| Company | Description | Payment |
|---|---|---|
| Five BR | Make a Hello World program in C | 2 UST |
| Elppa | Make a Java UI | 15 UST |
| Fosorcim Inc. | Make an algorithm to order an array | 10 UST |
| Elgog AI Inc. | Write a small AI Python script to play videogames | 30 UST |
| E Corp | Make a program to destroy the world | 20 UST |


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Make good looking designs quickly. All without a single line of custom CSS.
Get the CourseWe'll create BeginnerTailwind.com (it's the site you're on now)
We'll do it all without a single line of custom CSS!
Tailwind makes writing CSS easier and lets us customize our designs faster than any other CSS framework. If you want a CSS framework that has pre-built components, then Tailwind may not be for you. If you want a CSS framework that lets you design quickly and customize your site, then Tailwind is gonna be a lot of fun.
After using Bulma to build
Scotch.io, my CSS files became littered with my own
!important
classes to override the framework's styles. Tailwind doesn't have
the
!important
problem since all our elements are designed on the fly.
Important Note: Tailwind lets us design quickly, but this doesn't mean that you don't need CSS knowledge however. To use Tailwind, you need to have a good understanding of CSS properties. In this course, we will learn Tailwind and we'll also learn CSS conceptsto create good looking designs. Tailwind is the ultimate CSS shorthand, but we still need to learn the CSS, which we'll do in this course.
" This isn't just a Tailwind course. This is also a "learn how to design with CSS" course.
The hardest things about learning Tailwind is memorizing the classes and also knowing which classes go well together. We'll be writing a lot of Tailwind in this course so that the repetition will help us commit Tailwind classes to memory.
We'll dive into the most important classes of Tailwind and using them a TON
We'll dive into the most important classes of Tailwind and using them a TON
We'll dive into the most important classes of Tailwind and using them a TON
We'll dive into the most important classes of Tailwind and using them a TON
We'll dive into the most important classes of Tailwind and using them a TON
We'll dive into the most important classes of Tailwind and using them a TON
We'll dive into the most important classes of Tailwind and using them a TON
These components are things you'll have to build in this project
XY videos at a smooth pace
AB hours of learning + building
Source Code and CodePens
Use the code in your own projects
Access to Discord for Support
Lifetime refund guarantee
Yes ! Let's chat in Discord.
Yes ! Let's chat in Discord.
Yes ! Let's chat in Discord.
Yes ! Let's chat in Discord.
Yes ! Let's chat in Discord.
Yes ! Let's chat in Discord.


About Us WELCOME TO OUR WEBSITE ❮ ❯ We are cookies store we have five branches in: Seattle Tokyo Dubai Paris Lima Our Sales


Enrollment Information
Enrollment is limited to the first 104 registered and fully paid campers. We historically reach full enfollment early. Registration includes full payment which is due no later than 24 MAY 2020. Late registration begins June 1st through the first day of camp and incurs a late fee of $15.00 per camper and is based upon enrollment availability. Campers are not registered until full payment is received. For working parents who deduct summer camp as a child care expense our Federal Tax ID number is 45-1612768.


“Go therefore and make disciples of all nations, baptizing them in the name of the Father and of the Son and of the Holy Spirit.” Matthew 28: 19
“Every baptized person should consider that it is in the womb of the church where he is transformed from a child of Adam to a child of God.” St. Vincent Ferrer
Baptism is the first Sacrament of initiation in the Catholic Church. This wonderful moment of great joy in a family and/or an individual’s life, is the most important of moments. Through baptism, a person is freed from original sin, made a child of God and brought into His family, the Church.
  For my flesh is real food and my blood is real drink. Whoever eats my flesh and drinks my blood remains in me, and I in them. Just as the living Father sent me and I live because of the Father, so the one who feeds on me will live because of me. This is the bread that came down from heaven. Your ancestors ate manna and died, but whoever feeds on this bread will live forever.” (John 6: 53-58)
“...In this world I cannot see the Most High Son of God with my own eyes, except for His Most Holy Body and Blood." St. Francis of Assisi
The sacrament of First Eucharist, or Holy Communion, is a sacrament of initiation in the Catholic Church. Through this sacrament, we really, literally, actually receive the Body, Blood, Soul and Divinity of Christ. The Holy Eucharist unites us with our Lord, whom we receive in this sacrament. It is, in fact, what makes us his Church.
For more information, please call<PHONE_NUMBER> ext. 18.
“When the day of Pentecost came, they were all together in one place. Suddenly a sound like the blowing of a violent wind came from heaven and filled the whole house where they were sitting. They saw what seemed to be tongues of fire that separated and came to rest on each of them. All of them were filled with the Holy Spirit and began to speak in other tongues as the Spirit enabled them.” (Acts 2: 1-4)
“If we don't teach our children to follow Christ, the world will teach them not to.” Anonymous
"And then remember that you received the seal of the Spirit; the spirit of wisdom and understanding, the spirit of counsel and strength, the spirit of knowledge and godliness, and the spirit of holy fear, and preserved what you received. God the Father sealed you, Christ the Lord strengthened you, and gave the earnest of the Spirit in your heart, as you have learned in the lesson from the Apostle." St. Ambrose
Confirmation is one of the three sacraments of initiation in the Catholic Church. This sacrament is the perfection of our Baptism. Through Confirmation, we become true witnesses to Christ, and receive the grace of the Holy Spirit that was bestowed upon the Apostles on Pentecost. With the gift of the Holy Spirit, Christ conquers our hearts and gives us the courage to give witness to Him in the world. By His grace, the weak become strong, the downcast are lifted up, the fearful become courageous and sinners become saints.
For more information, please call<PHONE_NUMBER> ext. 18.
"Is there any sick among you? Let him call for the priests of the church; and let them pray over him, anointing him with oil in the name of the Lord. And the prayer of faith will save them” James 5:14-15
The sacrament of Anointing of the Sick is provides spiritual strength and healing to those who are ill or dying. It can be administered as often as necessary. Through this sacrament, we receive the grace to be in union with the Passion of Christ, so our suffering will be holy, and the grace to prepare for death. If the anointed was not able to go to Confession, Anointing also provides forgiveness of sins.
For more information, please contact the parish office at<PHONE_NUMBER> ext. 10.
If there is an emergency and you need a priest for an immediate anointing day or night, please call our emergency line at<PHONE_NUMBER>
“Receive the Holy Spirit.  John 20:22-23
“Our Lord Himself I saw in this venerable Sacrament . . . I felt as if my chains fell, as those of St. Peter at the touch of the Divine messenger. My God, what new scenes for my soul!” -St. Elizabeth Ann Seton
Christ instituted this Sacrament as an offer of mercy toward His followers. Knowing that we who love Him may continue to fall, He gave His Apostles the power to forgive sins (and to hold people bound to sin should they be unrepentant). This power has been handed down from Christ to the Apostles and now to the bishops (the successors of the Apostles) and priests today.
Through this incredible Sacrament, Christ washes away our sins. If we are contrite and truly desire to amend our lives, he forgives us totally. What could be more powerful or more valuable than this? Don’t be afraid to approach the confessional. Come and be forgiven and healed of whatever sins you may have committed.
Please see the homepage for the exact times for confession. However, whenever you see one of our priests, you can always go to confession, just ask him.
For more information on First Confession, please contact the religious education office at<PHONE_NUMBER> ext. 12.
“But from the beginning of the creation God made them male and female. For this cause shall a man leave his father and mother, and cleave to his wife; And they twain shall be one flesh: so then they are no more twain, but one flesh. What therefore God hath joined together, let not man put asunder” Mark 10:6-9
“It takes three to make love, not two: you, your spouse, and God. Without God, people only succeed in bringing out the worst in one another. Lovers who have nothing else to do but love each other soon find there is nothing else. Without a central loyalty, life is unfinished.” Archbishop Fulton J. Sheen
Marriage is a sacrament of the Catholic Church and is the union of one man and one woman for as long as the two shall live. This holy sacrament is an icon, an image, a representation of the love and union between Christ and His Church – a union which can never be broken.
Please make arrangements a year in advance by contacting the parish office at<PHONE_NUMBER> ext. 10.
Some Videos about marriage:
“Go, sell what you possess and give to the poor, and you will have treasure in heaven; and come, follow me.” Matthew 19:21
“And the Lord gave me brothers.” St. Francis of Assisi
“Our vocation is to embrace the hearts of all men, to do what the Son of God did, he who came into the world to set it on fire. It is true therefore that I am sent not only to love God but to make Him loved. It is not enough to love God if my neighbor does not love Him.” St. Vincent de Paul
“He who wishes for anything but Christ, does not know what he wishes; he who asks for anything but Christ, does not know what he is asking; he who works, and not for Christ, does not know what he is doing.” St. Philip Neri
The sacrament of Holy Orders is the initiation into the priesthood of Jesus Christ. Originally bestowed by Christ upon the Apostles, it is known as the “sacrament of apostolic ministry”. When a man receives this sacrament, he is ordained into one, two or all of three designations: the episcopate, the priesthood, and/or the diaconate.
Those young men called by Christ to be His priest are called to give up all to follow after Him with devotion and hearts aflame with love for Him. Christ invites, He calls, He beckons us by speaking deeply in our hearts, all we need to do is embrace Him and follow Him with courage and love. Are you being called? Do you have the courage and generosity to say “yes” to Him?
Make sure to find a good faithful and joyful priest to help you discern and pray, pray, pray!
For more information about the priesthood or religious vocations, please contact the parish priests at<PHONE_NUMBER> ext. 10 or send an email and we will respond as soon as possible.
Would you like to know more about us?
Our address is Saint Anthony of Padua Church, 121 Bridge Avenue, Red Bank New Jersey 07701
You can come visit us, give us a call, or send us an email. We are happy to hear from you!
732-747-0813


KeyAssist is a utility class designed to help make the drama of
managing key events more manageable in the realm of web gaming.
This particular example demonstrates KeyAssist's basic functionality.
Press and release the arrow keys and space bar and see. Don't forget
to hold them down, too!
It's important to handle your controls carefully -- but how about
using something that does it for you? Then the developer can focus on
what the keys actually do, rather than managing them.
Of particular note is the "during" handler. On your computer, it will
usually generate keystrokes continuously if you have a key held down.
This is great for typing, but in a game it's something a developer
will normally have to manhandle or trash altogether. What we're
usually interested in isn't a bunch of repeated events, but a single
down event, if you're holding the key down, and when you let it go.
For example most games involve some sort of walking around, right?
What if you had to press forward over and over to go forward? Or what
if you had to lower your keyboard's repeat rate so you didn't walk
forward so insanely fast?
KeyAssist can help with this by generating a single key event for each
down and up of a key. While the key is held down, it will run a
"during" handler at whatever rate the developer wants. This can make
things like handling movement much simpler.


Hi, i am a big fan of dragon ball z cartoon.The page that you have opened contains some heroes and villains and their traits and special moves. When i was a kid i watched it.I am enjoying this course a lot.This anime is written by akira toriyama.Actually this cartoon is in japanese language.But i like to watch it in english dubbed.
| Character | trait | Special Moves |
| Goku/kakarot | Bold,Gentle | kamehameha |
| Vegeta | Pride,Boastful | Finalflash |
| Piccolo | Friendly,brave | Special beam cannon |
| Frieza | Evil,Vengeful | Death Comet |
| Gohan | Brave,caring | Masenko |
| Lord Beerus | Leader,God of Saiyans | roundhousekick |


src/volume/sdf/SignedDistanceFunction.js
import { Matrix4, Quaternion, Vector3 } from "math-ds";
import { OperationType } from "../csg/OperationType.js";
import { Union } from "../csg/Union.js";
import { Difference } from "../csg/Difference.js";
import { Intersection } from "../csg/Intersection.js";
import { DensityFunction } from "../csg/DensityFunction.js";
import { Material } from "../Material.js";
/**
* A matrix.
*
* @type {Matrix4}
* @private
*/
const m = new Matrix4();
/**
* An abstract Signed Distance Function.
*
* An SDF describes the signed Euclidean distance to the surface of an object,
* effectively describing its density at every point in 3D space. It yields
* negative values for points that lie inside the volume and positive values
* for points outside. The value is zero at the exact boundary of the object.
*
* @implements {Serializable}
* @implements {TransferableContainer}
*/
export class SignedDistanceFunction {
/**
* Constructs a new base SDF.
*
* @param {SDFType} type - The type of the SDF.
* @param {Number} [material=Material.SOLID] - A material index. Must be an integer in the range of 1 to 255.
*/
constructor(type, material = Material.SOLID) {
/**
* The type of this SDF.
*
* @type {SDFType}
*/
this.type = type;
/**
* The operation type.
*
* @type {OperationType}
*/
this.operation = null;
/**
* A material index.
*
* @type {Number}
*/
this.material = Math.min(255, Math.max(Material.SOLID, Math.trunc(material)));
/**
* The axis-aligned bounding box of this SDF.
*
* @type {Box3}
* @protected
*/
this.boundingBox = null;
/**
* The positional translation.
*
* Call {@link updateInverseTransformation} after changing this field.
*
* @type {Vector3}
*/
this.position = new Vector3();
/**
* The rotation.
*
* Call {@link updateInverseTransformation} after changing this field.
*
* @type {Quaternion}
*/
this.quaternion = new Quaternion();
/**
* The scale.
*
* Call {@link updateInverseTransformation} after changing this field.
*
* @type {Vector3}
*/
this.scale = new Vector3(1, 1, 1);
/**
* The inverted transformation matrix.
*
* @type {Matrix4}
*/
this.inverseTransformation = new Matrix4();
this.updateInverseTransformation();
/**
* A list of SDFs.
*
* SDFs can be chained to build CSG expressions.
*
* @type {SignedDistanceFunction[]}
* @private
*/
this.children = [];
}
/**
* Composes a transformation matrix using the translation, rotation and scale
* of this SDF.
*
* The transformation matrix is not needed for most SDF calculations and is
* therefore not stored explicitly to save space.
*
* @param {Matrix4} [target] - A target matrix. If none is provided, a new one will be created.
* @return {Matrix4} The transformation matrix.
*/
getTransformation(target = new Matrix4()) {
return target.compose(this.position, this.quaternion, this.scale);
}
/**
* Calculates the AABB of this SDF if it doesn't exist yet and returns it.
*
* @param {Boolean} [recursive=false] - Whether the child SDFs should be taken into account.
* @return {Box3} The bounding box.
*/
getBoundingBox(recursive = false) {
const children = this.children;
let boundingBox = this.boundingBox;
let i, l;
if(boundingBox === null) {
boundingBox = this.computeBoundingBox();
this.boundingBox = boundingBox;
}
if(recursive) {
boundingBox = boundingBox.clone();
for(i = 0, l = children.length; i < l; ++i) {
boundingBox.union(children[i].getBoundingBox(recursive));
}
}
return boundingBox;
}
/**
* Sets the material.
*
* @param {Material} material - The material. Must be an integer in the range of 1 to 255.
* @return {SignedDistanceFunction} This SDF.
*/
setMaterial(material) {
this.material = Math.min(255, Math.max(Material.SOLID, Math.trunc(material)));
return this;
}
/**
* Sets the CSG operation type of this SDF.
*
* @param {OperationType} operation - The CSG operation type.
* @return {SignedDistanceFunction} This SDF.
*/
setOperationType(operation) {
this.operation = operation;
return this;
}
/**
* Updates the inverse transformation matrix.
*
* This method should be called after the position, quaternion or scale has
* changed. The bounding box will be updated automatically.
*
* @return {SignedDistanceFunction} This SDF.
*/
updateInverseTransformation() {
this.inverseTransformation.getInverse(this.getTransformation(m));
this.boundingBox = null;
return this;
}
/**
* Adds the given SDF to this one.
*
* @param {SignedDistanceFunction} sdf - An SDF.
* @return {SignedDistanceFunction} This SDF.
*/
union(sdf) {
this.children.push(sdf.setOperationType(OperationType.UNION));
return this;
}
/**
* Subtracts the given SDF from this one.
*
* @param {SignedDistanceFunction} sdf - An SDF.
* @return {SignedDistanceFunction} This SDF.
*/
subtract(sdf) {
this.children.push(sdf.setOperationType(OperationType.DIFFERENCE));
return this;
}
/**
* Intersects the given SDF with this one.
*
* @param {SignedDistanceFunction} sdf - An SDF.
* @return {SignedDistanceFunction} This SDF.
*/
intersect(sdf) {
this.children.push(sdf.setOperationType(OperationType.INTERSECTION));
return this;
}
/**
* Translates this SDF into a CSG expression.
*
* @return {Operation} A CSG operation.
* @example a.union(b.intersect(c)).union(d).subtract(e) => Difference(Union(a, Intersection(b, c), d), e)
*/
toCSG() {
const children = this.children;
let operation = new DensityFunction(this);
let operationType;
let child;
let i, l;
for(i = 0, l = children.length; i < l; ++i) {
child = children[i];
if(operationType !== child.operation) {
operationType = child.operation;
switch(operationType) {
case OperationType.UNION:
operation = new Union(operation);
break;
case OperationType.DIFFERENCE:
operation = new Difference(operation);
break;
case OperationType.INTERSECTION:
operation = new Intersection(operation);
break;
}
}
operation.children.push(child.toCSG());
}
return operation;
}
/**
* Serialises this SDF.
*
* @param {Boolean} [deflate=false] - Whether the data should be compressed if possible.
* @return {Object} The serialised data.
*/
serialize(deflate = false) {
const result = {
type: this.type,
operation: this.operation,
material: this.material,
position: this.position.toArray(),
quaternion: this.quaternion.toArray(),
scale: this.scale.toArray(),
parameters: null,
children: []
};
let i, l;
for(i = 0, l = this.children.length; i < l; ++i) {
result.children.push(this.children[i].serialize(deflate));
}
return result;
}
/**
* Creates a list of transferable items.
*
* @param {Array} [transferList] - An optional target list. The transferable items will be added to this list.
* @return {Transferable[]} The transfer list.
*/
createTransferList(transferList = []) {
return transferList;
}
/**
* Returns a plain object that describes this SDF.
*
* @return {Object} A simple description of this SDF.
*/
toJSON() {
return this.serialize(true);
}
/**
* Calculates the bounding box of this SDF.
*
* @protected
* @throws {Error} An error is thrown if the method is not overridden.
* @return {Box3} The bounding box.
*/
computeBoundingBox() {
throw new Error("SignedDistanceFunction#computeBoundingBox method not implemented!");
}
/**
* Samples the volume's density at the given point in space.
*
* @throws {Error} An error is thrown if the method is not overridden.
* @param {Vector3} position - A position.
* @return {Number} The Euclidean distance to the surface.
*/
sample(position) {
throw new Error("SignedDistanceFunction#sample method not implemented!");
}
}


2.6 The two-sample t-test vs. the paired t-test
In our running example above, we examined the case where we have a single vector of data \(y\). This led to the one-sample t-test.
Next, we consider a case where we have two vectors of data. The data-set below is from Johnson (2011). Shown below are F1 formant data (in Hertz) for different vowels produced by male and female speakers of different languages. (In a speech wave, different bands of energy centered around particular frequencies are called formants.)
## female male vowel language
## 1 391 339 i W.Apache
## 2 561 512 e W.Apache
## 3 826 670 a W.Apache
## 4 453 427 o W.Apache
## 5 358 291 i CAEnglish
## 6 454 406 e CAEnglish
## 7 991 706 a CAEnglish
## 8 561 439 o CAEnglish
## 9 398 324 u CAEnglish
## 10 334 307 i Ndumbea
## 11 444 361 e Ndumbea
## 12 796 678 a Ndumbea
## 13 542 474 o Ndumbea
## 14 333 311 u Ndumbea
## 15 343 293 i Sele
## 16 520 363 e Sele
## 17 989 809 a Sele
## 18 507 367 o Sele
## 19 357 300 u Sele
Notice that the male and female values can be seen as dependent or paired: each row belongs to the same vowel and language. Nevertheless, we can compare males’ and females’ F1 frequencies, completely ignoring this paired nature of the data. The t-test does not “know” whether these data are paired or not—it is the researcher’s job to make sure that model assumptions are met. In this case, the assumption of the t-test is that the data are independent.
Let’s ignore the paired nature of the data for now, and treat the two vectors as independent vectors. Suppose that our null hypothesis is that there is no difference between the mean F1’s for males (\(\mu_m\)) and females (\(\mu_f\)). Now, our null hypothesis is \(H_0: \mu_m = \mu_f\) or \(H_0: \mu_m - \mu_f = \delta = 0\).
This kind of design calls for a two-sample t-test.
The function call in R for a two-sample t-test is shown below. Note here that we are assuming that both the male and female F1 scores have equal variance.
##
## Two Sample t-test
##
## data: F1data$female and F1data$male
## t = 1.5, df = 36, p-value = 0.1
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## -30.07 217.54
## sample estimates:
## mean of x mean of y
## 534.6 440.9
This t-test is computing the following t-statistic:
\[\begin{equation} t=\frac{d-(\mu_m - \mu_f)}{SE} = \frac{d-0}{SE} \end{equation}\]
where \(d\) is the difference between the two sample means; the rest of the terms we are familiar with. SE is the standard error of the sampling distribution of the difference between the means.
We will now do this calculation “by hand”. The only new things are the formula for the SE calculation, and the degrees of freedom for t-distribution \((2\times n - 2)=36\).
The standard error for the difference in the means in the two-sample t-test is computed using this formula:
\[\begin{equation} SE_\delta = \sqrt{\frac{\hat\sigma_m^2}{n_m} + \frac{\hat\sigma_f^2}{n_f}} \end{equation}\]
Here, \(\hat\sigma_m\) is estimate of the standard deviation for males, and \(\hat\sigma_f\) for the females; the \(n\) are the respective sample sizes.
n_m <- n_f <- 19
## difference of sample means:
d <- mean(F1data$female) - mean(F1data$male)
(SE <- sqrt(var(F1data$male)/n_m + var(F1data$female)/n_f))
## [1] 61.04
## [1] 1.536
## [1] 0.1334
The output of the two-sample t-test and the hand-calculation above match up.
Now consider what will change once we take into account the fact that the data are paired. The two-sample t-test now becomes a so-called paired t-test.
For such paired data, the null hypothesis is as before: \(H_0: \delta=0\). But since each row in the data-frame is paired (from the same vowel+language), we subtract the vector row-wise, and get a new vector \(d\) (not a single number \(d\) as in the two-sample t-test) with the row-wise differences. Then, we just do the familiar one-sample test we saw earlier:
##
## One Sample t-test
##
## data: d
## t = 6.1, df = 18, p-value = 9e-06
## alternative hypothesis: true mean is not equal to 0
## 95 percent confidence interval:
## 61.48 125.99
## sample estimates:
## mean of x
## 93.74
An alternative syntax for the paired t-test explicitly feeds the two paired vectors into the function, but one must explicitly specify that they are paired, otherwise the test is a two-sample (i.e., unpaired) t-test:
##
## Paired t-test
##
## data: F1data$female and F1data$male
## t = 6.1, df = 18, p-value = 9e-06
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## 61.48 125.99
## sample estimates:
## mean of the differences
## 93.74
Incidentally, notice that the p-value in the paired t-test is statistically significant, unlike the two-sample t-test above. The null hypothesis is the same in both tests, but the significance level leads to different conclusions.
Which analysis is correct, the two-sample t-test or the paired t-test? It all depends on your assumptions about what the data represent. If you consider the data paired, for the reasons given above, then a paired test is called for. If there is no pairing (here, domain knowledge is required), we can treat this as unpaired data.
Next, we look at some perhaps subtle points about the paired t-test.
2.6.1 Common mistakes involving the t-test
The paired t-test assumes that each row in the data-frame is independent of the other rows. This implies that the data-frame cannot have more than one row for a particular pair. In other words, the data-frame cannot have repeated measurements spread out across rows.
For example, doing a paired t-test on this hypothetical data-frame would be incorrect:
Why? Because the assumption is that each row is independent of the others. This assumption is violated here (this is assuming that repeating the vowel from the same language will lead to some commonalities between the two repetitions).
Consider another hypothetical example. In the table below, from subject 1 we see two data points each for condition a and for condition b.
Here, we again have repeated measurements from subject 1. The independence assumption is violated.
How to proceed when we have repeated measurements from each subject or each item? The solution is to aggregate the data so that each subject (or item) has only one value for each condition.
This aggregation allows us to meet the independence assumption of the t-test, but it has a potentially huge drawback: it pretends we have one measurement from each subject for each condition. Later on we will learn how to analyze unaggregated data, but if we want to do a paired t-test, we have no choice but to aggregate the data in this way.
A fully worked example will make this clear. We have repeated measures data on subject versus object relative clauses in English. Subject relative clauses are sentences like The man who was standing near the doorway laughed. Here, the phrase (called a relative clause) who was standing near the doorway modifies the noun phrase man; it is called a subject relative because the noun phrase man is the subject of the relative clause. By contrast, object relative clauses are sentences like The man who was the woman was talking to near the doorway laughed; here, the man is the grammatical object object of the relative clause who was the woman was talking to near the doorway.
The data are from a self-paced reading study reported in Grodner and Gibson (2005), their experiment 1. A theoretical prediction is that in English, object relatives are harder to read than subject relatives, in the relative clause verb region. We want to test this prediction.
First, load the data containing reading times from the region of interest (the relative clause verb):
## subject item condition rawRT
## 6 1 1 objgap 320
## 19 1 2 subjgap 424
## 34 1 3 objgap 309
## 49 1 4 subjgap 274
## 68 1 5 objgap 333
## 80 1 6 subjgap 266
We have repeated measurements for each condition from the subjects, and from items. You can establish this by using the xtabs
command.
Notice that there are no missing data points:
## subject
## condition 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
## objgap 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
## subjgap 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
## subject
## condition 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33
## objgap 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
## subjgap 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
## subject
## condition 34 35 36 37 38 39 40 41 42
## objgap 8 8 8 8 8 8 8 8 8
## subjgap 8 8 8 8 8 8 8 8 8
## item
## condition 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
## objgap 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21
## subjgap 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21
## item
## condition 16
## objgap 21
## subjgap 21
It is important to stress once more that it is the researcher’s responsibility to make sure that the t-test’s assumptions are met. For example, one could fit a two-sample t-test to the data as provided. The two-sample t-test can be implemented using the syntax shown below:
##
## Welch Two Sample t-test
##
## data: rawRT by condition
## t = 3.8, df = 431, p-value = 2e-04
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## 48.98 155.59
## sample estimates:
## mean in group objgap mean in group subjgap
## 471.4 369.1
This t-test is incorrect for several reasons, but the most egregious error here is that the data are paired (each subject delivers data for both conditions), and that property of the data is being ignored.
Another common mistake is to do a paired t-test on the data without checking that the data are independent in the sense discussed above. Again, the t.test function will happily return a meaningless result:
##
## Paired t-test
##
## data: rawRT by condition
## t = 4, df = 335, p-value = 8e-05
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## 51.98 152.59
## sample estimates:
## mean of the differences
## 102.3
Here, the degrees of freedom indicate that we have fit the incorrect model. There are 42 subjects and 16 items, and the presentation of items to subjects uses a Latin square design (each subject sees only one condition per item). The 335 degrees of freedom come from \(42\times 8=336\) data points, minus one. Why do we say \(42\times 8\) and not \(42\times 16\)? That is because each subject will return eight differences in reading time for each condition: each subject gives us eight subject-relative data points and eight object-relative data points.
For each of the 42 subjects, the t-test function internally creates a vector of eight data points of subject relatives and subtracts the vector of eight data points of object relatives. That is how we end up with \(42\times 8=336\) data points.
These 336 data points are assumed by the t-test to be independent of each other; but this cannot be the case because each subject delivers eight data points for each condition; these are obviously dependent (correlated) because they come from the same subject.
What is needed is a single data-point for each subject and condition, and for each item and condition. In order to conduct the t-test, aggregation of the data by subjects and by items is necessary.
Consider the by-subjects aggregation procedure below. Now we have only one data-point for each condition and subject:
bysubj <- aggregate(rawRT ~ subject + condition, mean,
data = gg05e1)
t(xtabs(~subject + condition, bysubj))
## subject
## condition 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
## objgap 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
## subjgap 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
## subject
## condition 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33
## objgap 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
## subjgap 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
## subject
## condition 34 35 36 37 38 39 40 41 42
## objgap 1 1 1 1 1 1 1 1 1
## subjgap 1 1 1 1 1 1 1 1 1
Notice that the data are correlated: the longer the subject relative clause data from a participant, the longer their object relative clause data:
SRdata <- subset(bysubj, condition == "subjgap")$rawRT
ORdata <- subset(bysubj, condition == "objgap")$rawRT
plot(SRdata, ORdata)
abline(lm(ORdata ~ SRdata))
## [1] 0.5876
Returning to the t-test, by aggregating the data the independence assumption of the t-test is met, and the degrees of freedom for this by-subjects analysis are now correct (\(42-1=41\)):
##
## Paired t-test
##
## data: rawRT by condition
## t = 3.1, df = 41, p-value = 0.003
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## 35.85 168.72
## sample estimates:
## mean of the differences
## 102.3
Similar to the by-subjects aggregation done above, one could do a by-items aggregation and then a by-items t-test (What should be the degrees of freedom for the by-items analysis? There are 16 items in this data-set). This is left as an exercise for the reader.
The paired t-test illustrated above is actually not the best way to analyze this data-set, because it ignores the fact that each subject delivers not one but eight data points per condition. Each subject’s repeated measurements will introduce a source of variance, but this source of variance is being suppressed in this t-test, leading to a possibly over-enthusiastic t-value. In order to take this variability into account, we must switch to the linear mixed model. But before we get to the linear mixed model, we have to consider the linear model. The next chapter turns to this topic.
References
Grodner, Daniel, and Edward Gibson. 2005. “Consequences of the Serial Nature of Linguistic Input.” Cognitive Science 29: 261–90.
Johnson, Keith. 2011. Quantitative Methods in Linguistics. John Wiley & Sons.


abstract fun initialize(initParams: Any?): Unit
To initialize any platform specifc resource for the view For eg. EGL context if used. Should be called when the view is created
initParams
- : Any - Helper object to pass any data required for initialization


Specifies the type of data a macro or custom function returns. Use RESULT to make sure your macros, custom functions, or subroutines return values of the correct data type.
Syntax
RESULT(type_num)
Type_num is a number specifying the data type.
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Type_num can be the sum of the numbers in the preceding table to allow for more than one possible result type. For example, if type_num is 12, which equals 4 + 8, the result can be a logical or a reference value.
If you omit type_num, it is assumed to be 7. Since 7 equals 1 + 2 + 4, the value returned can be a number (1), text (2), or logical value (4).
Examples
The following function specifies that a custom function's return value can be a number or a logical value (4+1=5):
RESULT(5)
Related Functions
ARGUMENT Passes an argument to a macro
RETURN Ends the currently running macro
Return to index


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VMware vSphere Web Services SDK: JAX-WS Samples Readme |
|
VMware vSphere Web Services SDK Readme
This document describes the vSphere Web Services SDK samples that use the JAX-WS bindings
for the vSphere API. The examples have been developed to work with the JAX-WS bundled with the JDK 1.6.
The following sections describe how to build and run the vSphere Web Services SDK
JAX-WS samples.
Sample Directories
The vSphere Web Services SDK samples are located in sub-directories
in the following vSphere Management SDK directory:
.../SDK/vsphere-ws/java/JAXWS/samples/com/vmware/
The sample sub-directories are organized into the following capabilities:
| Capability/Directory | Samples |
| general | Demonstrates basic capabilities of the vSphere API. |
| alarms | Demonstrates how to use alarms to monitor the vSphere environment. |
| connection | How to establish a connection with a vCenter Server. |
| cim | Demonstrates how to use Common Information Model (CIM) in the vSphere environment. |
| events | How to use the event history collector. |
| guest | How to use the vSphere API to perform guest operations. |
| host | Host system and network configuration. |
| httpfileaccess | File operations using the HTTP protocol. |
| performance | How to retrieve performance data. |
| scheduling | How to schedule tasks. |
| scsilun | How to retrieve SCSI LUN identification data. |
| security | Username and password credential storage for automated application execution. |
| simpleagent | Support for automated login using local credential store. |
| storage | Storage DRS. |
| vapp | Using OVF Manager for import and export of virtual applications and
virtual machine disk files. |
| vm | Virtual machine operations. |
Sample Program Structure
Every vCenter client application performs the following basic tasks:
- Authenticating and connecting to a vCenter Server to establish a session.
- Obtaining access to vSphere methods.
- Using the methods to perform vSphere operations.
The samples use custom Java annotations to organize these tasks. These annotations
are @Before , @Action , and @After .
The SDK sample code includes a samples framework that runs the samples and executes the sample code.
- Each sample extends the class
ConnectedVimServiceBase
(.../SDK/vsphere-ws/java/JAXWS/samples/com/vmware/connection/ConnectedVimServiceBase.java ).
This class contains the @Before and @After declarations.
The @Before code performs authentication, connects to the vCenter Server,
and obtains access to the vSphere methods.
The @After code disconnects from the Server.
- Authentication and connection are handled in the connection sample implementation.
For example,
SsoConnection.java contains the SSO connection implementation.
It obtains an SSO token for vCenter login, and it obtains access to the vSphere API methods.
The SSO connection implementation uses the VMware Single Sign On sample code
that is contained in the vSphere Management SDK (.../SDK/ssoclient/ ).
See the VMware Single Sign On Programming Guide.
- Each sample file contains the
@Action declaration, which contains the code
that performs the capability of the particular sample.
For example, the GetCurrentTime sample
contains the @Action code - a call to the CurrentTime method.
GetCurrentTime.java is located in the general directory
(.../SDK/vsphere-ws/java/JAXWS/samples/com/vmware/general/ ).
public class GetCurrentTime extends ConnectedVimServiceBase {
@Action
public void getCurrentTime() throws RuntimeFaultFaultMsg {
XMLGregorianCalendar ct = vimPort.currentTime(this.getServiceInstanceReference());
SimpleDateFormat sdf =
new SimpleDateFormat("yyyy-MM-dd 'T' HH:mm:ss.SSSZ");
System.out.println("Server current time: "
+ sdf.format(ct.toGregorianCalendar().getTime()));
}
}
The GetCurrentTime class extends the ConnectedVimServiceBase class
and inherits its connection capability. When the GetCurrentTime sample executes,
the sample framework performs the following:
- Executes the
ConnectedVimServiceBase @Before code to establish the connection.
This code also retrieves the vimPort object for access to vSphere API methods.
- Executes the
GetCurrentTime @Action code to retrieve and display the current time.
- Executes the
ConnectedVimServiceBase @After code to close the connection.
Building the Sample Programs
To build the sample programs, you must define the JAVA_HOME environment variable
and execute one of the build scripts to generate client stubs and compile the samples.
JAVA_HOME Environment Variable
You must set the JAVA_HOME environment variable to the base directory of a JDK 1.6, preferably b22.
Build Scripts
The following table shows the build files located in the
SDK/vsphere-ws/java/JAX-WS/ directory.
| Build Task | Files |
| Generate JAX-WS client stubs and compile samples. |
build.sh build.bat |
| Delete generated files. |
clean.sh clean.bat |
| Specify input for sample execution. | sample.properties |
| Specify connection parameters for sample execution. | connection.properties |
| Run a sample. | run.bat run.sh |
Converting Shell Scripts for Linux
The shell scripts (build.sh, clean.sh and run.sh) have DOS-style line endings.
These do not work when running these scripts on Linux. Use the Linux command
dos2unix to convert these files before you use them.
To run these scripts, set the Execute permission on the files:
chmod a+x *.sh
Building Sample Programs
The build scripts (build.sh and build.bat) generate vSphere API Java stubs from
the vSphere API WSDL, compile the generated stubs, and compile the sample programs.
You can specify the following command line options to control stub generation and
compilation.
build -w - Compiles sample programs but does
not generate or compile stubs.
build -c - Compiles stubs and sample programs; does not
generate stubs.
WSDL File Dependency
JAX-WS requires a WSDL file for stub generation and compilation.
To manage this dependency, the build script performs the following operations:
- Uses the JDK tool
wsimport to generate the vSphere Web services Java stubs
from the vSphere API WSDL file (vimService.wsdl ).
- Specifies the
-wsdlLocation command line option to wsimport
to identify the WSDL file location.
- Copies the WSDL file and related schema files into the
vim25.jar file.
To compile Java code that imports the generated stubs and uses the vim25.jar built
by the build script, the WSDL file must be in the same location that was specified in the
-wsdlLocation command line option. To establish this location, the build
script modifies the VimService class to reference the WSDL location inside the JAR file.
You only need to add the vim25.jar file to your class path.
Running a Sample
The samples framework is designed to execute any of the samples provided in the kit.
To run a sample, you must specify authentication parameters and server URLs.
- Username and password for authentication with the VMware SSO Server.
- URLs for the VMware SSO Server and vCenter Server.
You can specify these in the sample properties file:
.../SDK/vsphere-ws/java/JAXWS/samples.properties
You can specify the vCenter Server URL, username and password in the sample.properties
file, or you can specify them on the command line when you execute a sample program.
These properties are declared as input options, using the @Option declarations
and implementation in the following files:
/SDK/vsphere-ws/java/JAXWS/samples/com/vmware/connection/Connection.java
/SDK/vsphere-ws/java/JAXWS/samples/com/vmware/connection/SsoConnection.java
When you execute a sample, the samples framework will resolve the input values from the appropriate source.
Samples Documentation
To print help about a sample, specify --help on the command line.
You can also find information about the samples in the
JAX-WS Samples Reference Documentation.
Each package has a class summary that describes one or more samples.
|
Copyright © 2012, 2013 VMware, Inc. All rights not expressly granted herein are reserved.
|
Last updated: 8 Mar 2013 | VMware vSphere Web Services SDK |
|


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Big Data Society Members
BigDataSoc Executives 2018:
Founder and Academic Sponsor: Dr. Amin Beheshti
President: Fred Amouzgar
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; since 2018
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Content, will be ingored after Button-Click
Styling inside the shadow-Tree doesnt affect anything here


Set Up a 404 State
Overview
By default, an iVXjs experience will navigate to the default state if an url doesn’t match any of the states url. This might be good for most cases, but sometimes as a developer, you would want to navigate to a state indicating the user has led to an invalid state and recover more elegantly. This tutorial will show you how to set up that state and navigate to it.
Demo
Setting up the Page Not Found State
Sample Data
The finished data for this tutorial can be found here: 404-page-sample.json
Adding a Page Not Found to an existing experience
Let’s take a simple experience and add a Page Not Found (404) state.
Here is our sample experience JSON:
{
"defaultState": [{
"stateId": "valid-state"
}],
"states": [{
"id": "valid-state-test",
"name": "Valid State",
"url": "/a-valid-state",
"type": "html",
"html" : "
I am the default state!

I am also a valid part of the experience
"
}]
}
If we loaded the experience in a browser it will look something like this:
Now, let’s write give it an invalid url:
If we navigated to the url, we will always be redirectied to the “Valid State”. To change this behavior we will need to do a few things:
- Add a new array of rules to the root of the JSON called “pageNotFoundStates”
{
"defaultState": [{
"stateId": "valid-state"
}],
"pageNotFoundState" : [],
"states": [{
"id": "valid-state",
"name": "Valid State",
"url": "/a-valid-state",
"type": "html",
"html" : "
I am the default state!

I am also a valid part of the experience
"
}]
}
- Add a rule object the
pageNotFoundStates
array with thestateId
you wish it to redirect to.
{
"defaultState": [{
"stateId": "valid-state"
}],
"pageNotFoundState" : [{
"stateId" : "404-state"
}],
"states": [{
"id": "valid-state",
"name": "Valid State",
"url": "/a-valid-state",
"type": "html",
"html" : "
I am the default state!

I am also a valid part of the experience
"
}]
}
- Add the settings for the “404-state” to the states array
{
"defaultState": [{
"stateId": "valid-state"
}],
"pageNotFoundState" : [{
"stateId" : "404-state"
}],
"states": [{
"id": "valid-state",
"name": "Valid State",
"url": "/a-valid-state",
"type": "html",
"html" : "
I am the default state!

I am also a valid part of the experience
"
},{
"id": "404-state",
"name": "404 Page",
"url": "/404",
"type": "html",
"html" : "
 I am a page not found state.
"
}]
}
After adding all the settings to your JSON then reload the page. You will see that when you type an invalid url, you will be redirected to the “404-state”:
Notes about Page Not Found States
Since the page not found feature uses rules, you can have multiple page not found states depending on the data in the experience.
Also, if you don’t have any page not found states set up, then it will default to the defaultState rules.
If you navigate to the experience the first time, it will always go to the default state first. It is only when an invalid url is given that it will redirect to the the page not found state.


This page briefly shows how to work some features of working with 'document.'
Text before button click. |
||
Text before button click. |
Note when to use background-color and backgroundColor.
I am some text that you can use to see changes on.


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| EAX = 0BH ENCLS[EWB] | IR | V/V | SGX1 | This leaf function invalidates an EPC page and writes it out to main memory. |
| Op/En | EAX | RBX | RCX | RDX | |
| IR | EWB (In) | Error code (Out) | Address of an PAGEINFO (In) | Address of the EPC page (In) | Address of a VA slot (In) |
This leaf function copies a page from the EPC to regular main memory. As part of the copying process, the page is cryptographically protected. This instruction can only be executed when current privilege level is 0.
The table below provides additional information on the memory parameter of EPA leaf function.
| PAGEINFO | PAGEINFO.SRCPGE | PAGEINFO.PCMD | EPCPAGE | VASLOT |
| Non-EPC R/W access | Non-EPC R/W access | Non-EPC R/W access | EPC R/W access | EPC R/W access |
The error codes are:
| Error Code (see Table 40-4) | Description |
|---|---|
| No Error | EWB successful. |
| SGX_PAGE_NOT_BLOCKED | If page is not marked as blocked. |
| SGX_NOT_TRACKED | If EWB is racing with ETRACK instruction. |
| SGX_VA_SLOT_OCCUPIED | Version array slot contained valid entry. |
| SGX_CHILD_PRESENT | Child page present while attempting to page out enclave. |
| Leaf | Parameter | Base Concurrency Restrictions | ||
|---|---|---|---|---|
| Access | On Conflict | SGX_CONFLICT VM Exit Qualification | ||
| EWB | Source [DS:RCX] | Exclusive | #GP | EPC_PAGE_CONFLICT_EXCEPTION |
| VA [DS:RDX] | Shared | #GP |
| Leaf | Parameter | Additional Concurrency Restrictions | |||||
|---|---|---|---|---|---|---|---|
| vs. EACCEPT, EACCEPTCOPY, EMODPE, EMODPR, EMODT | vs. EADD, EEXTEND, EINIT | vs. ETRACK, ETRACKC | |||||
| Access | On Conflict | Access | On Conflict | Access | On Conflict | ||
| EWB | Source [DS:RCX] | Concurrent | Concurrent | Concurrent | |||
| VA [DS:RDX] | Concurrent | Concurrent | Exclusive |
| Name | Type | Size (Bytes) | Description |
|---|---|---|---|
| TMP_SRCPGE | Memory page | 4096 | |
| TMP_PCMD | PCMD | 128 | |
| TMP_SECS | SECS | 4096 | |
| TMP_BPEPOCH | UINT64 | 8 | |
| TMP_BPREFCOUNT | UINT64 | 8 | |
| TMP_HEADER | MAC Header | 128 | |
| TMP_PCMD_ENCLAVEID | UINT64 | 8 | |
| TMP_VER | UINT64 | 8 | |
| TMP_PK | UINT128 | 16 |
IF ( (DS:RBX is not 32Byte Aligned) or (DS:RCX is not 4KByte Aligned) )
THEN #GP(0); FI;
IF (DS:RCX does not resolve within an EPC)
THEN #PF(DS:RCX); FI;
IF (DS:RDX is not 8Byte Aligned)
THEN #GP(0); FI;
IF (DS:RDX does not resolve within an EPC)
THEN #PF(DS:RDX); FI;
(* EPCPAGE and VASLOT should not resolve to the same EPC page*)
IF (DS:RCX and DS:RDX resolve to the same EPC page)
THEN #GP(0); FI;
TMP_SRCPGE ← DS:RBX.SRCPGE;
(* Note PAGEINFO.PCMD is overlaid on top of PAGEINFO.SECINFO *)
TMP_PCMD ← DS:RBX.PCMD;
If (DS:RBX.LINADDR ≠ 0) OR (DS:RBX.SECS ≠ 0)
THEN #GP(0); FI;
IF ( (DS:TMP_PCMD is not 128Byte Aligned) or (DS:TMP_SRCPGE is not 4KByte Aligned) )
THEN #GP(0); FI;
(* Check for concurrent Intel SGX instruction access to the page *)
IF (Other Intel SGX instruction is accessing page)
THEN
IF (<<VMX non-root operation>> AND <<ENABLE_EPC_VIRTUALIZATION_EXTENSIONS>>)
THEN
VMCS.Exit_reason ← SGX_CONFLICT;
VMCS.Exit_qualification.code ← EPC_PAGE_CONFLICT_EXCEPTION;
VMCS.Exit_qualification.error ← 0;
VMCS.Guest-physical_address←<< translation of DS:RCX produced by paging >>;
VMCS.Guest-linear_address ← DS:RCX;
Deliver VMEXIT;
ELSE
#GP(0);
FI;
FI;
(*Check if the VA Page is being removed or changed*)
IF (VA Page is being modified)
THEN #GP(0); FI;
(* Verify that EPCPAGE and VASLOT page are valid EPC pages and DS:RDX is VA *)
IF (EPCM(DS:RCX).VALID = 0)
THEN #PF(DS:RCX); FI;
IF ( (EPCM(DS:RDX & ~0FFFH).VALID = 0) or (EPCM(DS:RDX & ~FFFH).PT is not PT_VA) )
THEN #PF(DS:RDX); FI;
(* Perform page-type-specific exception checks *)
IF ( (EPCM(DS:RCX).PT is PT_REG) or (EPCM(DS:RCX).PT is PT_TCS) or (EPCM(DS:RCX).PT is PT_TRIM ) )
THEN
TMP_SECS = Obtain SECS through EPCM(DS:RCX)
(* Check that EBLOCK has occurred correctly *)
IF (EBLOCK is not correct)
THEN #GP(0); FI;
FI;
RFLAGS.ZF,CF,PF,AF,OF,SF ← 0;
RAX←0;
(* Perform page-type-specific checks *)
IF ( (EPCM(DS:RCX).PT is PT_REG) or (EPCM(DS:RCX).PT is PT_TCS) or (EPCM(DS:RCX).PT is PT_TRIM ))
THEN
(* check to see if the page is evictable *)
IF (EPCM(DS:RCX).BLOCKED = 0)
THEN
RAX←SGX_PAGE NOT_BLOCKED;
RFLAGS.ZF ← 1;
GOTO ERROR_EXIT;
FI;
(* Check if tracking done correctly *)
IF (Tracking not correct)
THEN
RAX ← SGX_NOT_TRACKED;
RFLAGS.ZF ← 1;
GOTO ERROR_EXIT;
FI;
(* Obtain EID to establish cryptographic binding between the paged-out page and the enclave *)
TMP_HEADER.EID ← TMP_SECS.EID;
(* Obtain EID as an enclave handle for software *)
TMP_PCMD_ENCLAVEID ← TMP_SECS.EID;
ELSE IF (EPCM(DS:RCX).PT is PT_SECS)
(*check that there are no child pages inside the enclave *)
IF (DS:RCX has an EPC page associated with it)
THEN
RAX ← SGX_CHILD_PRESENT;
RFLAGS.ZF ← 1;
GOTO ERROR_EXIT;
FI:
(* treat SECS as having a child page when VIRTCHILDCNT is non-zero *)
IF (<<in VMX non-root operation>> AND
<<ENABLE_EPC_VIRTUALIZATION_EXTENSIONS>> AND
(SECS(DS:RCX).VIRTCHILDCNT ≠ 0))
THEN
RFLAGS.ZF ← 1;
RAX ← SGX_CHILD_PRESENT;
GOTO ERROR_EXIT;
FI;
TMP_HEADER.EID ← 0;
(* Obtain EID as an enclave handle for software *)
TMP_PCMD_ENCLAVEID ← (DS:RCX).EID;
ELSE IF (EPCM(DS:RCX).PT is PT_VA)
TMP_HEADER.EID←0; // Zero is not a special value
(* No enclave handle for VA pages*)
TMP_PCMD_ENCLAVEID ← 0;
FI;
(* Zero out TMP_HEADER*)
TMP_HEADER[ sizeof(TMP_HEADER)-1 : 0]←0;
TMP_HEADER.LINADDR ← EPCM(DS:RCX).ENCLAVEADDRESS;
TMP_HEADER.SECINFO.FLAGS.PT ← EPCM(DS:RCX).PT;
TMP_HEADER.SECINFO.FLAGS.RWX ← EPCM(DS:RCX).RWX;
TMP_HEADER.SECINFO.FLAGS.PENDING ← EPCM(DS:RCX).PENDING;
TMP_HEADER.SECINFO.FLAGS.MODIFIED ← EPCM(DS:RCX).MODIFIED;
TMP_HEADER.SECINFO.FLAGS.PR ← EPCM(DS:RCX).PR;
(* Encrypt the page, DS:RCX could be encrypted in place. AES-GCM produces 2 values, {ciphertext, MAC}. *)
(* AES-GCM input parameters: key, GCM Counter, MAC_HDR, MAC_HDR_SIZE, SRC, SRC_SIZE)*)
{DS:TMP_SRCPGE, DS:TMP_PCMD.MAC}←AES_GCM_ENC(CR_BASE_PK), (TMP_VER << 32),
TMP_HEADER, 128, DS:RCX, 4096);
(* Write the output *)
Zero out DS:TMP_PCMD.SECINFO
DS:TMP_PCMD.SECINFO.FLAGS.PT ← EPCM(DS:RCX).PT;
DS:TMP_PCMD.SECINFO.FLAGS.RWX ← EPCM(DS:RCX).RWX;
DS:TMP_PCMD.SECINFO.FLAGS.PENDING ← EPCM(DS:RCX).PENDING;
DS:TMP_PCMD.SECINFO.FLAGS.MODIFIED ← EPCM(DS:RCX).MODIFIED;
DS:TMP_PCMD.SECINFO.FLAGS.PR ← EPCM(DS:RCX).PR;
DS:TMP_PCMD.RESERVED ← 0;
DS:TMP_PCMD.ENCLAVEID ← TMP_PCMD_ENCLAVEID;
DS:RBX.LINADDR ← EPCM(DS:RCX).ENCLAVEADDRESS;
(*Check if version array slot was empty *)
IF ([DS.RDX])
THEN
RAX ← SGX_VA_SLOT_OCCUPIED
RFLAGS.CF ← 1;
FI;
(* Write version to Version Array slot *)
[DS.RDX] ← TMP_VER;
(* Free up EPCM Entry *)
EPCM.(DS:RCX).VALID ← 0;
ERROR_EXIT:
ZF is set if page is not blocked, not tracked, or a child is present. Otherwise cleared.
CF is set if VA slot is previously occupied, Otherwise cleared.
| #GP(0) | If a memory operand effective address is outside the DS segment limit. |
| If a memory operand is not properly aligned. | |
| If the EPC page and VASLOT resolve to the same EPC page. | |
| If another Intel SGX instruction is concurrently accessing either the target EPC, VA, or SECS pages. | |
| If the tracking resource is in use. | |
| If the EPC page or the version array page is invalid. | |
| If the parameters fail consistency checks. | |
| #PF(error | code) If a page fault occurs in accessing memory operands. |
| If a memory operand is not an EPC page. | |
| If one of the EPC memory operands has incorrect page type. |
| #GP(0) | If a memory operand is non-canonical form. |
| If a memory operand is not properly aligned. | |
| If the EPC page and VASLOT resolve to the same EPC page. | |
| If another Intel SGX instruction is concurrently accessing either the target EPC, VA, or SECS pages. | |
| If the tracking resource is in use. | |
| If the EPC page or the version array page in invalid. | |
| If the parameters fail consistency checks. | |
| #PF(error | code) If a page fault occurs in accessing memory operands. |
| If a memory operand is not an EPC page. | |
| If one of the EPC memory operands has incorrect page type. |


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Dear Sir, I am Mr. John Coleman and my sister is Miss Rose Coleman, we are thehildren of late Chief Paul Coleman from Sierra Leone. I am writing you in absolute confidence primarily to seek your assistance to transfer our cash of twenty one Million Dollars ($21,000.000.00) now in the custody of a private Security trust firm in Europe the money is in trunk boxes deposited and declared as family valuables by my late father as a matter of fact the company does not know the content as money, although my father made them to under stand that the boxes belongs to his foreign partner. Source of the money: My late father Chief Paul Coleman , a native of Mende District in the Northerh province of Sierra Leone, was the General Manager of Sierra Leone Mining co-operation (S.L.M.C.) Freetown . According to my father, this money was the income accrued from Mining Co-operation's over draft and minor sales. Before the peak of the civil war between the rebels forces of Major Paul Koroma and the combined forces of ECOMOG peace keeping operation that almost destroyed my country, following the forceful removal from power of the civilian elected President Ahmed Tejan Kabbah by the rebels. My father had already made arrangement for his family thats talking about my mother, my little sister and myself to be evacuated to HOLLAND NETHERLAND, with the CERTIFICATE OF DEPOSIT he made with a security firm in Europe through the aid of U.N evacuation team. During the war in my country, and following the indiscriminate looting of Public and Government properties by the rebel forces, the Sierra Leone mining coop. Was one of the target looted and it was destroyed. My father including other top Government functionaries were attaked and killed by the rebels in November 2000 because of his relationship with the civilian Government of Ahmed Tejan Kabbah. As a result of my father's death , and with the news of my uncle's involvement in the air crash in Januaryit dashed our hope of survival. The untimely deaths caused my mother's heart failure and other related complications of which she later died in the hospital after we must have spent a lot of money on her early this year . Now my 18 years old sister and myself are alone in this strange country suffering without any care or help. Without any relation,we are nowlike refugees and orphans. Our only hope now is in you and the boxes deposited in the Security Firm To this effect, I humbly solicit your assistance in the followings ways. 1. to assist me claim this boxes from the security Firm as our beneficiary 2. to transfer this money (USD$21M) in your name to your country 3. to make a good arrangement for a joint business investment on our behalf in your country and you, our Adviser/ Manager For your assistance, I have agreed with my younger sister that 15% of the total amount will be for your effort and another 5 % to cover all the expenses that may incur during the business transaction, Last, I urge you to keep this transaction strictly confidential as no one knows our where about. Please as you show your willingness, Forward to us your full name, address and Tel/ Fax numbers, to me via my private email address as indicated<EMAIL_ADDRESS>this is for security reasons as i will only be accessing my private email earnestly awaiting your response. Thanks. May God bless you as you assist us. Mr. JOHN COLEMAN.


{% extends "base.html" %} {% block app_content %}
The page you are trying to access does not exist.
Home page


Non-thread safe singletons can result in bad state changes. Eliminate static singletons if possible by instantiating the object directly. Static singletons are usually not needed as only a single instance exists anyway. Other possible fixes are to synchronize the entire method or to use an initialize-on-demand holder class (do not use the double-check idiom). See Effective Java, item 48.
This rule is deprecated, use {rule:squid:S2444} instead.


| ACA1_328910 |
1099.734 |
136.04 |
hypothetical protein |
MF (GO:0003677) |
|
| ACA1_183610 |
345.332 |
0.920 |
hypothetical protein |
- |
|
| ACA1_183700 |
173.774 |
0.462 |
S-adenosylmethionine-dependent methyltransferases |
- |
|
| ACA1_140050 |
116.896 |
15.154 |
hypothetical protein |
CC (GO:0016021) |
|
| ACA1_183570 |
87.745 |
0.232 |
GDPD-mannose-3′,5′-epimerase |
MF (GO:0003824) |
|
| ACA1_324870 |
66.918 |
38.929 |
hypothetical protein |
- |
|
| ACA1_300830 |
61.232 |
23.274 |
permeases of the major facilitator superfamily |
CC (GO:0016021) |
|
| ACA1_139940 |
51.100 |
7.577 |
hypothetical protein |
- |
|
| ACA1_183970 |
50.688 |
0.239 |
hypothetical protein |
CC (GO:0016021) |
|
| ACA1_264780 |
41.374 |
2.313 |
hypothetical protein |
- |
|
| ACA1_159010 |
36.741 |
11.383 |
NmrAlike family protein |
- |
|
| ACA1_098380 |
27.710 |
0.838 |
hypothetical protein |
- |
|
| ACA1_248200 |
25.965 |
3.365 |
phosphotransferase enzyme domain containing protein |
- |
|
| ACA1_183940 |
25.733 |
0.905 |
GTPase activating Rap/RanGAP domainlike 3, putative |
- |
|
| ACA1_096640 |
20.427 |
7.341 |
hypothetical protein |
- |
|
| ACA1_183760 |
17.942 |
0.999 |
lysine methyltransferase enzyme domain containing protein |
- |
|
| ACA1_376940 |
17.875 |
3.938 |
BNR/Aspbox repeat domain containing protein |
- |
|
| ACA1_183580 |
17.602 |
0.724 |
S-adenosylmethionine-dependent methyltransferases |
- |
|
| ACA1_270170 |
15.076 |
1.686 |
von Willebrand factor type A domain containing protein |
- |
|
| ACA1_158840 |
15.058 |
6.332 |
metal dependent phosphohydrolase |
- |
|
| ACA1_289630 |
14.765 |
11.367 |
hypothetical protein |
- |
|
| ACA1_381540 |
14.601 |
0.503 |
hypothetical protein |
- |
|
| ACA1_224160 |
14.371 |
6.761 |
Sec23/Sec24 beta-sandwich domain containing protein |
- |
|
| ACA1_175370 |
14.029 |
6.388 |
Erf4 domain containing protein |
CC (GO:0016021) |
|
| ACA1_140540 |
13.733 |
6.286 |
MORN repeatcontaining protein |
- |
|
| ACA1_184710 |
13.687 |
26.561 |
Phospholipid methyltransferase domain containing protein |
CC (GO:0016021) |
|
| ACA1_068540 |
13.266 |
5.034 |
Prokumamolisin, activation domain containing protein |
- |
|
| ACA1_217750 |
13.172 |
4.030 |
phosphoenolpyruvate carboxykinase (GTP), putative |
MF (GO:0016301) |
|
| ACA1_116700 |
13.149 |
9.620 |
hypothetical protein |
- |
|
| ACA1_279740 |
12.960 |
5.501 |
hydrogenase assembly factor, putative |
MF (GO:0051536) |
|
| ACA1_116690 |
12.553 |
5.917 |
hypothetical protein |
CC (GO:0016021) |
|
| ACA1_285180 |
12.470 |
58.313 |
DNA breaking-rejoining enzyme domain containing protein |
MF (GO:0003677) |
|
| ACA1_215790 |
12.170 |
8.113 |
copper/zinc superoxide dismutase |
- |
|
| ACA1_275740 |
12.097 |
4.360 |
glycerol-3-phosphate dehydrogenase (soluble) |
MF (GO:0051287) |
|
| ACA1_058320 |
12.094 |
4.914 |
GPR1/FUN34/yaaH family protein |
CC (GO:0016021) |
|
| ACA1_358270 |
11.433 |
7.344 |
pyridine nucleotidedisulfide oxidoreductase domain containing protein |
MF (GO:0016491) |
|
| ACA1_067720 |
11.300 |
8.046 |
hypothetical protein |
- |
|
| ACA1_153710 |
11.001 |
0.845 |
RFX_DNA_binding |
BP (GO:0006355) |
|
| ACA1_091110 |
10.950 |
0.842 |
hypothetical protein |
- |
|
| ACA1_256560 |
10.936 |
3.671 |
hypothetical protein |
- |
|
| ACA1_275730 |
10.900 |
2.743 |
phosphoglycerate mutase family domain containing protein |
- |
|
| ACA1_165640 |
10.762 |
1.971 |
hypothetical protein |
- |
|
| ACA1_060580 |
10.631 |
4.515 |
phosphatase |
- |
|
| ACA1_245710 |
10.555 |
7.545 |
hypothetical protein |
- |
|
| ACA1_325450 |
10.443 |
4.372 |
CBS domain containing protein |
- |
|
| ACA1_187310 |
10.274 |
6.715 |
heme NO binding domain containing protein |
- |
|
| ACA1_238590 |
10.109 |
3.454 |
CBS domain containing protein |
- |


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平台间共享代码
With Kotlin Multiplatform, you can share the code using the mechanisms Kotlin provides:
- Share code among all platforms used in your project. Use it for sharing the common business logic that applies to all platforms.
- Share code among some platforms included in your project but not all. You can reuse much of the code in similar platforms using a hierarchical structure. You can use target shortcuts for common combinations of targets or create the hierarchical structure manually.
If you need to access platform-specific APIs from the shared code, use the Kotlin mechanism of expected and actual declarations.
对所有平台共享代码
If you have business logic that is common for all platforms, you don’t need to write the same code for each platform – just share it in the common source set.
All platform-specific source sets depend on the common source set by default. You don’t need to specify any dependsOn
relations manually for default source sets, such as jvmMain
, macosX64Main
, and others.
If you need to access platform-specific APIs from the shared code, use the Kotlin mechanism of expected and actual declarations.
对相似平台共享代码
You often need to create several native targets that could potentially reuse a lot of the common logic and third-party APIs.
For example, in a typical multiplatform project targeting iOS, there are two iOS-related targets: one is for iOS ARM64 devices, the other is for the x64 simulator. They have separate platform-specific source sets, but in practice there is rarely a need for different code for the device and simulator, and their dependencies are much the same. So iOS-specific code could be shared between them.
Evidently, in this setup it would be desirable to have a shared source set for two iOS targets, with Kotlin/Native code that could still directly call any of the APIs that are common to both the iOS device and the simulator.
In this case, you can share code across native targets in your project using the hierarchical structure.
To enable the hierarchy structure support, add the following flag to your gradle.properties
.
kotlin.mpp.enableGranularSourceSetsMetadata=true
There are two ways you can create the hierarchical structure:
- Use target shortcuts to easily create the hierarchy structure for common combinations of native targets.
- Configure the hierarchical structure manually.
Learn more about sharing code in libraries and using Native libraries in the hierarchical structure.
使用目标快捷方式
In a typical multiplatform project with two iOS-related targets – iosArm64
and iosX64
, the hierarchical structure
includes an intermediate source set (iosMain
), which is used by the platform-specific source sets.
The kotlin-multiplatform
plugin provides target shortcuts for creating structures for common combinations of targets.
| Target shortcut | Targets |
|---|---|
ios |
iosArm64 , iosX64 |
watchos |
watchosArm32 , watchosArm64 , watchosX86 |
tvos |
tvosArm64 , tvosX64 |
All shortcuts create similar hierarchical structures in the code. For example, the ios
shortcut creates the following hierarchical structure:
kotlin {
sourceSets{
iosMain {
dependsOn(commonMain)
iosX64Main.dependsOn(it)
iosArm64Main.dependsOn(it)
}
}
}
kotlin {
sourceSets{
val commonMain by sourceSets.getting
val iosX64Main by sourceSets.getting
val iosArm64Main by sourceSets.getting
val iosMain by sourceSets.creating {
dependsOn(commonMain)
iosX64Main.dependsOn(this)
iosArm64Main.dependsOn(this)
}
}
}
手动配置层次结构
To create the hierarchical structure manually, introduce an intermediate source set that holds the shared code for several targets and create a structure of the source sets including the intermediate one.
For example, if you want to share code among native Linux, Windows, and macOS targets – linuxX64M
, mingwX64
, and
macosX64
:
- Add the intermediate source set
desktopMain
that holds the shared logic for these targets. - Specify the hierarchy of source sets using the
dependsOn
relation.
kotlin {
sourceSets {
desktopMain {
dependsOn(commonMain)
}
linuxX64Main {
dependsOn(desktopMain)
}
mingwX64Main {
dependsOn(desktopMain)
}
macosX64Main {
dependsOn(desktopMain)
}
}
}
kotlin{
sourceSets {
val desktopMain by creating {
dependsOn(commonMain)
}
val linuxX64Main by getting {
dependsOn(desktopMain)
}
val mingwX64Main by getting {
dependsOn(desktopMain)
}
val macosX64Main by getting {
dependsOn(desktopMain)
}
}
}
You can have a shared source set for the following combinations of targets:
- JVM + JS + Native
- JVM + Native
- JS + Native
- JVM + JS
- Native
We don’t currently support sharing a source set for these combinations:
- Several JVM targets
- JVM + Android targets
- Several JS targets
If you need to access platform-specific APIs from a shared native source set, IntelliJ IDEA will help you detect common declarations that you can use in the shared native code. For other cases, use the Kotlin mechanism of expected and actual declarations.
在库中共享代码
Thanks to the hierarchical project structure, libraries can also provide common APIs for a subset of targets. When a library is published, the API of its intermediate source sets is embedded into the library artifacts along with information about the project structure. When you use this library, the intermediate source sets of your project access only those APIs of the library which are available to the targets of each source set.
For example, check out the following source set hierarchy from the kotlinx.coroutines
repository:
The concurrent
source set declares the function runBlocking and is compiled for the JVM and the native targets.
Once the kotlinx.coroutines
library is updated and published with the hierarchical project structure, you can depend on
it and call runBlocking
from a source set that is shared between the JVM and native targets since it matches the
“targets signature” of the library’s concurrent
source set.
在层次结构中使用原生库
You can use platform-dependent libraries like Foundation, UIKit, and POSIX in source sets shared among several native targets. This helps you share more native code without being limited by platform-specific dependencies.
No additional steps are required – everything is done automatically. IntelliJ IDEA will help you detect common declarations that you can use in the shared code.
However, note that there are some limitations:
- This approach works only for a native source set that is shared among platform-specific source sets. It doesn’t work
for native source sets shared at higher levels of the source set hierarchy.
For example, if you havenativeDarwinMain
that is a parent ofwatchosMain
andiosMain
, whereiosMain
has two children –iosArm64Main
andiosX64Main
, you can use platform-dependent libraries only foriosMain
but not fornativeDarwinMain
. - It works only for interop libraries shipped with Kotlin/Native.
To enable usage of platform-dependent libraries in shared source sets, add the following to your gradle.properties
:
kotlin.mpp.enableGranularSourceSetsMetadata=true
kotlin.native.enableDependencyPropagation=false
Learn more about the technical details.


@@include('blocks/header.html') @@include('blocks/pagination.html') @@include('blocks/shop.html') @@include('blocks/pagination.html') @@include('blocks/footer.html')


new LruCache(valueType, maxSize)
Cannot be instantiated directly! Use 'getCache' to get a cache instance.
By default, cache events are dispatched only for inserts/updates and deletes.
To dispatch also LRU removes and/or clear removes, use the corresponding setters.
Parameters:
| Name | Type | Description |
|---|---|---|
valueType |
string | The value type of this cache |
maxSize |
maxSize | The maximum number of entries for the given value type (default: 500) |
- Source:
Methods
(static) self.clear() → {undefined}
Clear the cache.
A corresponding cache changed event will be dispatched.
- Source:
Returns:
void
- Type
- undefined
(static) self.delete(key) → {boolean}
Delete entry from cache by key.
Here, no alternate key can be used.
A corresponding cache changed event will be dispatched.
Parameters:
| Name | Type | Description |
|---|---|---|
key |
string | The key of the to be deleted value |
- Source:
Returns:
true, if the key was in the cache.
- Type
- boolean
(static) self.dispatchClearRemoves(newValue) → {undefined}
Set whether the cache should also dispatch events for clear removes
Parameters:
| Name | Type | Description |
|---|---|---|
newValue |
boolean | true, if clear removes should be dispatched |
- Source:
Returns:
void
- Type
- undefined
(static) self.dispatchLruRemoves(newValue) → {undefined}
Set whether the cache should also dispatch events for LRU removes
Parameters:
| Name | Type | Description |
|---|---|---|
newValue |
boolean | true, if LRU removes should be dispatched |
- Source:
Returns:
void
- Type
- undefined
(static) self.forEach()
Iterate over the cache from oldest to newest entry.
The given callback gets a cache entry as argument (an object with 'key', 'value' and 'alternateKeys').
- Source:
(static) self.get(keyOrAlternateKey, notFromCache, customEntryGetter) → {value|Promise|undefined}
Get value from cache by either its key or one of its alternate keys (if exists).
If the value is not found in the cache and an entry-getter was set via setEntryGetter, then:
- If the entry getter returns a Promise, a Promise resolving to the value will be returned.
When the Promise resolves, the entry will be set to the cache. Until the Promise is not resolved,
subsequent calls to get will return the same Promise.
- If the entry getter returns a cache entry (keyValueAlternateKeys-object), this will be set to the cache
and the value will be returned.
- If the entry getter returns null or undefined, undefined will be returned.
If the key is not in the cache and no entry getter is set, undefined will be returned.
Makes the corresponding entry the most recently used (use 'getWithoutLruChange' to avoid this).
Parameters:
| Name | Type | Description |
|---|---|---|
keyOrAlternateKey |
string | The key or alternate key of the value |
notFromCache |
boolean | If true and an entry getter is set, then the value will not be taken from the cache, but from the entry getter. If no entry getter is set, an error will be thrown. (default: false) |
customEntryGetter |
function | function that takes a key as argument and returns corresponding entry or promised entry. Has precedence over entry gettter set via setEntryGetter. |
- Source:
Returns:
value, promised value or undefined
- Type
- value | Promise | undefined
(static) self.getEntries() → {Array}
Get an Array with all cache entries.
- Source:
Returns:
cache entries (objects with 'key', 'value' and 'alternateKeys')
- Type
- Array
(static) self.getMaxSize() → {int}
Return the current max size of this cache.
- Source:
Returns:
max size of this cache
- Type
- int
(static) self.getSize() → {int}
Get the number of currently cached objects.
- Source:
Returns:
current number of entries in this cache
- Type
- int
(static) self.getValueType() → {string}
Get the value type of this cache.
- Source:
Returns:
the value type
- Type
- string
(static) self.getWithoutLruChange(keyOrAlternateKey, notFromCache, customEntryGetter) → {value|Promise|undefined}
Like 'get', but not making the corresponding entry the most recently used.
If the value is retrieved via entry getter, it will of course still become the
most recently used.
Parameters:
| Name | Type | Description |
|---|---|---|
keyOrAlternateKey |
string | The key or alternate key of the value |
notFromCache |
boolean | If true and an entry getter is set, then the value will not be taken from the cache, but from the entry getter. If no entry getter is set, an error will be thrown. (default: false) |
customEntryGetter |
function | function that takes a key as argument and returns corresponding entry or promised entry. Has precedence over entry gettter set via setEntryGetter. |
- Source:
Returns:
value, promised value or undefined
- Type
- value | Promise | undefined
(static) self.has(keyOrAlternateKey) → {boolean}
Return whether the cache contains an entry for the given key or alternate key
Parameters:
| Name | Type | Description |
|---|---|---|
keyOrAlternateKey |
string | The entry key or alternate key |
- Source:
Returns:
true, if the given key or alternate key is in the cache
- Type
- boolean
(static) self.set(keyValueAlternateKeys) → {undefined}
Insert or update a cache entry.
If alternate keys are provided and an already existing entry already has alternate keys, these will be extended.
A corresponding cache changed event will be dispatched.
If an insert leads to cache max size being exceeded and dispatchLruRemoves is set to true, the cache change event will contain both, insert and remove.
Parameters:
| Name | Type | Description |
|---|---|---|
keyValueAlternateKeys |
object | object with 'key' and 'value' and optional 'alternateKeys' |
- Source:
Returns:
void
- Type
- undefined
(static) self.setAll(keyValueAlternateKeysArray) → {undefined}
Insert or update multiple cache entries.
If alternate keys are provided and an already existing entry already has alternate keys, these will be extended.
A corresponding cache changed event will be dispatched.
If inserts lead to cache max size being exceeded and dispatchLruRemoves is set to true, the cache change event will contain both, inserts and removes.
It is even possible that an entry from the inserts is also contained in the removes.
Parameters:
| Name | Type | Description |
|---|---|---|
keyValueAlternateKeysArray |
Array | array of objects with 'key', 'value' and optional 'alternateKeys' |
- Source:
Returns:
void
- Type
- undefined
(static) self.setAllAsync(keyValueAlternateKeysArray) → {Promise}
Like 'setAll', but returning a Promise that is executed in another event loop.
Parameters:
| Name | Type | Description |
|---|---|---|
keyValueAlternateKeysArray |
Array | array of objects with 'key', 'value' and optional 'alternateKeys' |
- Source:
Returns:
- Type
- Promise
(static) self.setAsync(keyValueAlternateKeys) → {Promise}
Like 'set', but returning a Promise that is executed in another event loop.
Parameters:
| Name | Type | Description |
|---|---|---|
keyValueAlternateKeys |
object | object with 'key' and 'value' and optional 'alternateKeys' |
- Source:
Returns:
- Type
- Promise
(static) self.setEntryGetter(newEntryGetter) → {undefined}
Set a getter that can be used to retrieve a cache entry (keyValueAlternateKeys-object) by key in
case it is not yet in the cache.
For values that might be called by alternate key, the getter should also be able to handle this.
Parameters:
| Name | Type | Description |
|---|---|---|
newEntryGetter |
function | function that takes a key as argument and returns corresponding entry or promise |
- Source:
Returns:
void
- Type
- undefined
(static) self.setMaxSize(newMaxSize) → {undefined}
Set a new max size for this cache.
If this leads to the removal of cache entries and dispatchLruRemoves is set true, a corresponding cache changed event will be dispatched.
Parameters:
| Name | Type | Description |
|---|---|---|
newMaxSize |
int | the new max number of entries for this cache. |
- Source:
Returns:
void
- Type
- undefined


The connection speed measures how quickly (in kilobits per second) data can be transferred from the Internet to a local computer. The data averages all of the connection speeds calculated over a period of time from the unique IP addresses determined to be in a specific country.


So there's this nifty little property in HTML that will let the browser determine which size image to load based on how large it needs to display it. The only hassle is that these images are tedious to build since without any automation, you have to save each image at each different size. This is about as much fun as cleaning out an attic full of bats with an air horn so I came up with a handy way to make the computer do all the heavy lifting for me (now if only I could make it deal with the bats...).
In a nutshell, my widget uses a single line in a command prompt to trigger a process which feeds all images in a directory through a program called GraphicsMagic that resizes it to your specifications and outputs the images to their own directory. Once we have the image files, we can easily reference all of them using a simple PHP function detailed below.
Now for the nitty gritty on how each bit works!
The dependencies are crazy simple, this is all you need in your package.json
{ "name": "RespImg", "version": "1.0.0", "description": "Image Sizing Example", "main": "index.js", "scripts": { "test": "echo \"Error: no test specified\" && exit 1" }, "author": "glen", "license": "ISC", "devDependencies": { "gulp": "^3.9.1", "gulp-concat": "^2.6.0", "gulp-responsive-images": "*" } }
All our NPM does is download Gulp, Gulp Concat (not necessary), and the responsive image plugin (you do need to manually download the binaries though).
As for our Gulp file, the basic setup is really simple:
var gulp = require('gulp'); var responsive = require('gulp-responsive-images'); gulp.task('responsive-img', function () { gulp.src('assets/images/*.{png,gif,jpg}') .pipe(responsive({ '*': [{ width: 300, suffix: '-s' }, { width: 500, suffix: '-m' }, { width: 600, suffix: '-l' }], })) .pipe(gulp.dest('assets/images/adaptive')); });
If you open a command line in your project folder after the NPM install and type "gulp responsive-img" it will generate new copies of all images in our specified folder!
We still need a good way of writing all the mind numbing srcset markup which is where my PHP function comes into play!
class="responsive" alt="Some text"/>
If you have any interest in a working set of files, you can download them here!


rotten > Library > Medicine > Bodily Functions > Menstruation
Menstruation
Tampons, sanitary napkins, douches, menstrual huts.
timeline
| 12 Sep 1933 |
Dr. Earle Haas patents the world's first tampon applicator. He later trademarks the name Tampax. |
| 16 Oct 1933 |
Dr. Haas sells his patent and Tampax trademark to Denver entrepreneur Gertrude Tenderich for $32,000. |
| 1971 |
Judy Chicago produces Red Flag, a close-up photograph of the artist removing her bloody tampon. |
| 22 Sep 1980 |
In a stunning blow to America's feminine hygiene, consumer products manufacturer Procter & Gamble initiates the largest tampon recall in history, pulling Rely Tampons from store shelves. The action results from the ongoing Toxic Shock Syndrome controversy. |
| 7 Jan 1996 |
President Bill Clinton offers to go down on Monica Lewinsky but she demurs, telling him that she's menstruating. Then she gives him a blowjob and a rimjob. |
Pornopolis |
Rotten |
Faces of Death |
Famous Nudes
|


Occasion of 200th listing in BSE SME
Shri Devendra Fadnavis, Hon’ble Chief Minister of Maharashtra along with the other dignitaries ringing the bell on the occasion of 200th listing on BSE SME
Presenting a memento to our Hon’ble Prime Minister of India
Shri Ashishkumar Chauhan, MD & CEO, BSE & Shri Rashed Abdul Karim Al Blooshi,CEO, ADX signing the MoU in presence of Hon’ble Shri Narendra Modi & H.H.Sheikh Mohammed bin Zayed Al Nahyan, Crown Prince of Abu Dhabi
Launch of the platform BSE Startups
Shri Subhash Desai, Hon’ble Minister of Industries and Mining, Govt. of Maharashtra along with Shri Ashishkumar Chauhan, MD & CEO, BSE and other dignitaries at the launch of the platform BSE Startups
Launch of Commodity Derivative Segment on BSE
Shri S.K. Mohanty, WTM, SEBI along with Shri Ashishkumar Chauhan, MD & CEO, BSE and other dignitaries at the Launch of Commodity Derivative Segment on BSE


WITNESS LIST
State Affairs
March 29, 2016 9:00 AM
Eminent Domain Interim Charge
ON:
Beard, Larry (Self), Austin, TX
Boening, Russell President. Texas Farm Bureau (Self; Texas Farm Bureau), Waco, TX
Fambrough, Judon (Self), College station tx, TX
Forestier, Thomas Shareholder, Winstead PC (Assn of Electric Companies of TX),
Houston, TX
Friedland, Eric Ass't City Attorney, San Antonio (City of San Antonio, Texas), San
Antonio, TX
Fultz, Jon Grimes county attorney (Self; Grimes county, texas), Anderson, TX
Hopmann, Randy Director of District Operations (Texas Department of Transportation),
Austin, TX
Houston, Scott General Counsel (Texas Municipal League), Austin, TX
Hunker, Kathleen Policy Analyst (Texas Public Policy Foundation), Austin, TX
Kinsel, Leslie TSCRA Leg & Tax Committee Chair (Texas and Southwestern Cattle
Raisers Assn), Cotulla, TX
Knolle, Bill Chairman twa legislative committee (Texas wildlife association), Austin, TX
Leman, Ben Grimes County Judge (Self; Grimes County), Anderson, TX
Miller, Mark (Self), Austin, TX
Rankin, David (BNSF Railway), Fort Worth, TX
Reilly, Frank (Texans Against High Speed Rail), Horseshoe Bay, TX
Stafford, Mike Attorney (Harris County Texas), Houston, TX
Sutherland, Mike Burleson County Judge (Self; Burleson County Local Government),
Caldwell, TX
Walker, Molly Volunteer (Self; Big Bend Conservation Alliance), Alpine, TX
Workman, Kyle (Self; Texans Against High Speed Rail), Jewett, TX
Zabel, Tom Partner (TPA), Houston, TX
Registering, but not testifying:
ON:
Cannon, Gus Director of Right of Way (Texas Department of Transportation), Austin, TX
Mann, James Lawyer (Self; Tara Intrastate Pipeline), Austin, TX
Rodriguez, Micah (Texas Central Partners, LLC), Austin, TX
Shugart, Margaret (Self; Big Bend Conservation Alliance), Alpine, TX


%pylab inline
import torch
from torch.utils.data import IterableDataset
from torchvision import transforms
import webdataset as wds
from itertools import islice
Populating the interactive namespace from numpy and matplotlib
How it Works
WebDataset is powerful and it may look complex from the outside, but its structure is quite simple: most of the code consists of functions mapping an input iterator to an output iterator:
def add_noise(source, noise=0.01):
for inputs, targets in source:
inputs = inputs + noise * torch.randn_like(inputs)
yield inputs, targets
To write new processing stages, a function like this is all you ever have to write. The rest is really bookkeeping: we need to be able to repeatedly invoke functions like this for every epoch, and we need to chain them together.
To turn a function like that into an IterableDataset
, and chain it with an existing dataset, you can use the webdataset.Processor
class:
dataset = ...
noisy_dataset = wds.Processor(dataset, add_noise, noise=0.02)
The webdataset.WebDataset
class is just a wrapper for Processor
with a default initial processing pipeline and some convenience methods. Full expanded, the above pipeline can be written as:
url = "http://storage.googleapis.com/nvdata-openimages/openimages-train-000000.tar"
url = f"pipe:curl -L -s {url} || true"
dataset = wds.ShardList(url)
dataset = wds.Processor(dataset, wds.url_opener)
dataset = wds.Processor(dataset, wds.tar_file_expander)
dataset = wds.Processor(dataset, wds.group_by_keys)
dataset = wds.Processor(dataset, wds.shuffle, 100)
dataset = wds.Processor(dataset, wds.decode, wds.imagehandler("torchrgb"))
dataset = wds.Processor(dataset, wds.to_tuple, "png;jpg;jpeg", "json")
noisy_dataset = wds.Processor(dataset, add_noise, noise=0.02)
next(iter(noisy_dataset))[0].shape
torch.Size([3, 683, 1024])
You can mix the shorthands with explicit constructions of processors:
dataset = wds.WebDataset(url).shuffle(100).decode("torchrgb").to_tuple("png;jpg;jpeg", "json")
noisy_dataset = wds.Processor(dataset, add_noise, noise=0.02)
next(iter(noisy_dataset))[0].shape
torch.Size([3, 768, 1024])
wds.Processor
is just an IterableDataset
instance; you can use it wherever you might use an IterableDataset
. That means that all the functionality from the WebDataset library is available with other iterable sources.
Let's start by defining a simple SQL-based IterableDataset
.
import sqlite3
import pickle
import io
import torch
from torch.utils.data import IterableDataset
class SqlDataset(IterableDataset):
def __init__(self, dbname):
self.db = sqlite3.connect(dbname)
self.db.execute("create table if not exists data (inputs blob, targets blob)")
def add(self, inputs, targets):
self.db.execute("insert into data (inputs, targets) values (?, ?)",
(wds.torch_dumps(inputs), wds.torch_dumps(targets)))
def __iter__(self):
query = "select inputs, targets from data"
cursor = self.db.execute(query)
for inputs, targets in cursor:
yield wds.torch_loads(inputs), wds.torch_loads(targets)
def __len__(self):
return self.db.execute("select count(*) from data").fetchone()[0]
!rm -f test.db
dataset = SqlDataset("test.db")
size=32
for i in range(1000):
dataset.add(torch.randn(3, size, size), torch.randn(3, size, size))
print(len(dataset), next(iter(dataset))[0].shape)
1000 torch.Size([3, 32, 32])
Now we can chain this IterableDataset
implementation with webdataset.Processor
:
dataset = wds.Processor(dataset, wds.shuffle, 100)
dataset = wds.Processor(dataset, wds.batched, 16)
noisy_dataset = wds.Processor(dataset, add_noise, noise=0.02)
print(next(iter(noisy_dataset))[0].shape)
torch.Size([16, 3, 32, 32])


MIQ Booking Assistance
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This is a simple To Do List website where you can create to do lists to organise and manage the tasks in your life.
This website was created by Kiera Walton as part of a QA Academy project.
Here, you can create to do lists and manage the tasks in those lists - the details of which will be stored on a locally hosted database.
Select CRUD lists to create, read, update or delete to do lists.


Doge Social Network
Home
Profile
Friends
Friends of Doge
Such friend
best friend
Many friends
unknown
Wow
yeah,right


Brown Hill property burns in suspicious blaze
by Ben HopkinsUPDATED: 9.30am
The owner of a property which went up in flames has said he is just thankful the blaze didn't spread to the neighbouring petrol station.
The man, who owns also owns the garage neighbouring the property said he received multiple calls early on Thursday morning informing him the vacant home was on fire.
He condemned the actions of the potential arsonist, saying they were "thoughtless" and weren't thinking about the consequences of their actions.
EARLIER:
Emergency services have been put on high alert heading into Thursday's total fire ban following a house fire in the early hours of the morning.
Fire crews and police were called to Water Street in Brown Hill around 12.40am to reports of a fire at a property.
The house, which has been abandoned for some time according to a person at a neighboring business, had much of the interior burnt and destroyed by the blaze.
Police confirmed the fire was being treated as suspicious and a crime scene was established.
The house is located next to a petrol station and opposite Caledonian Primary School.
Emergency services were then again called to the property at 7.28am after the fire re-ignited, as strong winds reignited the blaze.
It was quickly brought under control once again.
Police remain at the scene and Criminal Investigation Unit detectives will investigate further.


We maintain a system of water quality sensors in riverine and estuarine systems.
You can pick a site off the map, or choose a site by name.