: '1780' image: '' quote-author: Unknown quote-url: http:// quote-copy: Unknown audio: http:// link-url: http:// seo_follow: 'false' seo_noindex: 'false' dsq_thread_id: '641834119' tmac_last_id: '229660849634164738' pvc_views: '1286' _jetpack_related_posts_cache: a:1:{s:32:"8f6677c9d6b0f903e98ad32ec61f8deb";a:2:{s:7:"expires";i:1430034908;s:7:"payload";a:3:{i:0;a:1:{s:2:"id";i:73;}i:1;a:1:{s:2:"id";i:115;}i:2;a:1:{s:2:"id";i:256;}}}} author: login: cvlewis email<EMAIL_ADDRESS>display_name: Carl V. Lewis first_name: Carl V. last_name: Lewis excerpt: !ruby/object:Hpricot::Doc options: {} ---
Update: Follow-up story ran on Jul. 30.
[box]
Cochran home infested with bats
Owner can't afford $10,000 extermination price tag
By Carl Lewis
Saturday Jul. 18, 2009
[/box]
COCHRAN — It smells foul on Martin Luther King Jr. Drive. Really, really foul.
Walking down the street toward Victoria Jackson’s home, the musky stench gets even worse. Stepping inside, it grows almost unbearable.
“It’s a very, very bad odor,” the homeowner said.
It’s the scent of the droppings from what exterminators estimate are more than 1,000 bats that have made Jackson’s home their roosting spot.
Jackson, 70, has been living with bats since she moved into the house in 1983, but the problem’s gotten worse in the last six months.
She’s tried getting rid of the flying mammals, but the exterminator she consulted told her it would cost about $10,000 to complete the job.
“There’s no way I can afford to do it,” said Jackson, whose efforts to get government grants to help eliminate the bats have been rejected.
The bats are entering the house through gaps between the walls and roof, Jackson said. Usually, the nocturnal creatures stay in the attic, but more and more, particularly at nighttime, Jackson has noticed them squeezing their way into her kitchen, living room, bathroom and bedroom.
“I’ll see one flying around at least once a day,” she said.
One of the bats bit Jackson’s daughter, Ann Cumby, while she was staying at the house one night two years ago. Cumby was able to kill the bat with an iron, put it in a plastic bag and take it to the doctor’s office, where it tested negative for rabies.
But that doesn’t mean Jackson and her daughter are safe from the disease.
“Just because one bat tests negative for rabies doesn’t mean the others don’t have it,” Jacob Polsky, an environmentalist at the Bleckley County Health Department in Cochran, said. “It’s a huge risk to be living in a house like that.”
Polsky recommended that Jackson and her daughter receive rabies treatment if they continue staying at the home.
Jackson hasn’t been bitten by a bat yet — at least as far as she knows.
“It’s possible that she has been bitten in the middle of the night and never even knew it happened,” Polsky said.
Rabies isn’t the only health issue Jackson and her daughter have to worry about. Wade Green, an extension agent in nearby Twiggs County, said the mother and daughter are at risk for developing histoplasmosis, a serious respiratory disease caused by a fungus that grows on bat droppings.
“When people breathe in the air from bat droppings that have developed the fungus, they can get fever, chest pains or even develop a chronic lung disease,” Green said. “In the elderly, it could even become fatal.”
Jackson’s neighbors who breathe in the air are at risk, too, Green said.
Tyrone Elvine, who lives down the street from Jackson with his wife and kids, said he can smell the bats from sitting inside his house watching TV.
And Rose Coley, the 84-year-old who lives next door, said she’s scared the bats will make their way into her house next.
“I can smell them really strong, especially when a breeze blows through,” she said. “But what really scares me is the thought that one will come here and bite me.”
The bats can be heard chirping above the walls of the house almost constantly. Next-door neighbor Coley said the chirping noises the bats can grow so loud at times that it interferes with her sleeping.
The creatures can be seen flitting around inside through cracks in the roof, and bat droppings and carcasses blanket the edges of the house's foundation.
Earlier this week, Jackson’s daughter had a friend try to plug up the holes on the outside of the house where the bats have been entering, but so far, she’s been unsuccessful in her efforts to eradicate the creatures.
“It’s going to take a professional,” Cumby said. “And that’s something I just don’t think we can pay for right now.”
Truetech Pest and Animal Control is one local company that specializes in bat removal.
Michael Pope, who manages the company, said bat removals can cost anywhere from $200 to thousands of dollars, depending on the nature of the structure and the type of bats roosting there. Rather than traditional pest removals, bats have to be siphoned out of homes through special tubes and equipment.
“We’d be glad to come out Monday and give her a free inspection and see what we can do to help her from there,” Pope said.
In the meantime, Jackson said she and her daughter are still trying to save up enough money to get the bats removed.
“It’s definitely a problem,” she said. ”Hopefully, we’ll be able to do something about it soon.”
To contact writer Carl Lewis, call 744-4347.


CDM implementation of CF discrete sampling features
April 2012
These notes refer to the current release of CDM 4.3. Section headers reference the CF 1.6 doc at:
http://cfconventions.org/Data/cf-conventions/cf-conventions-1.7/build/cf-conventions.html#discrete-sampling-geometries
Short guide to writing files using CF-1.6 Discrete Sampling Features Conventions
Step 1: Requirements
- At minimum, you must have a (lat, lon) location and a date / time coordinate for all your data. Some types also require a vertical coordinate (e.g.
altitude, depth).
Step 2: Which feature type?
What kind of data do you have:
- Point (unconnected) data: data is located at different, unconnected locations. Examples: earthquake
data, lightning data.
- Time series (station) data: data is located at named locations, called stations. There can be many stations, and usually for
each station you have multiple data with different time coordinates. Stations have a unique identifier. Examples: weather station data, fixed
buoys.
- Profile data: A series of connected observations along a vertical line. Each profile has only one lat, lon coordinate (possibly nominal),
so that the points along the profile differ only in z coordinate and possibly time coordinate. There can be multiple profiles in the same file, and each
profile has a unique identifier If you have many profiles with the same lat, lon location, use the Time series Profile type. Examples:
atmospheric profiles from satellites, moving profilers.
- Time series (station) Profile data: Profile data at fixed locations. This is a combination of Time series type and Profile type, so one
has time series of Profiles at fixed locations. A file can contain many stations and many time series at each station. Examples: profilers,
balloon soundings.
- Trajectory data: A series of connected observations along a 1D curve in time and space. There can be multiple trajectories in
the same file, each with a unique identifier. Examples: aircraft data, drifting buoys.
- Trajectory of Profiles: a collection of profile features which originate along a trajectory. So these are trajectories
which have profile data (varying with z) at each (lat, lon) location. Examples: ship soundings.
Step 3: Which representation should I use?
- Point (unconnected) data: use CF H.1
- Time series (station) data:
- You will put only one station in the file: you may use CF
H.2.3
- All stations have the exact same time coordinates: you may use CF
H.2.1
- Each station has almost the same number of time coordinates and the values may be different: you may use CF
H.2.2
- Each station has different number of coordinates and you want to keep file size as small as possible:
- you have all the data already, and you want to optimize reading all the data for one station: you may use
H.2.4
- you want to write the data as it arrives, in any order: you may use
H.2.5
- Profile data:
- You will put only one profile in the file: you may use CF
H.3.3
- All profiles have the exact same vertical coordinates: you may use CF
H.3.1
- Each profile has almost the same number of vertical coordinates and the values may be different: you may use CF
H.3.2
- Each profile has a different number of vertical coordinates and you want to keep file size as small as possible:
- you have all the data already, and you want to optimize reading all the data for one profile: you may use
H.3.4
- you want to write the data as it arrives, in any order: you may use
H.3.5
- Time series (station) Profile data:
- You will put only one station in the file: you may use CF
H.5.2
- Each station has the same number of profiles, and the same number of vertical levels for each profile : you may use CF
H.5.1
- Each station has a different number of profiles and/or the level coordinates for each station may vary : you may use CF
H.5.3
- Trajectory data:
- You will put only one trajectory in the file: you may use CF
H.4.2
- All trajectories have the same or almost the same number of points: you may use CF
H.4.1
- Each trajectory has different number of points and you want to keep file size as small as possible:
- you have all the data already, and you want to optimize reading all the data for one trajectory: you may use
H.4.3
- you want to write the data as it arrives, in any order: you may use
H.4.4
- Trajectory of Profiles:
- You will put only one trajectory in the file: you may use CF
H.6.2
- All trajectories have the same or almost the same number of points: you may use CF
H.6.1
- Each trajectory has different number of profiles and/or vertical coordinates:
you may use H.6.3
Step 4: Test a sample file
-
Write a test file with some sample data in it.
-
Test in ToolsUI 4.3 (webstart link)
- Go to Feature Types / Point Features Tab
- On the right is a combobox with the feature type choices. Select the correct type (or leave ANY_POINT to let the CDM figure it out).
- Enter the file name or navigate with the FileChooser
- If it works, the various tables will be filled in - click on a table row to navigate the feature heirarchy. The context menu (right-click) on the
large table lets you show the data.
- This widget is pretty clumsy (sorry - we will improve as soon as the MacArthur money arrives). For point data you have to click the "Get ALL Data"
button above the right navigation pane.
- This essentially tests the CDM ability to read your file. The CDM is a bit more lenient than CF in some ways, and a bit more restrictive in others
(see below for details).
- The CF compliance checkers may also help diagnose issues.
Miscellaneous questions and advice
- Should I use the unlimited dimension? This can have a huge impact on performance for large files, because it affects the data
layout on disk. The answer is: it depends.
- If you have lots of variables at each observation, and you want to optimize the case of getting one or a few variables at all the points, then
don't use the unlimited dimension. This is called column oriented storage.
- If you want to optimize the case of getting all or most of the variables at each point, then use the unlimited dimension. This is called row
oriented storage.
- For important, long-lived archives, you should test the performance of each case using the read access pattern that you want to optimize.
- If you don't know, then my prejudice is to use the unlimited dimension. For small datasets (<10 M ?) it is probably not that important.
- Should I use coordinate variables or auxiliary coordinate variables?
- A coordinate variable is 1D, and has the same name as its dimension, e.g. float time(time). The coordinate values must be
monotonically increasing or decreasing. There can be no missing values. Use a coordinate variable if those conditions are true.
- An auxiliary coordinate variable may have missing values, and is not required to have monotonic, or even unique values. If that's the situation, you
must use an auxiliary coordinate, e.g. float time(sample).
- What's the reason to include ids for things like trajectories or profiles?
- The "instance" ids allow software like the CDM to efficiently fetch just the data for a named feature, using the id.
- How big should I make my files? How should I divide the data between files?
- If you have the choice, a fewer number of large files is better than zillions of small files. I would shoot for files in the range 50M - 2 Gbytes.
- More important is to divide your files into distinct time ranges, called time partitioned files. This is a natural way to divide earth
science data. It allows the CDM to serve many files as a single dataset using CDM feature collections. For time partitioned files, if possible,
put the partitioning date in the filename.
- Why should I bother to do all this extra work?
- If you are publicly funded, you should make your data as accessible to others as possible. This is the minimum "extra work" your peers think
is needed for them to be able to use your data. And they sincerely thank you!
Differences from CF
9.1 Limits on coordinate types
Horizontal coordinates:
- CF: "In Table 9.1 the spatial coordinates x and y typically refer to longitude and latitude but other horizontal coordinates could also be used (see
sections 4 and 5.6) "
- CDM: only latitude and longitude are supported.
Vertical coordinates:
- CDM: vertical coordinate may be height or pressure. Dimensionless Vertical Coordinates are not supported.
9.3 Limits on dimension ordering
- CF: "In the multidimensional array representations, data variables have both an instance dimension and an element dimension. The dimensions may be
given in any order"
- CDM: the instance dimension must be the outer (slowest varying) dimension
9.4 Attribute featureType is required
- CF: "A global attribute, featureType, is required for all Discrete Geometry representations except the orthogonal multidimensional
array representation, for which it is highly recommended".
- CDM: The global attribute featureType is always required. Acceptable aliases are CF:featureType and CF:feature_type
.
9.5 Feature instance id variable is required
- CF: "Where feasible a variable with the attribute cf_role should be included. The only acceptable values of cf_role for Discrete
Geometry CF data sets are timeseries_id, profile_id, and trajectory_id. The variable carrying the cf_role attribute may have any data type. When a
variable is assigned this attribute, it must provide a unique identifier for each feature instance."
- CDM: A variable representing the instance id is required, indicated by an attribute named cf_role, which follows all the CF rules above.
Notes on representations
In all cases, latitude, longitude, altitude and time coordinates must be recognized in the usual CF way. The altitude coordinate is optional in some of the
forms.
also see: DSG Encoding Table
H.1 Point Data
In the CDM, point data is recognized by the featureType = "point" global attribute. The altitude coordinate is optional. All
coordinates must have the same dimension, called the obs or sample dimension. All variables with the obs dimension as outer dimension are
data variables.
H.2 Time Series Data
In the CDM, this form is recognized by the featureType = "timeSeries" global attribute. The altitude coordinate is optional.
Special station variables are recognized by standard names as given below. For backwards compatibility, the given aliases are allowed.
| standard_name |
alias |
|
"timeseries_id"
|
"station_id"
|
|
"platform_name"
|
"station_description"
|
|
"surface_altitude"
|
"station_altitude"
|
|
"platform_id"
|
"station_WMO_id"
|
H.2.1 / H.2.2 Multidimensional Time Series Representation
The lat, lon and altitude coordinates must have the same dimension, called the station or instance dimension. All variables with the
station dimension as outer dimension are station variables. The time dimension must be of the form time(time) or
time(station, time), where the time dimension is the obs or sample dimension. All data variables must have the form data(station,
time).
For compatibility with earlier versions
- ragged_row_count is an alias for sample_dimension standard name
- ragged_row_index is an alias for feature_dimension standard name
- all attributes can optionally be prefixed by "CF:"
H.2.3. Single time series, including deviations from a nominal fixed spatial location
The CDM uses the axis attribute to choose the correct coordinate. However, it provides no special handling for the precise coordinates.
H.2.4. Contiguous ragged array representation of time series
| standard |
alias |
|
sample_dimension
|
CF:ragged_row_count
|
|
instance_dimension
|
CF:ragged_parent_index
|
|
|
|
|
|
|
H.3.5. Indexed ragged array representation of profiles
Example only shows double time(profile) but double time(obs) is also possible, when the observation
varies by time.
H.5.1. Multidimensional array representations of time series profiles
Specification says "The pressure(i,p,o), temperature(i,p,o), and humidity(i,p,o) data for element o of profile p at station i are associated with the
coordinate values time(i,p), z(i,p,o), lat(i), and lon(i). Any of the three dimensions could be the netCDF unlimited dimension, if it might be useful to be
able enlarge it."
Since CDM currently only allows dimensions to be in the order (station, profile, z), then only the station dimension could be unlimited in the
multidimensional representation.
This document is maintained by Unidata. Send comments to THREDDS support. Last updated: April 2011


It is important to take care of the pain itself, and it will be followed by the growth of the patient, but at the same time it will happen that there is a lot of work and pain. For to come to the smallest detail, no one should practice any kind of work unless he derives some benefit from it. Do not be angry with the pain in the rebuke, in the pleasure he wants to be a hair from the pain, let no one be born. Unless they are blinded by lust, they do not come out; they are in fault who abandon their duties and soften their hearts, that is toil.
The children live in the sad disease of old age and children, and they are hungry and ugly. The vestibulum tortor quam, feugiat vitae, needs ultricies, the time must be before. Until then, free football is more important than ever.  Everyone should be smart and wise with a quiver. It was a matter of taste, but, for the convenience of life
, it is important to decorate it, I think. Aenean ferment, elit needs tincidunt condiment, eros the very makeup of the orci, arrows time for lake and dui. Not so in high school volleyball. To trigger.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vivamus magna. Cras in mi at felis aliquet congue. Ut a est eget ligula molestie gravida. Curabitur massa. Donec eleifend, libero at sagittis mollis, tellus est malesuada tellus, at luctus turpis elit sit amet quam. Vivamus pretium ornare est.
#header h1 a {
display: block;
width: 300px;
height: 80px;
}
| Criteria 1 | Criteria 2 | Criteria 3 | Criteria 4 |
|---|---|---|---|
| Value 1 | Value 2 | Value 3 | Value 4 |
| Value 1 | Value 2 | Value 3 | Value 4 |
| Value 1 | Value 2 | Value 3 | Value 4 |


- MainActivity - Class in com.ticandroid.baley_labeye.activities
-
This activity is the main activity where you can
navigate between all fragments of the app.
- MainActivity() - Constructor for class com.ticandroid.baley_labeye.activities.MainActivity
-
- MapFragment - Class in com.ticandroid.baley_labeye.activities.ui.map
-
Map Fragment used to display all the museums stored in the FS instance on a
osm map.
- MapFragment() - Constructor for class com.ticandroid.baley_labeye.activities.ui.map.MapFragment
-
Default constructor.
- mLocationListener - Variable in class com.ticandroid.baley_labeye.activities.MuseumReaderActivity
-
Location listener used to get our user position.
- mLocationManager - Variable in class com.ticandroid.baley_labeye.activities.MuseumReaderActivity
-
Location manager used to get the user's position.
- mMapView - Variable in class com.ticandroid.baley_labeye.activities.RouteMapActivity
-
Current map view being displayed.
- mMapView - Variable in class com.ticandroid.baley_labeye.activities.ui.map.MapFragment
-
Current map view being displayed.
- museumBean - Variable in class com.ticandroid.baley_labeye.activities.MuseumReaderActivity
-
Museum bean fetched from remote firestore instance.
- MuseumBean - Class in com.ticandroid.baley_labeye.beans
-
The museum class's purpose is to contain any important information related to the museums
stored in the firestore database.
- MuseumBean() - Constructor for class com.ticandroid.baley_labeye.beans.MuseumBean
-
Default constructor.
- MuseumFragment - Class in com.ticandroid.baley_labeye.activities.ui.museum
-
Museum Fragment used to display the list of museum available on the app.
- MuseumFragment() - Constructor for class com.ticandroid.baley_labeye.activities.ui.museum.MuseumFragment
-
- MuseumFragment.SearchBarListener - Class in com.ticandroid.baley_labeye.activities.ui.museum
-
Class used to add a listener to our searchbar.
- museumId - Variable in class com.ticandroid.baley_labeye.activities.RouteMapActivity
-
Current museum id.
- MuseumListFSAdapter - Class in com.ticandroid.baley_labeye.adapter
-
This adapter's purpose is to bind the museum elements of the remote firestore into the given holder.
- MuseumListFSAdapter(Context, FirestoreRecyclerOptions<MuseumBean>) - Constructor for class com.ticandroid.baley_labeye.adapter.MuseumListFSAdapter
-
Create a new RecyclerView adapter that listens to a Firestore Query.
- MuseumListHolder - Class in com.ticandroid.baley_labeye.holder
-
Holder used to bind our data into our museum card layout.
- MuseumListHolder(View) - Constructor for class com.ticandroid.baley_labeye.holder.MuseumListHolder
-
Creates a museum holder for the museum list.
- museumName - Variable in class com.ticandroid.baley_labeye.activities.RouteMapActivity
-
Current museum name.
- MuseumReaderActivity - Class in com.ticandroid.baley_labeye.activities
-
This activity's purpose is to display
elegantly the different informations
related to a museum.
- MuseumReaderActivity() - Constructor for class com.ticandroid.baley_labeye.activities.MuseumReaderActivity
-


public class Vector2D
extends java.lang.Object
| Constructor and Description |
|---|
Vector2D()
Make a new [0, 0] Vector.
|
Vector2D(double x,
double y)
Make a new Vector with the given initial values.
|
| Modifier and Type | Method and Description |
|---|---|
Vector2D |
add(Vector2D other)
Make a new vector that is the sum of this and a given vector.
|
void |
addLocal(Vector2D other)
Add the given vector to this vector.
|
float |
dot(Vector2D other)
Returns the dot product between this vector and another vector.
|
boolean |
equals(java.lang.Object other) |
float |
getX()
Returns the vector's x component
|
float |
getY()
Returns the vector's y component
|
float |
magnitude()
Returns the magnitude (length) of the vector.
|
float |
magnitudeSquared()
Returns the magnitude squared of the vector.
|
Vector2D |
normalize()
Return a new vector whose magnitude is 1 and direction
is the same.
|
void |
normalizeLocal()
Normalize this vector, making it's magnitude 1 and the
direction unchanged.
|
Vector2D |
scale(double factor)
Make a new vector that is a copy of this vector but scaled.
|
void |
scaleLocal(double factor)
Scale this vector by the given factor.
|
void |
setValues(double x,
double y)
Set both values of the Vector.
|
void |
setX(double x)
Sets the vector's x component
|
void |
setY(double y)
Sets the vector's y component
|
java.lang.String |
toString() |
public Vector2D()
public Vector2D(double x, double y)
x
- The initial x component.y
- The initial y component.public float dot(Vector2D other)
other
- The other vectorpublic Vector2D normalize()
public void normalizeLocal()
public Vector2D scale(double factor)
factor
- The factor the new vector will be scaled by.public void scaleLocal(double factor)
factor
- The factor this vector will be scaledpublic Vector2D add(Vector2D other)
other
- The other vectorpublic void addLocal(Vector2D other)
other
- The vector being added.public float magnitude()
public float magnitudeSquared()
public void setValues(double x, double y)
x
- The new x componenty
- The new y componentpublic float getX()
public void setX(double x)
x
- the vector's x componentpublic float getY()
public void setY(double y)
y
- the vector's y componentpublic boolean equals(java.lang.Object other)
equals
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object


Bank Indonesia to pause to assess impact of previous easing – TD Securities
by Dhwani MehtaAnalysts at TD Securities offer a detailed preview of what to expect from Bank Indonesia’s (BI) monetary policy decision due to be announced this Thursday.
Key Quotes:
“We expect Bank Indonesia to keep policy on hold at its meeting on Thursday 21st November, with the 7-day Reverse Repo likely to be kept on hold at 5.0% following a "pre-emptive" easing at the last meeting in October.
However, we expect BI to maintain an accommodative stance, highlighting that this is a pause after a total of 100bp of cuts, rather than a halt to easing.
Pressure on the economy has continued to remain in place, with Indonesia's manufacturing PMI moving further into contraction territory in October, while consumer confidence declined.
Inflation has remained well behaved, with both headline and core measures falling in October, the former to a lower than expected reading of 3.13% y/y and the latter to 3.20% y/y, below the mid point of Bank Indonesia's 3.5% +/- 1% target band.
We expect a gradual uptick in inflation in the months ahead, but not to a degree that should prevent further easing in Q1. A relatively stable IDR will also likely give confidence for BI to lower rates further.
We expect two more rate cuts in this cycle but think BI will slow the pace of rate cuts, with the 7 day reverse repo likely to fall to 4.5% by end Q1 2020.”


Compensation for businesses whose produce is stamped in Europe
Minister of Economy; "I will financially assist those impacted by the EU law"
by Arutz Sheva StaffThe Minister of Economy, Eli Cohen (Likud), assured that his Ministry will compensate those impacted by the EU law.
The European Union passed a law that all items made in Judea and Samaria, the Jordan Valley, Golan Heights or East Jerusalem that are exported to the EU must be labeled clearly to their place of origin. This law will detrimentally affect the agriculture and food production located in these areas.
Cohen sent a letter to David Elhayani, chairman of Yesha Council ( an organization that represent the interest of the Jews who live in Judea and Samaria), "this law is historically, morally and ethically wrong."
"I assure you that I will work together will other government offices to rectify this law, highlighting the historical connection between the Jews and the land of Israel, especially Judea and Samaria. Any damage done by the EU, I will make sure that help and compensation will be ready."
Elhayani wrote in response; "we will not give in to European threats. I appreciate Minister Eli Cohen's involvement to help the standing of Israeli farmers. We will continue to grow food and export it throughout the globe."


| CVE | Vulnerability name | Date | Responsible Security Disclosure by | Vulnerabilities |
|---|---|---|---|---|
| TODO | Emailbleed |
2021-01-26 12.42 EET |
Georg Krause Did send detailed report! |
|
| Timeline | Details |
|---|---|
| 2020-03-23 17:03 EET |
Report received. Georg Krause wrote: Hello, today I noticed a security issue: Everyone with access to the admin panel is able to copy the SMTP password. Its hidden behind **** in the password field, but copy actions are possible. Its better to not expose the password in plain text to the frontend in any way. Please fix asap. Kind regards, Georg |
| 2021-02-25 | Wekan v4.99 2021-02-25 released by xet7 with fix. |


Asda and George Home to take part in Black Friday sales for the first time since 2016
It's the first time Asda has offered tech discounts for Black Friday since 2016
by Catherine Murphy, Jasper KingSupermarket giant Asda has confirmed it will be taking part in this year's Black Friday after opting out of the discount event for the last few years, reports the Liverpool Echo
Asda has released some of its deals already - 10 days before this year's Black Friday official date (November 29).
Customers are encouraged to stock up on early Christmas presents as Asda is offering 50% off tech products like TVs and tablets.
Deals are available in selected stores and they are expected to sell out fast.
Offers include
RCA Gemini 2in1 10" Tablet was £129, now £89
Fitbit Inspire was £69, now £49
Polaroid 49" Smart TV was £299, now £229
9 Piece Tefal Pan Set was £70, now £40
Now TV Stick was £30, now £15
Asda stopped taking part in Black Friday after chaotic scenes erupted across its stores in 2016 when shoppers started fighting over discounted televisions and other products.
Its clothing range George offered 20% off partywear in 2018 but Asda stores didn't offer any discounts on technology products.
Therefore, people who are looking for additional bargains this Black Friday will be delighted to see once again that Asda are offering Black Friday deals.
Technology products are always popular during the Black Friday sales. Argos, Amazon and Currys PC World have all already launched early Black Friday sales on everything from TVs to Apple Airpods.
For the latest news in and around Bristol, visit and bookmark Bristol Live's homepage.


| S.No | Youtube Link | Link Description | Received Date |
|---|---|---|---|
| 1 | The one area of your ... | 2012-12-19 03:14:07 | |
| 2 | They either focus entirely .. | 2012-12-19 03:14:07 | |
| 3 | Would your delivery be stiff and academic.. | 2012-12-19 03:14:07 | |
| 4 | They either focus entirely on the .. | 2012-12-19 03:14:07 | |
| 5 | Would your delivery.. | 2012-12-19 03:14:07 |


RSA
RSA Institute Of Technology
(Engineering College)
Affiliated to MUMBAI UNIVERSITY OF MUMBAI
Loading....
GRADE CARD
1
CERTFICATE DETAIL
Cer.No
Candidate Full Name
Candidate Mother Name
Examination Name
Year of Examination
Branch
Seat No
Course Name
Grade
Credit Points
Remark
2
VERIFICATION
Authentication Code


E. Witkowski Lap Chole Procedural Map Key Step Selector
This page is designed to gather data about your procedural map for laparoscopic cholecystectomy.
Your input will assist in the development of a scoring rubric with which to score residents' conceptualization of the steps of a lap chole.
Instructions:
1. Please review your procedual map.
2.
3.


Class Factory
Entity factory
Functions
| Factory.static.create (mapObject) | Create an entity instance from map object. |
| Factory.static.createObjects (objectArray, world) | Create objects and add to the world. |
Tables
| Factory.static.entities | Table of entity classes |
Functions
- Factory.static.create (mapObject)
-
Create an entity instance from map object.
Parameters:
- mapObject table Map object
Returns:
-
table
Entity instance
Raises:
Entity type %type% not found in factory.create - Factory.static.createObjects (objectArray, world)
-
Create objects and add to the world.
Also returns player position vector
Parameters:
- objectArray {table,...} Table of map objects
- world World Love2D World instance
Returns:
- {table,...} Table of entity instances
- Vector Player position


{% block head %}
{% block title %}{% endblock %} - Sparkie
{% endblock %}
{% block content %} {% endblock %}
{% block footer %}
Home
Examples
Documentation
Download
Sparkie
Autonomous inspections for process industry by a quadruped robot with use of neural networks
Section
A simple container to divide your page into
sections
, like the one you're currently reading
{% endblock %}


Save thousands of development hours with laravel open source.
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Encapsulate a general DOM error or warning
Constructors and assignment operator
| |||||||
Destructor.
| |||||||
| Enumerators for DOM Exceptions | |||||||
Public variables.
|
Encapsulate a general DOM error or warning.The DOM will create and throw an instance of DOMException when an error condition is detected. Exceptions can occur when an application directly manipulates the DOM document tree that is produced by the parser, or when a document tree is created from scratch using the DOM API. DOM exceptions will not be generated by the parser while constructing a document tree from an XML source document.
Unlike the other classes in the C++ DOM API, DOM_DOMException is NOT a reference to an underlying implementation class, and does not provide automatic memory management. Code that catches a DOM exception is responsible for deleting it, or otherwise arranging for its disposal.
message - The string containing the error message
alphabetic index hierarchy of classes
|
Xerces-C XML Parser for C++ Version 1.1 |
|
|
generated by doc++


In MongoDB, one should use projections wherever possible. I wanted to quantify two things
We have a table called events, whose stats looks like this:
> db.events.stats()
{
"ns" : "6ed11a9246404d1b95fe.events",
"count" : 16912712,
"size" :<PHONE_NUMBER>,
"avgObjSize" : 509,
"numExtents" : 25,
"storageSize" :<PHONE_NUMBER>,
"lastExtentSize" :<PHONE_NUMBER>,
"paddingFactor" : 1,
"paddingFactorNote" : "paddingFactor is unused and unmaintained in 3.0. It remains hard coded to 1.0 for compatibility only.",
"userFlags" : 1,
"capped" : false,
"nindexes" : 4,
"totalIndexSize" :<PHONE_NUMBER>,
"indexSizes" : {
"_id_" : 548732240,
"notificationId_1" : 14545104,
"parameters.notificationId_1" : 54296816,
"eventName_1" : 550359264
},
"ok" : 1
}
So, there are around 17M entries, having a total size of 8.6GB, thus having an average object size of 8.6GB/17M = 509 bytes.
I fetched first three million entries in this collection, using a python program like this:
class QGMongo(object):
__conn = None
@classmethod
def get_connection(cls):
if cls.__conn is None:
cls.__conn = MongoClient('<IP_ADDRESS>', 27000)
return cls.__conn
if __name__ == '__main__':
conn = QGMongo.get_connection()
database = conn['6ed11a9246404d1b95fe']
events = database.events.find()
count = 0
for event in events:
count += 1
if count == 3000000:
break
This prgram took around 120s to run. I set db.setProfilingLevel(2) and then figured out from system.profiles collection that
As per db.system.profile collection,
I then did same experiment using projection:
class QGMongo(object):
__conn = None
@classmethod
def get_connection(cls):
if cls.__conn is None:
cls.__conn = MongoClient('<IP_ADDRESS>', 27000)
return cls.__conn
if __name__ == '__main__':
conn = QGMongo.get_connection()
database = conn['6ed11a9246404d1b95fe']
events = database.events.find({}, {'eventName': 1})
count = 0
for event in events:
count += 1
if count == 3000000:
break
This time, the program took around 30s.
As per db.system.profile collection,
As a result of this, I have the answer to my first question: the query times improve significantly using projections. When I used projection such that the data size required by my program dropped to around 15% (1.1GB to 160MB), program running time dropped to 25% (120s to 30s).
However, my second question is not well answered. There are two outstanding questions:
While complete running times for my programs in the two cases are 120s and 30s repectively, times reported by mongodb are 15s and 1.7s respectively. So, where does the remaining time get spent? Is it in the pymongo driver?
Why does projection help at all? The data required to be read from the disk is the same. I have read somewhere that decoding bson is what takes time. I need to quantify this time before I can come to a conclusion.


You’ve heard of ICO (Initial Coin Offering), but IVO should be a brand new term. It stands for Initial Vote Offering and it’s a funding mechanism that only exists on the Steem blockchain. The idea is fairly simple. For those looking to raise money (steem); particularly for those looking to elevate capabilities on a project, you can sell votes in advance. Essentially in exchange for money now one can trade tokens that you can use to vote posts now or later, which are already backed by the steem you collected in the IVO.
You can use the votes right away to get an immediate small return on your investment or you can wait. Thus the risk is highly mitigated. Through waiting you’ll experience the benefit of project work on the account power so that when you spend the vote you’ll get the benefit of the reward after the people that raised the money have done a lot of work. Essentially the project will organically grow the account through posting and curation, and as an investor you’ll see a handsome return on your investment by the time you’re finally ready to use or sell the vote.
The bottom line is this. Do you think that you can make more money holding your steem and steem power and posting with it, or do you think the team of people working on the project will earn faster than you as an individual. Especially if you’re not that active, don’t like to post, or can’t imagine putting in the time it takes to build a monster account here then this can be a way for you to invest.
This is a massive financial opportunity for the platform
With SMTs and communities coming there are a lot of ways to buy equity into a system or simply form a group and become whales. In a lot of those cases you have a substantial risk around the SMT and if it will be successful. You may end up buying into tokens that don’t ever gain traction (they may sky rocket too, but the risk is you lose your investment). So, this is a different way to attract cash. It has the benefit of far less risk because it’s backed by Steem. An IVO is immediately backed by an account with Steem Power and the ability to return your capital as soon as it’s powered up.
Why is this good for the platform? Here is a way to pool capital, which will attract capital. Business minded folk can be on the platform drop an IVO and have an account with more Steem they can use to upvote their own posts, and after the votes have been redeemed the account is free to use the steem power. This should attract investors to the platform, which can raise the price, which in turn will help all of the active posters on the platform with higher post rewards!
An example: mspwaves
The Minnow Support Project has a streaming internet broadcast station called mspwaves. A handful of people have delegated to it and brought the account to a 10kSP account. Over time we’re going to be looking to increase the capabilities of this station to provide additional media types to the platform. In order to do that we may want to raise funds. So, let’s look at an example of mspwaves doing an IVO.
For starters the price listed below is set such that if you vote today you’ll get your money back or close to it. So, we’ve done our best to reduce risk for you. It’s possible that the price of SBD or steem drops, but it’s the same risk whether you hold it in your account or move it to an IVO.
Secondly, this would be a good example of a project to support. It’s a fully functional internet streaming station with 20 DJs, backed by the minnowsupport project, and the leadership of that is comprised of multiple top 20 and backup witnesses. There’s an actual project, team, and community around it. As you saw it was able to host some of the biggest names on the platform during the Steem Panel Discussion.
This is a good project for the Steem blockchain to have it’s own station, and it’s a good business opportunity because with so many talented people working on it it’s bound to grow. We’re still wrapping our heads around if we’d actually do this just yet, but in theory this is a great way to raise funds today, that we can then use to help grow the project.
How does it work? Think of Whaleshares!
Thanks to the folks from Whaleshares and the BTS community we already have a pathway that’s established and working for months to make this work. In this example we can list a new token on BTS called mspwaves. We could sell them in tranches of 10k steem. The first tokens are cheapest because the account is smallest at that time. Later tokens are more expensive because the account will have a larger and larger SP count on it and will be able to create higher rewards on posts.
Until 50% of the tokens have been redeemed or 3 months have passed the issuer won’t use the account to upvote anything other than it’s own posts. After that projects have a few options. You’ll have to see how the experiment is running, but you could start upvoting project team members, paying them in upvote tokens, and/or distribute to users you’re trying to attract (for mspwaves we could give them to audience participants).
Why not wait until SMTs
This is a model with all the functional parts now.
This is a model that can inform new ways to use SMTs.
SMTs are complicated and doing something like this now could help us all understand how to have a successful launch.
This is good for the platform to get investors.
This builds ties with the BTS community.
We need to promote how Steem can be used today to make it as successful as possible.
I think ultimately my favorite reason to start today is after I participated in the Storm token sale. That thing took a month to get through. On day one SMTs are released they are released, but you’re probably not ready. You still need to get a website out, form a team, figure out the ratio, and have a giant plan in place. That takes months of prep to do well to have a really successful raise. So, if you want to be ready for SMTs on day 1 the best thing to do is fiddle with an example using BTS and see where that baby goes.
Why wait until SMTs
This keeps all the proceeds on the current platform.
This keeps all the buying pressure on Steem.
Knowing exactly how SMTs take shape will give the closest approximation to what they become.
Better relations with Steemcentric whales.
What could these cost?
Here’s a sample I worked up. Mspwaves has 10kSP on it currently so that’s where the starting value comes from. Each round would add another 10kSP to the bot, so the vote value goes up, so the price goes up. It doesn’t currently include some of the tokens sticking with the founders, but that might be an option too. It’s just an example. It’s yet to be seen if we actualy try this with mspwaves.
How are they purchased?
Go to bitshares.org. Create an account. Use blocktrades to move currency to bitshares. Use bitshares to purchase mspwaves tokens.
How could they used?
Send 100 new tokens to @whaleshares within BTS. Include in the memo “U steemit-URL.” It’ll vote on the post with 100% (you can send fewer for less than a full vote). You can check out http://whaleshares.net/ for more details.
Eventually we’ll need a Steem SMT whaleshares clone
But that baby doesn’t exist yet. So, if you’re looking for experience now in preparation for the launch of SMTs then I suggest this as a good trial experience.
Other logistics
Not everyone is a BTS investor. So, it’s likely you’d need tutorials and also a Discord group to show people how to do it and talk about it. You probably need some live meetings during the sale to talk through how it would work. If you end up trying something like this then be sure to come on the Minnow Mayor Town Hall to talk about your plans! It’s Sunday nights from 8-11pm est (0100-0400 UTC).
This idea is brought to you by the high price of SBDs
This really only works because the price of SBDs are high (and I think going to rise). Since the vote values are shooting sky high you can actually raise money with this. So, kudos to high SBDs and thanks to Korean pumpers looking to maximize their value of SBD.
If you do an IVO please reference this in your first post about it.
This page is synchronized from the post: ‘Initial Vote Offering (IVO): A white paper on using Steem and the voting system as a way to aggregate capital!’


DNS is short for domain name system, and can be defined as a directory service that is used for transforming alphanumeric domain names into numeric IP addresses. If you would like to learn more about IP addresses and what they are, please navigate to the sidebar presented to the right and read about them there! A simplified way to think of this is that a DNS acts as the phonebook of the internet. Individuals access information online through various domain names, like google.com or espn.com. Web browsers interact through internet protocol addresses, and the DNS translates the domain names to IP addresses so the browser can easily load the Internet page. A basic example of a DNS being utilized in the world would be the domain www.amazon.com which is translated through a DNS into a machine readable IP address <IP_ADDRESS>. DNS servers are crucial because computers cannot process domain names. For a computer to be able to access websites they need to find the relevant IP address connected to the domain name.


We often receive commissions and other benefits and incentives from providers or may charge a fee to the end users. Hotel owners and tour operators typically pay a higher commission rate to travel agencies, whereas airlines typically pay a low commission.
The customer is normally not made aware of how much the travel agent is earning in commissions and other benefits.
A 2016 survey of 1,193 travel agents in the United States found that on average 78% of their revenue was from commissions and 22% was generated from fees.
The team leader and the controller in the company, he made the first word in the company
Director of Administrative Affairs
Labor Affairs Manager


For online documentation and support please refer to:
How to Map a Webdav Drive in Windows 10.
How to Map a Webdav Drive Mac OS X and Linux.
Thank you for using this software.


📅 (2019-11-29 00:21:18 UTC)
# Packages matching: installed # Name # Installed # Synopsis base-bigarray base base-num base Num library distributed with the OCaml compiler base-threads base base-unix base conf-findutils 1 Virtual package relying on findutils conf-m4 1 Virtual package relying on m4 coq 8.11.dev Formal proof management system num 0 The Num library for arbitrary-precision integer and rational arithmetic ocaml 4.05.0 The OCaml compiler (virtual package) ocaml-base-compiler 4.05.0 Official 4.05.0 release ocaml-config 1 OCaml Switch Configuration ocamlfind 1.8.1 A library manager for OCaml # opam file: opam-version: "2.0" maintainer<EMAIL_ADDRESS>homepage: "https://github.com/thery/PolTac" bug-reports: "https://github.com/thery/PolTac" dev-repo: "git://github.com/thery/PolTac" license: "LGPL" authors: ["Laurent Théry"] install: [ [make] [make "install"] ] remove: ["rm" "-R" "%{lib}%/coq/user-contrib/PolTac"] depends: [ "ocaml" "coq" {>= "8.8~"} ] synopsis: "A set of tactics to deal with inequalities in Coq over N, Z and R:" flags: light-uninstall url { src: "https://github.com/thery/PolTac/archive/8.8.zip" checksum: "md5=ce09898d4435b50a4a9503d41623222f" }
true
Dry install with the current Coq version:
opam install -y --show-action coq-poltac.0.8.8 coq.8.11.dev
Dry install without Coq/switch base, to test if the problem was incompatibility with the current Coq/OCaml version:
true
opam list; echo; ulimit -Sv 4000000; timeout 2h opam install -y --deps-only coq-poltac.0.8.8 coq.8.11.dev
opam list; echo; ulimit -Sv 4000000; timeout 1h opam install -y -v coq-poltac.0.8.8 coq.8.11.dev
# Packages matching: installed # Name # Installed # Synopsis base-bigarray base base-num base Num library distributed with the OCaml compiler base-threads base base-unix base conf-findutils 1 Virtual package relying on findutils conf-m4 1 Virtual package relying on m4 coq 8.11.dev Formal proof management system num 0 The Num library for arbitrary-precision integer and rational arithmetic ocaml 4.05.0 The OCaml compiler (virtual package) ocaml-base-compiler 4.05.0 Official 4.05.0 release ocaml-config 1 OCaml Switch Configuration ocamlfind 1.8.1 A library manager for OCaml [NOTE] Package coq is already installed (current version is 8.11.dev). The following actions will be performed: - install coq-poltac 0.8.8 <><> Gathering sources ><><><><><><><><><><><><><><><><><><><><><><><><><><><><> Processing 1/1: [coq-poltac.0.8.8: http] [coq-poltac.0.8.8] downloaded from https://github.com/thery/PolTac/archive/8.8.zip Processing 1/1: <><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><> Processing 2/2: [coq-poltac: make] + /home/bench/.opam/opam-init/hooks/sandbox.sh "install" "make" (CWD=/home/bench/.opam/ocaml-base-compiler.4.05.0/.opam-switch/build/coq-poltac.0.8.8) - /home/bench/.opam/ocaml-base-compiler.4.05.0/bin//coq_makefile -f _CoqProject -o Makefile.coq - COQDEP VFILES - COQC PolAuxList.v - COQC PolSBase.v - COQC NAux.v - COQC Replace2.v - COQC P.v - COQC PolAux.v - COQC RPolS.v - COQC RGroundTac.v - COQC RSignTac.v - COQC NatGroundTac.v - File "./NatGroundTac.v", line 25, characters 0-77: - Warning: Adding and removing hints in the core database implicitly is - deprecated. Please specify a hint database. - [implicit-core-hint-db,deprecated] - File "./NatGroundTac.v", line 26, characters 0-76: - Warning: Adding and removing hints in the core database implicitly is - deprecated. Please specify a hint database. - [implicit-core-hint-db,deprecated] - COQC NatSignTac.v - COQC NGroundTac.v - File "./NGroundTac.v", line 16, characters 0-54: - Warning: Adding and removing hints in the core database implicitly is - deprecated. Please specify a hint database. - [implicit-core-hint-db,deprecated] - File "./NGroundTac.v", line 17, characters 0-69: - Warning: Adding and removing hints in the core database implicitly is - deprecated. Please specify a hint database. - [implicit-core-hint-db,deprecated] - COQC NSignTac.v - COQC ZSignTac.v - COQC ZPolS.v - COQC NatPolS.v - COQC NPolS.v - COQC PolFBase.v - COQC RPolF.v - COQC ZPolF.v - COQC NatPolF.v - COQC NPolF.v - COQC PolRBase.v - COQC RPolR.v - COQC ZPolR.v - COQC NatPolR.v - COQC NPolR.v - COQC PolTac.v - COQC Natex.v - File "./Natex.v", line 5, characters 0-5: - Error: Tactic failure. - - Makefile.coq:672: recipe for target 'Natex.vo' failed - make[1]: *** [Natex.vo] Error 1 - Makefile.coq:326: recipe for target 'all' failed - make: *** [all] Error 2 [ERROR] The installation of coq-poltac failed at "make". Processing 2/2: [coq-poltac: rm] + /home/bench/.opam/opam-init/hooks/sandbox.sh "remove" "rm" "-R" "/home/bench/.opam/ocaml-base-compiler.4.05.0/lib/coq/user-contrib/PolTac" (CWD=/home/bench/.opam/ocaml-base-compiler.4.05.0/.opam-switch/build/coq-poltac.0.8.8) - rm: cannot remove '/home/bench/.opam/ocaml-base-compiler.4.05.0/lib/coq/user-contrib/PolTac': No such file or directory #=== ERROR while installing coq-poltac.0.8.8 ==================================# # context 2.0.5 | linux/x86_64 | ocaml-base-compiler.4.05.0 | file:///home/bench/run/opam-coq-archive/released # path ~/.opam/ocaml-base-compiler.4.05.0/.opam-switch/build/coq-poltac.0.8.8 # command ~/.opam/opam-init/hooks/sandbox.sh install make # exit-code 2 # env-file ~/.opam/log/coq-poltac-16185-865888.env # output-file ~/.opam/log/coq-poltac-16185-865888.out ### output ### # [...] # COQC ZPolR.v # COQC NatPolR.v # COQC NPolR.v # COQC PolTac.v # COQC Natex.v # File "./Natex.v", line 5, characters 0-5: # Error: Tactic failure. # # Makefile.coq:672: recipe for target 'Natex.vo' failed # make[1]: *** [Natex.vo] Error 1 # Makefile.coq:326: recipe for target 'all' failed # make: *** [all] Error 2 <><> Error report <><><><><><><><><><><><><><><><><><><><><><><><><><><><><><><> +- The following actions failed | - install coq-poltac 0.8.8 +- - No changes have been performed # Run eval $(opam env) to update the current shell environment 'opam install -y -v coq-poltac.0.8.8 coq.8.11.dev' failed.
No files were installed.
true


Planned JavaOne 2009 activities around Hudson.
Unconference
The event would be in the afternoon of Sunday, May 31st, in one of the big underground room in Moscone Center. Please register if you intend to attend, so that we can better organize the event. This event is open to anyone, including those who are not registered for JavaOne.
Party at Thirsty Bear
After the unconference, we'll move on to a party at Thirsty Bear. Sign up for the unconference and enjoy free beer!
CommunityOne West sessions
CommunityOne West is hosted back-to-back with JavaOne. The session part of it is free for anyone (RSVP), and the registration even gives you free access to the JavaOne pavilion and general sessions.
Sun GlassFish Portfolio: Where Sun's Application Platform Is Going (Hall E 135, 10:50-11:40am, Eduardo Pelegri-Llopart, Sun Microsystems, Inc.)
This talk is broadly about the entire GlassFish Portofolio, of which Hudson is a part. I believe you'll hear where Sun wants to take Hudson at the high level.
Test Your Product on Multiple Machines in Parallel with Hudson (Hall E 135, Monday 11:50am-12:40pm, Lukas Hasik and Tomas Musil, Sun Microsystems, Inc.)
This session's presenters had tests and machines, but they still needed an infrastructure to connect those things together, namely Hudson. I think this is a report from a trench, so to speak, about how they use Hudson.
JavaOne sessions and BOFs
As of this writing, the schedule of those sessions and BOFs aren't decided.
TS-5301 Continuous Integration in the Cloud with Hudson (Kohsuke/Jesse)
This session will mainly talk about the recent Hudson improvements around distributed builds and how they make it easy to utilize a lot of computers effectively under Hudson, including running your builds/tests on "cloud". (Hudson J1 2009.ppt)
BOF-5105 Hudson Community Meet-up (Kohsuke/Tom/Rama)
This BOF is still being organized, but we plan on asking several Hudson committers to talk about what they've been working on. Your suggestions welcome.
Cloud Computing and NetBeans™ IDE Enable Army Research Lab's Next-Generation Simulation System
This appears to be a case study of an application that U.S.Army developed. The abstract says:
It also discusses the MUVES 3 team's experiences in performing continuous integration by using Hudson and testing the system on Amazon's Elastic Compute Cloud with Elastic Grid.
Booth in the exhibit floor
Hudson will have its own booth in the Sun pavilion at the exhibit floor. Please drop by to say hello and/or talk about your favorite bugs/RFEs (Booth Shift.)


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Hi, I'm Pallavi.
I'm a UX Designer and a graduate student in Human Computer Interaction at the University of Michigan.
Obsessively doodling on the back covers of notebooks since childhood, design has always been a saviour for me and continues to be one today. I'm particularly fascinated with personalisation and customisation in UX, and the process that goes into making experiences not just seamless, but delightful. In my spare time, I enjoy swimming, sketching and chasing after dogs trying to pet them. You might also find me in a stationery store buying notebooks that are too beautiful to actually use.
I love to work on fresh ideas and clean, well designed pages are my source of instant gratification. If you want to talk about my work or anything else, please send me an email, give me a call or reach out to me at any of my social media handles!
Currently seeking internship opportunities for summer 2018 as a User Experience Designer.


This is a simple experiment at using WebAssembly (WASM) for rendering a sketch from a source image. This demo is part of my upcoming book Generative Art in Go. Note: This is an experiment built for educational purposes. Don't expect production-grade performance! I can also not guarantee that it will work with all browsers.


This example demonstrates how to interact with audiolet. For now, it emulates a musical keyboard on your computer keyboard.
1
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higher octave
Q
W
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Z
U
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P
A
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D
F
G
H
J
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L
lower octave
Y
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C
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;
:
+3
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+0
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Environment game
The environment game was originally intended to be released to elementary schools on Earth day in order to teach young students about the harmful effects of littering,
as well as other nature themes. Originally designed to be the main project for our club, it was divided up among all of us in order to complete it by Earth Day. Despite
not finishing it in time, the game is still considered a success.
Recyclables Finder
The Recyclables AI is a tensorflow model that classifies different trash that appears in an image. There's a 12 catagory and 6 catagory model.
These models use a combination of transfer learning, deep neural nets, and convolutional neural nets to classify an image. There are 3
versions with varing degrees of accuracy, but all of them perform at 75% or better accuracy. This was mostly a test to see how neural learning
works in depth and areas where it should and shouldn't be used. All of the models are published as Jupyter notebooks designed to work with Google Colab.
Hangman
The Hangman Game is a replica of the classic game Hangman. It was originally played on a paper and pencil but was then digitalized into a video game. The basic idea of Hangman
is to try and guess a word that the opponent had though of with the least amount of mistakes - too many mistakes and you lose. The game was made by four members of the Natck High
Coding Club. It can be downloaded and played on the Natick High School Coding Club Github page - or click the blue heading above.
FizzBuzz
The FizzBuzz project was the first project we created. The program is given an array
of integers and is then tasked with determining whether to output "Fizz", "Buzz",
"FizzBuzz", or nothing at all. For example, since the program works with multiples
of 3, 5, and 15, if 6 was inputted, “Fizz” would be outputted, and if 45 were inputted,
“FizzBuzz” would be outputted. This project was worked on by a multitude of people within
the programming club, and was a good starting point for us to get to know each other
better and collaborate. During this project we used the Python programming language,
and added conditionals, inputs, outputs, and functions such as modulus. We also took
the opportunity, after we accomplished our goal, to customize our code further to
include other conditions and multiples that would get specific responses. Overall,
this was a fun project to work on, and if you would like to see the end result that
we came up with, click the link above.
Prime Number Finder
The prime number finder was a project that was worked on for a couple of coding club meetings, a few weeks after we officially started meetings for this year.
This project was worked on by a small group of students within the club, and helped to reinforce common staples of programming. The goal of this project was to
be able to enter a range of two numbers and get an output of all of the prime numbers within that range. This required us to use if and else statements, loops,
variables and numerical operators. We also needed to be able to receive user input and then output our answer. We had a few different versions of this, and
eventually we fixed all of the bugs and were able to settle on a format that we all liked. Overall, this project not only helped us to strengthen our familiarity
with programming. It also helped us to learn how to fix bugs, make design choices and work efficiently as a team. If you would like to try out this project for yourself,
click the link above.
Minecraft Helper Mod (aka. ProjectEZ)
This is a Minecraft Fabric mod which has a purpose of improving the quality of life
of the player using the mod, with mods such as fullbright, potion effects display,
light level visualizer and more. The github release can be found here:
Release 1.0.0.
It can be installed by putting it into your mods folder and then running Minecraft with Fabric for 1.16.5 installed.
This was primarily created by two members of the club. The group used IntelliJ and
the fabric base project in order to start their mod, and from there created several
custom systems for player to use. The full code is available on github.