28
1 Woe to the proud garland of the drunkards of Ephraim, and to the fading flower of his glorious beauty,
that is on the head of the lush valley of those who are overcome with wine!
2 Behold, the Lord has a mighty and strong one; as a hailstorm,
a destroying storm, as a cloudburst of might and overwhelming. He will strike the earth with his hand.
3 The proud garland of the drunkards of Ephraim will be trodden underfoot.
4 The fading flower of his glorious beauty, that is on the head of the rich valley,
will be as the first ripe fig before the summer, that, when someone sees it,
while it is yet in his hand, he gulps it down.
5 In that day Yahweh of hosts will become a beautiful crown and a diadem of beauty for the remainder of his people,
6 a spirit of justice for him who sits in judgment, and strength for those who turn back their enemies at their gates.
7 But even these reel with wine, and stagger with strong drink.
The priest and the prophet reel with strong drink, and they are swallowed up by wine.
They stagger with strong drink, staggering in vision and reeling in decision.
8 Truly, all tables are covered with vomit, so that there is no clean place.
9 To whom will he teach knowledge, and to whom will he explain the message?
To those who are weaned from milk or to those just taken from the breasts?
10 For it is command upon command, command upon command; rule upon rule, rule upon rule;
here a little, there a little.
11 Indeed, with mocking lips and a foreign tongue he will speak to this people.
12 In the past he said to them "This is the rest, give rest to him who is weary;
and this is the refreshing," but they would not listen.
13 So the word of Yahweh will be to them
command upon command, command upon command; rule upon rule, rule upon rule;
here a little, there a little;
so that they may go and fall backward, and be broken, ensnared, and captured.
14 So listen to the word of Yahweh, you who mock,
who rule this people in Jerusalem.
15 You have said, "We have made a covenant with death;
with sheol we have reached an agreement. So when the overflowing judgment passes through, it will not reach us,
for we have made a lie our refuge, and in falsehood we have hidden."
16 Therefore the Lord Yahweh says,
"See: I will lay in Zion a foundation stone, a tried stone,
a precious cornerstone, a sure foundation. He who believes will not be ashamed.
17 I will make justice the measuring stick, and righteousness the plumbline.
Hail will sweep away the refuge of lies, and the floodwaters will overwhelm the hiding place.
18 Your covenant with death will be dissolved, and your agreement with sheol will not stand.
When the raging flood passes through, you will be overwhelmed by it.
19 Whenever it passes through, it will overwhelm you,
and morning by morning it will pass through and by day and night it will come.
When the message is understood, it will cause terror.
20 For the bed is too short for a man to stretch out on, and the blanket too narrow for him to wrap himself in."
21 Yahweh will rise up as on Mount Perazim; he will rouse himself as in the valley of Gibeon
to do his work, his strange work, and perform his strange deed.
22 Now therefore do not mock, or your bonds will be tightened.
I have heard from the Lord, Yahweh of hosts, a decree of destruction on the earth.
23 Pay attention and listen to my voice; be attentive and listen to my words.
24 Does a farmer who plows all day to sow, only plow the ground? Does he continually break up and harrow the field?
25 When he has prepared the ground, does he not scatter caraway seed, sow the cumin,
put in the wheat in rows and the barley in the right place, and the spelt at its edges?
26 His God instructs him; he teaches him wisely.
27 Moreover, the cumin is not threshed with a sledge, nor is a cartwheel rolled over the cumin;
but caraway is beaten with a stick, and the cumin with a rod.
28 Grain is ground for bread but not too finely,
and though the wheels of his cart and his horses scatter it, his horses do not crush it.
29 This too comes from Yahweh of hosts,
who is wonderful in instruction and excellent in wisdom.


The Crime Maps Project
Home
Maps and Visualizations
Analysis
About
Contact
The Crime Maps Project is aimed at creating a central location on the internet where people can find
data maps and visualizations easily. This project has been created by Anant Joshi
as part of his submission for his Final Year Major Project.


Fact 1: Out of the fog and into the record books, Norway's Ole Einar Bjoerndalen became the most decorated Winter Olympian of all time after winning his 13th medal.Bjoerndalen had matched Daehlie's record when he won the men's sprint on the opening first Saturday of the Games. He could win a 14th medal in the men's relay on Saturday.
Fact 2: Fog and overcast weather at the Laura venue where the cross-country and biathlon events were taking place had caused a string of races to be rearranged. But that did not stop the Norwegian winning his 13th medal and his eighth gold, in the biathlon mixed relay.
Fact 3: He began his Olympic career at a home Games at Lillehammer in 1994 but won his first medals four years later in Nagano.
Fact4: Although his results are far from his usual standards, he does not seem to wear down and still has the hunger of a young wolf


Bootstrap3, HTML5 Templates this is my name
open source, and easy to use.
Looking for something more?
aspxtemplates.com


Coverage Determinations
What is a Coverage Determination?
A coverage determination is a decision that we make about your benefits and coverage, or about the amount we will pay for a prescription drug. A coverage determination is requested when you ask us to cover your Part D drug even if it is not on our formulary or waive certain restrictions that are placed on your Part D drug, or provide a higher level of coverage for your Part D drug. You, your doctor or prescriber, or an appointed representative may contact us to request a coverage determination.
What restrictions could be placed on my drugs?
As you review your formulary you may notice that certain drugs show symbols next to them, such as PA, ST, or QL. These symbols stand for additional requirements or limits on that drug:
- Prior Authorization (PA): You or your doctor or prescriber must ask Granite Alliance for approval before we will agree to cover the drug.
- Step Therapy (ST): We ask that you try one or more alternative drugs before we can cover the drug requested. The alternative drugs are generally less costly but just as effective.
- Quantity Limit (QL): A limit on the amount of the drug that you can have each time you fill your prescription. Generally, this limit is based on U.S. Food & Drug Administration (FDA) requirements on how much is considered safe to take per day.
If you need a drug that has a PA requirement, or if your doctor or prescriber wants us to make an exception to the ST or QL requirements, then you, your doctor or prescriber, or an appointed representative can ask us to make a coverage determination.
How do I request a Coverage Determination?
You, your doctor or prescriber, or appointed representative may file your coverage determination request by phone, mail or fax. Your coverage determination can be requested 24 hours a day, 7 days a week. You can also submit your coverage determination request online.
Call Us:<PHONE_NUMBER> (TTY: 711)
When you mail or fax your request, we recommend printing off our Coverage Determination Request form to ensure you are providing all the information needed for us to process your request.
Mail the Request: Granite Alliance P.O. Box 1382 Maryland Heights, MO 63043
Fax Us: 1-888-656-8099
What happens when I request a Coverage Determination?
Once Granite Alliance receives a coverage determination request, we immediately review the information you provided, plus any additional information we received from your doctor, prescriber or pharmacy. If your request is a standard coverage determination about a drug you have not yet received, once we receive your request, we have 72 hours to make our decision. We will give you the decision sooner if you have not received the drug yet and your health condition requires us to. If you already bought your drug and are asking us to pay you back, we must make our decision within 14 calendar days after we receive your request.
You may also request an expedited coverage determination which means we will give you a decision within 24 hours. You may get an expedited coverage determination only if you are asking for a drug you have not yet received; and you, your doctor, or prescriber indicate that waiting 72 hours could seriously harm your life or health or hurt your ability to function.
A type of coverage determination is called an “exception”. If a drug is not covered in a way you would like it to be covered, you can ask us for an exception. To request for an exception, we must receive a statement from your doctor or prescriber explaining why the drug you are asking for is medically necessary. Once we receive your statement, we will then consider your request. We will reach out to your doctor or prescriber on your behalf if we do not receive the statement with the initial request.
Once we make a decision, we will let you know whether we have approved or denied your request. We work closely with your doctor or prescriber to make sure we have all the information we need to approve your request. However, there are times when we may deny your request. The most common reasons for denial are:
- Your doctor or prescriber did not give us all the information we need.
- Your doctor or prescriber may switch you to another drug on the formulary.
- The requested drug is excluded from Part D coverage.
- The requested drug is not being used for the correct condition.
If we deny your request, we will provide you with a detailed explanation in a letter. The letter will contain information such as other covered drugs that you can discuss with your doctor or prescriber, criteria that was and was not met, and next steps. If you disagree with our decision, or if your doctor or prescriber has additional information, you can contact us to appeal our decision (called a “Redetermination Request”). Learn more about the appeals process.
For additional information on the coverage determination process, please review Chapter 6 of your Evidence of Coverage.


Bankruptcy registration
4. Verify registration
| Debtor details | Edit | |
|---|---|---|
| Forename | ||
| Surname | ||
| Occupation | Gardener |
| Debtor address | Edit | |
|---|---|---|
| Address line 1 | 12 Street | |
| Address line 2 | Middlebrrok | |
| Address line 3 | Winchester | |
| County | Hampshire | |
| Postcode | SO14 1AA |
| Court details | Edit | |
|---|---|---|
| Key number | 1111109 | |
| Court name | Portsmouth | |
| Number | 998 | |
| Year | 2015 |
| I confirm I verified all above details |


§412:3-506 Opening or relocating a support facility. A Hawaii financial institution that opens or relocates a support facility shall within thirty days thereafter submit a letter to the commissioner containing the following information:
(1) The location of the support facility;
(2) A description of the type of functions which the support facility will perform; and
(3) The date or anticipated date of opening or relocation. [L 1993, c 350, pt of §1; am L 2006, c 228, §22]


Default properties and methods of the Xml object.
Methods
Retrieves an XML document from a given URL and transforms it into a HopObject.
Syntax:
The optional argument filenameString refers to a file containing a set of transformation rules how the XML data should be turned into a HopObject. Please take a look at the RFC for details.
Example:
Syntax:
Xml.get(urlString) Xml.get(urlString, filenameString)
The optional argument filenameString refers to a file containing a set of transformation rules how the XML data should be turned into a HopObject. Please take a look at the RFC for details.
Example:
var obj = Xml.get("http://localhost:8080/antville/rss10"); for (var i in obj) res.writeln(i + ": " + obj[i]); xmlns_sy: http://purl.org/rss/1.0/modules/syndication/ xmlns_dc: http://purl.org/dc/elements/1.1/ item: HopObject item channel: HopObject channel xmlns: http://purl.org/rss/1.0/ xmlns_rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns#
parameters
| String | urlString | as String, containing the URL to fetch the XML from |
returns
| HopObject |
Parses the string argument as XML and transforms it into a HopObject.
Syntax:
The optional argument filenameString refers to a file containing a set of transformation rules how the XML data should be turned into a HopObject. Please take a look at the RFC for details.
Example:
Syntax:
Xml.getFromString(xmlString) Xml.getFromString(xmlString, filenameString)
The optional argument filenameString refers to a file containing a set of transformation rules how the XML data should be turned into a HopObject. Please take a look at the RFC for details.
Example:
var obj = Xml.getFromString("hello world"); for (var i in obj) res.writeln(i + ": " + obj[i]); b: HopObject b text: hello
parameters
| String | xmlString | as String in XML format |
returns
| HopObject |
Reads an XML tree from file and transforms it into a HopObject.
Syntax:
If an optional HopObject is specified, the HopObject derived from the XML tree will be added to it.
Example:
Syntax:
Xml.read(filenameString) Xml.read(filenameString, HopObject)
If an optional HopObject is specified, the HopObject derived from the XML tree will be added to it.
Example:
var obj = Xml.read("/tmp/dump.xml"); res.write(obj); HopObject message
parameters
| String |
returns
| HopObject |
Reads an XML tree from a string and transforms it into a HopObject.
Syntax:
If an optional HopObject is specified, the HopObject derived from the XML tree will be added to it.
Example:
Syntax:
Xml.readFromString(String) Xml.readFromString(String, HopObject)
If an optional HopObject is specified, the HopObject derived from the XML tree will be added to it.
Example:
var f = new File("/tmp/dump.xml"); var obj = Xml.readFromString(f.readAll()); res.write(obj); HopObject message
parameters
| String |
returns
| HopObject |
Dumps a HopObject as XML tree to a file.
Syntax:
Example:
Syntax:
Xml.write(HopObject, filenameString)
Example:
var obj = new message(); obj.title = "The Message"; obj.text = "Don't push me 'cause I'm close to the edge."; root.add(obj); Xml.write(obj, "/tmp/dump.xml"); File /tmp/dump.xml: <?xml version="1.0"?>   <xmlroot xmlns:hop="http://www.helma.org/docs/ guide/features/database"> <hopobject id="8" name="message" prototype="message" created="1026487524440" lastModified="1026487524440"> <hop:parent idref="0" prototyperef="root"/> <title>The Message</title> <text>Don't push me 'cause I'm close to the edge.</text> </hopobject> </xmlroot><
parameters
| HopObject | and file name as string |
Stores a HopObject as XML tree in a string.
Syntax:
Example:
Syntax:
Xml.writeToString(HopObject)
Example:
var str = Xml.writeToString(this.get(0)); res.write(str); <?xml version="1.0"?>   <xmlroot xmlns:hop="http://www.helma.org/docs/ guide/features/database"> <hopobject id="8" name="message" prototype="message" created="1026487524440" lastModified="1026487524440"> <hop:parent idref="0" prototyperef="root"/> <title>The Message</title> <text>Don't push me 'cause I'm close to the edge.</text> </hopobject> </xmlroot>
parameters
| HopObject |
returns
| String in XML encoded |


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This is a line that should have a break at the end of it. And I should have had a test for it. I could have sworn I did, honest.


Get Six Leaf Black Clover Oc US. Would be awesome to see that happen. It first appears in the seventeenth episode of the fourth season.
Discussion6 leaf clover grimoire (self.blackclover). Would be awesome to see that happen. Chapter 289 by tabata yuuki.
Black clover summer 2019 ratings.
<< black clover (tv) episode 169. Can someone who can't use magic really become the wizard king? She, like asta, is born without magic power and is bullied and mistreated by her family and peers. Read black clover manga in english online for free at readblackclover.com.


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Different Open Source Dev Stuff Like Premium Ones
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2
5
Recently I found on a blog this:
" So I changed my mind and now my single reason that identify good programmers is "A good programmer is the one that put code in production" it means that good programmers makes programs that works and works for long time. Surely I really think that with DI, IoC, AOP you can create better programs, but the fundamental stuff is to put code in production. Bad programmers do not put a lot of code in production, because if they produce crap software, they will begin to spent so many time in maintenance, that they will not be able to ship anything anymore. Good programmer at other side, makes programs that work, they put them in production and then just leave them away, to return only when the customer needs another release. "So what do you think about this?
4 Answers:
5
Sounds like it misses the common scenario: a bad programmer produces rubbish software which is band-aided into production, but then causes a maintenance nightmare once it's already there. Shipping something is easy. Shipping something which works, continues to work, and can be maintained over the long term is much harder and more important in most cases.
It also ignores the fact that there are many reasons why code may not go into production, some of which are out of the programmer's control. Steve Yegge mentioned on the podcast that his previous projects at Google had been cancelled - does that make him a bad programmer?
Yes, getting code into production is important. Doing it as quickly as possible is not the be-all and end-all though. Better to get something maintainable into production in 6 months than to rush something out in 5 months which then takes a year to actually turn into something useful... you've got to look at what's shipped over the course of many years to really get a good idea.
EDIT: As Cletus points out, the post is really geared at "the technology isn't important; shipping is". I agree with that aspect. I just disagree with the overly-simplistic statement. Even if you take into account the extra part: "makes programs that works and works for long time" it isn't quite enough. While I certainly appreciate the YAGNI philosophy, I've seen plenty of code which just about works at the moment, but is a complete nightmare to change because no thought was put into future work. I'm not saying we need to go overboard on this, but again it's the long-term impact which bothers me. If the current code "works for a long time" because no-one dares to touch it, that's not good code.
Answered 3 hours ago by Badri, reputation: 3124.
3
hmm...
A programmer who puts out stable code into production is a good employee, but not necessarily a good programmer. A competent programmer yes, but a good programmer?
A better programmer might indeed obsess over features and architecture. I don't want to get into "that" discussion, but as an extreme, this programmer might not be a good employee....but he might indeed be a great programmer..?
The point is, I think that quote is far too simplistic to mean anything.
Answered 2 hours and 3 min ago by Andy, reputation: 122.
2
This rant:
- simplifies the evaluation problem to "good" and "bad"; a switch is easier to make than a potentiometer, but the latter serves a greater purpose.
- takes the programmer out of his context: he's just a member of a team. If he would get crappy specs, he would be a great spec-corrector if he put great code to work.
- doesn't differentiate between working code and maintainable code
- has a point that 'real life' programmers shouldn't go too academic too often (as I tend to do, but I'm working on it :) )
Answered 2 hours and 30 min ago by RaymondA, reputation: 56.


CONTE : RAY WILKINS WANTS US TO BE IN TOP FOUR
"Antonio Conte still sounds optimistic about Chelsea's chances of getting in the top four for next season's champions league".
Conte “we must pay tribute to Ray Wilkins in a great way on Sunday”, and then we must think about the game and try to give our best.
It is not time to complain or cry . We are realistic about the gap between us and the top four, but will fight with pride and determination to be in the top four.
Ray Wilkins who served his footballing career as a player and a coach for Chelsea FC, had always visit cobham training ground to motivate the boys.
Ray publicly supported Antonio Conte to stay for next season.
Conte on Ray Wilkins' death: 'It's tragic news. I was lucky to know him and speak with him many times. He was a legend for this club, an ambassador for football. It's very difficult to accept this news. We want to pass on our biggest condolences to his family. It's a big loss.'
Chelsea are nine points below Tottenham Hotspur who sit on the fourth position and 10 below Liverpool that they still have game with.
“ ” —By: Maxi Billian


{% extends "../jobprofile.html" %}
{% block page_title %}
Find a career
{% endblock %}
{% set profileName = "Plumber" %}
{% set profileSecondaryName = "" %}
{% set profileSalaryLow = "13,000" %}
{% set profileSalaryHigh = "50,000" %}
{% set profileHoursLow = "40" %}
{% set profileHoursHigh = "45" %}
{% set profileDescription = "Plumbers fit and service hot and cold water systems, heating systems and drainage networks." %}
{% block content %}
{% set serviceName = 'Find a career' %}
{% set bannerStyle = 'BETA-style' %}
You could either: You'll need to have a Construction Skills Certification Scheme (CSCS) card or equivalent to train and work on a construction site. To do a Level 2 or 3 Diploma in Plumbing and Domestic Heating, you'll usually need GCSEs at grades 9 to 4 (A* to C) in English, maths and science, or equivalent qualifications. You can study full time, or 1 day a week while you work for the rest of the week perhaps as a plumber's assistant or 'mate'. To work with domestic gas heating systems, you'll need gas-related units at level 3. You may be able to get financial help. Find a plumbing and heating course near you. Some plumbing businesses offer advanced apprenticeships where you can work towards the Level 3 Diploma in Plumbing and Domestic Heating. You'll usually need GCSEs at grades 9 to 4 (A* to C), including maths, English and science to get onto the apprenticeship. Employers may also accept equivalent level 2 qualifications. There's a lot of competition for places. Many plumbing businesses are small and prefer to take on someone who's already trained to do basic plumbing tasks. Find out more Go Construct has information about careers and qualifications in plumbing. Once you're enrolled on an accredited course or apprenticeship, you can apply for trainee membership of the Chartered Institute of Plumbing and Heating Engineering (CIPHE). You'll need: It takes 10 to 15 minutes. Depending on your qualifications, you'll service and repair heating, water and sanitation systems in domestic and commercial premises. Your day-to-day tasks may include: Starter: £15,000 to £20,000 Experienced: £20,000 to £28,000 Highly experienced: £40,000 or more Self-employed plumbers set their own rates. These figures are a guide. As an employee, you'll usually work between 37 and 40 hours a week. You could work evenings, weekends and public holidays, if your firm offers an emergency call-out service. Self-employed plumbers can work longer hours. You'll be working in all weathers, and some of your work will be in confined spaces. You could also work on scaffolding or from ladders to repair roof guttering or leadwork. You'll travel locally between jobs but you may have to work away from home on some contracts. A driving licence will usually be required. You can develop your skills by taking further training in areas such as heating, ventilation and air-conditioning, and renewable energy technologies like solar powered heating. You can also join the Gas Safe Register or get certified with the Oil Firing Technical Association (OFTEC). These would show you're qualified to work on gas or oil-fired appliances. You could go on to take an HND or degree and become an engineer. This would give you career options in building services engineering, estimating and contract management.1. How to become
College
Apprenticeship
2. Skills required
Check if your skills match >
3. What you'll do
4. Salary
5. Working hours, patterns and environment
6. Career path and progression
7. Current opportunities
Apprenticeships
In England
Plumbing Apprentice
Apprentice Plumber
Last updated: 23 March 2016
{% endblock %}


Charles Dickens
Charles John Huffam Dickens was an English novelist of the Victorian era. During his lifetime Dickens was very popular, his works serialized in weekly magazines and their chapters eagerly awaited by readers. Considered one of the English language’s greatest writers, he was deeply concerned about social issues and these are major themes in his works. Some of his more popular titles include Great Expectations, A Tale of Two Cities, and A Christmas Carol. As a testament to his popularity, his works have never been out of print.
- Nationality: English
- Birth Date: 7 Feb 1812
- Death Date: 9 June 1870
Available Works
- Oliver Twist (1838)
- Oliver Twist is Charles Dickens' second novel. It is about a boy named Oliver Twist, who escapes from a workhouse and meets a gang of pickpockets in London. The novel is one of Dickens's most well-known works, and has been the subject of numerous film and television adaptations.
- A Christmas Carol (1843)
- A Christmas Carol is a Victorian morality tale that focuses on the life of the main character, Ebenezer Scrooge. First published by Charles Dickens in 1843 as a means to relieve personal debts, A Christmas Carol has become one of the most enduring Christmas stories of all time.
- David Copperfield (1850)
- David Copperfield is a novel by Charles Dickens. Like most of his works, it originally appeared in serial form a year earlier. Many elements within the novel follow events in Dickens' own life, and it is probably the most autobiographical of all of his novels.
- A Tale of Two Cities (1859)
- A Tale of Two Cities is a historical novel by Charles Dickens. The plot centers on the years leading up to the French Revolution and culminates in the Jacobin Reign of Terror. It tells the story of two men, Charles Darnay and Sydney Carton, who look similar but are very different in personality. Darnay is a romantic French aristocrat, while Carton is a cynical English barrister. However, the two are in love with the same woman, Lucie Manette.
- Great Expectations (1861)
- Great Expectations follows Pip's life expectations as he attempts to fit in with upper class society, while pining for the affection of Estella.
- The Mystery of Edwin Drood (1870)
- The Mystery of Edwin Drood, Dickens's final novel was left unfinished before his death in 1871. Edwin Drood’s uncle, John Jasper, a choirmaster, is in love with his pupil and Drood’s fiancee Rosa Bud. She has also caught the eye of high-spirited and ill-tempered Neville Landless (who came from Ceylon with his twin sister Helena). When Drood is murdered, the killer must be found...that is if Drood is really dead.
Individual Passages
- The Chimes, a Goblin Story
- An old fellow named Trotty thinks the church bells are talking to him when they chime each quarter hour. When he visits the church to see why they are saying things to him he has a dream in which the bells really do speak to him, and the dream changes Trotty’s life.
- A Christmas Tree
- The author shares some of his Christmas experiences and memories regarding the meaning of the Christmas tree.
- What Christmas is as We Grow Older
- The speaker compares the feelings and hopes of youth at Christmastime with the changes that occur with age.
- The Haunted House: The Mortals in the House
- The narrator tells of how he came to live in the house. Servants believe in the haunting, and this leads to troubles, so the narrator and his sister decide to change their plans.
- The Haunted House: The Ghost in Master B.’s Room
- The narrator tells of his growing fascination with Master B, as well as the series of events following the appearance of the ghost.
- “A Child’s Dream of a Star”
- A folk tale about the connection between death and the afterlife, in this case, heaven.


by Chris Dalke
This HTML experiment runs a simulation of Conway's Game of Life, a well-known cellular automaton.
Ruleset: Game of Life Virus HighLife Flock Maze 1 Maze 2 Life Without Death Pause/Unpause Randomize Grid Clear Grid
< Back to Projects < chrisdalke.com


public class Matrix4x4
extends java.lang.Object
| Constructor and Description |
|---|
Matrix4x4()
Constructs a new Matrix with all elements set to 0.0f.
|
Matrix4x4(float[][] elements)
Constructs a new Matrix with given elements.
|
| Modifier and Type | Method and Description |
|---|---|
Matrix4x4 |
add(Matrix4x4 rhs)
Performs an addition with another Matrix.
|
float |
get(int x,
int y)
Retrieves an element of the Matrix stored at the given index x and y.
|
float[][] |
getElements()
Returns a 2D Array of all 4 * 4 Elements of the Matrix.
|
Matrix4x4 |
getPerspectiveProjection(float fov,
float aspectRatio,
float zNear,
float zFar)
Calculates a Matrix to a given perspective (3D) projection.
|
Matrix4x4 |
getRotation(Quaternion rotation)
Calculates a Matrix rotation with a given Quaternion.
|
Matrix4x4 |
getScaling(Vector3 scaling)
Calculates a Matrix scaling with a given Vector.
|
Matrix4x4 |
getTranslation(Vector3 translation)
Calculates a Matrix translation with a given Vector.
|
Matrix4x4 |
identity()
Sets the Matrix to an identity Matrix.
|
Matrix4x4 |
mul(Matrix4x4 rhs)
Performs an multiplication with another Matrix.
|
void |
set(int x,
int y,
float value)
Sets an element of the Matrix stored at the given index x and y to a given value.
|
void |
setElements(float[][] elements)
Sets all elements to new values.
|
java.nio.FloatBuffer |
toFloatBuffer()
Converts Matrix4x4 into a FloatBuffer.
|
java.lang.String |
toString()
Converts Matrix4x4 into a String.
|
public Matrix4x4(float[][] elements)
elements
- 2D Array of elements, must have the size 4 * 4.public Matrix4x4()
public float get(int x, int y)
x
- The x location of the value.y
- The y location of the value.public void set(int x, int y, float value)
x
- The x location of the value.y
- The y location of the value.value
- The value that is assigned to the location.public float[][] getElements()
public void setElements(float[][] elements)
elements
- A 2D Array of size 4 * 4 that contains updated values.public Matrix4x4 identity()
public Matrix4x4 add(Matrix4x4 rhs)
rhs
- Right hand side argument for addition.public Matrix4x4 mul(Matrix4x4 rhs)
rhs
- Right hand side argument for multiplication.public Matrix4x4 getTranslation(Vector3 translation)
translation
- A Vector that stores the translation.public Matrix4x4 getRotation(Quaternion rotation)
rotation
- A Quaternion that stores the rotation.public Matrix4x4 getScaling(Vector3 scaling)
scaling
- A Vector that stores the scaling.public Matrix4x4 getPerspectiveProjection(float fov, float aspectRatio, float zNear, float zFar)
fov
- The Field of View of the projection in degrees.aspectRatio
- The aspect ratio of the projection (e.g. 4 / 3 or 16 / 9).zNear
- Sets distance when objects are clipped near of the projection.zFar
- Sets distance when objects are clipped far of the projection.public java.nio.FloatBuffer toFloatBuffer()
public java.lang.String toString()
toString
in class java.lang.Object


Security policy of CovsirPhy
This document outlines security procedures and general policies for CovsirPhy project.
Supported versions
Please use the latest stable version or development version of CovsirPhy.
The latest stable version:
pip install --upgrade covsirphy
The latest development version:
pip install --upgrade "git+https://github.com/lisphilar/covid19-sir.git#egg=covsirphy"
The details are in Installation and dataset preparation.
Reporting a vulnerability
The development team and community take all svulnerability in CovsirPhy project seriously. If you find any bugs, please kindly notify via Issues of CovsirPhy or e-mails to the author Lisphilar. We appriciate your efforts and responsible disclosure and will make every effort to acknowledge your contributions.
Please report security bugs in dependencies or datasets to the person or team maintaining the module.
Disclosure policy
When the development team receives a scurity bug report, they will coordinate the fix and release process, involving the following steps:
Confirm the problem and determine the affected versions.
Audit code to find any potential similar problems.
Prepare fixes for the latest releases.
The author (Lisphilar) release the next version as soon as possible to fix the bug.
Comments on this policy
If you have suggestions on how this process could be improved, please submit a pull request.
Note: SECURITY.md at https://github.com/standard/.github/blob/master/SECURITY.md was used as the template of this seculty policy. Thank you.


You are viewing an historical archive of past issues. Please
report new issues to the appropriate project issue tracker on
GitHub.
Comments
-
Greg Hurrell
Thanks for submitting the request. Ideally I think there need to be three or even four options:
1. Show Track Number only
2. Show Track Number/Track Count
3. Show Track Count only
4. Provide fully customizable Track Number/Track Count display using format strings (like in Synergy Advance) so that users could specify strings like "Track (Track Number) of (Track Count)" etc.
-
Greg Hurrell
Changing assignment to reflect my new email address.
https://wincent.com/a/news/archives/2006/05/change_of_email.php
Add a comment
Comments are now closed for this issue.


sphinx.ext.intersphinx
– 链接到其他项目的文档¶
0.5 新版功能.
此扩展可以生成指向其他项目中对象文档的自动链接。
用法很简单:只要Sphinx遇到当前文档集中没有匹配目标的交叉引用，它就会在配置的文档集中查找目标 intersphinx_mapping
。然后像 :py:class:`zipfile.ZipFile`
这样的引用可以链接到ZipFile类的Python文档，而不必指定它所在的位置。
使用 “new” 格式（见下文）时，您甚至可以通过为链接目标添加适当的前缀来强制在外部集合中查找。 像 :ref:`comparison manual <python:comparisons>`
这样的链接将链接到 doc set “python” 中的标签 “comparisons” ，如果它存在的话。
在幕后，这工作如下:
每个Sphinx HTML构建都会创建一个名为
objects.inv
的文件，其中包含从对象名称到相对于HTML集合根目录的URI的映射。使用Intersphinx扩展的项目可以在
intersphinx_mapping
配置值中指定此类映射文件的位置。然后，映射将用于解析对象的其他缺失引用，并将其转换为指向其他文档的链接。默认情况下，假定映射文件与文档的其余部分位于同一位置;但是，映射文件的位置也可以单独指定，例如，如果文档应该可以在没有Internet访问的情况下构建。
配置¶
To use Intersphinx linking, add 'sphinx.ext.intersphinx'
to your
extensions
config value, and use these config values to activate
linking:
-
intersphinx_mapping
¶ This config value contains the locations and names of other projects that should be linked to in this documentation.
Relative local paths for target locations are taken as relative to the base of the built documentation, while relative local paths for inventory locations are taken as relative to the source directory.
When fetching remote inventory files, proxy settings will be read from the
$HTTP_PROXY
environment variable.Old format for this config value
This is the format used before Sphinx 1.0. It is still recognized.
A dictionary mapping URIs to either
None
or an URI. The keys are the base URI of the foreign Sphinx documentation sets and can be local paths or HTTP URIs. The values indicate where the inventory file can be found: they can beNone
(at the same location as the base URI) or another local or HTTP URI.New format for this config value
1.0 新版功能.
A dictionary mapping unique identifiers to a tuple
(target, inventory)
. Eachtarget
is the base URI of a foreign Sphinx documentation set and can be a local path or an HTTP URI. Theinventory
indicates where the inventory file can be found: it can beNone
(at the same location as the base URI) or another local or HTTP URI.The unique identifier can be used to prefix cross-reference targets, so that it is clear which intersphinx set the target belongs to. A link like
:ref:`comparison manual <python:comparisons>`
will link to the label “comparisons” in the doc set “python”, if it exists.Example
To add links to modules and objects in the Python standard library documentation, use:
intersphinx_mapping = {'python': ('https://docs.python.org/3', None)}
This will download the corresponding
objects.inv
file from the Internet and generate links to the pages under the given URI. The downloaded inventory is cached in the Sphinx environment, so it must be re-downloaded whenever you do a full rebuild.A second example, showing the meaning of a non-
None
value of the second tuple item:intersphinx_mapping = {'python': ('https://docs.python.org/3', 'python-inv.txt')}
This will read the inventory from
python-inv.txt
in the source directory, but still generate links to the pages underhttps://docs.python.org/3
. It is up to you to update the inventory file as new objects are added to the Python documentation.Multiple target for the inventory
1.3 新版功能.
Alternative files can be specified for each inventory. One can give a tuple for the second inventory tuple item as shown in the following example. This will read the inventory iterating through the (second) tuple items until the first successful fetch. The primary use case for this to specify mirror sites for server downtime of the primary inventory:
intersphinx_mapping = {'python': ('https://docs.python.org/3', (None, 'python-inv.txt'))}
-
intersphinx_cache_limit
¶ The maximum number of days to cache remote inventories. The default is
5
, meaning five days. Set this to a negative value to cache inventories for unlimited time.
-
intersphinx_timeout
¶ The number of seconds for timeout. The default is
None
, meaning do not timeout.注解
timeout is not a time limit on the entire response download; rather, an exception is raised if the server has not issued a response for timeout seconds.
显示Intersphinx映射文件的所有链接¶
要显示所有Intersphinx链接及其Intersphinx映射文件的目标，请运行 python -msphinx.ext.intersphinx url-or-path
。 在文档项目中搜索断开的Intersphinx链接的根本原因时，这很有用。 以下示例打印Python 3文档的Intersphinx映射:
$ python -msphinx.ext.intersphinx https://docs.python.org/3/objects.inv


|
random seeds
scene to size x
scene as SVG
|
Rendering parameters - normally 0-100, but negative or large values can produce interesting results
Vertex retraction: %
Bezier retraction: %
Remove vertices in close proximity - 0-200
Vertex culling: %
|
A newer Voronoi editor with multiple Features is available Voronoi editor webapp Open source on this Github repo


This is a selection of techical projects I've built end-to-end either in my free time or courses at the University
of Chicago and UC Berkeley
This website! (June 2019) | HTML/CSS, Skeleton Framework, JQuery
Product
Speeko Website Redesign (Summer 2019) - I redesigned Speeko's website after conducting competitive research and writing fresh website copy.
Speeko Recordings Feature (Summer 2019) - I completed user research and used A/B testing to create authoritative, engaging in-app messages.
Speeko Drip Marketing Campaign (Summer 2019) - I conducted cohort analysis, targeted users, and wrote 14 onboarding, engagement, win-back, and survey emails.
Chicago Housing Data Project (May 2019) - A tool where users can explore comparisons between Chicago neighborhoods' levels of needs and resources.
bGlass (May 2017) - A smart textbook (iOS) prototype completed in UC Berkeley's semester-long Design Methodologies course on a four-person team. My role consisted of creating user journeys, wireframes, and user tests | Figma, Adobe Illustrator
Data
How Do Men and Women Perceive Tech's Gender Gap? (May 2018) - A flexible data visualization of skewed perceptions of gendered inequity in tech using PEW Research Center data
| Javascript, React, HTML
How Do TED Talks Make Us Feel? (April 2018) - A data visualization of Ted Talk viewers’ emotional responses
to videos using key design principles | JavaScript, D3.js, HTML, Python, Juptyter Notebook, Kaggle Dataset
Data Science Research Module (August 2017) - A lesson supplement for a UC Berkeley English class to understand demographic shifts in San Francisco's Chinatown | Python, Pandas, Numpy, Jupyter Notebooks
Music Classifier Data Science Module(June 2017) - A k-nearest-neighbors classifier that categorizes songs as hip-hop or country based on song lyrics completed during UC Berkeley's Foundations of Data Science course
| Python, Jupter Notebook
OOP Ants (April 2017) - Various insects go to war, with GUI Interface; completed during UC Berkeley's CS61A course.
| Python, JavaScript
Yelp Maps (March 2017) - A machine learning project that creates visualizations of restaurant ratings completed during UC Berkeley's CS61A course.
| Python, Yelp Academic Dataset
Web
Speeko SEO (Summer 2019) - Optimized keywords for use in copywriting; researched and implemented SEO practices to increase organic SERP rankings.
Blackstone Bicycle Works Web Optimization (May 2019) - A civic tech project through UChicago's TechTeam to increase search engine visibility | HTML/CSS, Google Search Console
Digital Archive Validator (May 2018) - A command-line tool to perform quality assessment
on over 4,000 digital directories, improving the efficiency of the University of Chicago's digitization workflows
| Python, Django, argparse
Voteworthy (August 2016) - An online news aggregator to help teens make informed votes in the 2016 presidential
election | HTML/CSS, JavaScript, Tint API


Id: 331
Name: Squanchy
Status: unknown
Species: Alien
Type: Cat-like creature
Gender: Male
OriginName: Planet Squanch
OriginUrl: https://rickandmortyapi.com/api/location/35
LocationName: Planet Squanch
LocationUrl: https://rickandmortyapi.com/api/location/35
Image: https://rickandmortyapi.com/api/character/avatar/331.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/11', 'https://rickandmortyapi.com/api/episode/16', 'https://rickandmortyapi.com/api/episode/21']
Url: https://rickandmortyapi.com/api/character/331
Created: 2018-01-10T16:29:25.344Z


|
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
|
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
|
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
|
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
|


LENNY BRUCE: SWEAR TO TELL THE TRUTH (TV) (director/writer: Robert Weide; cast: Robert De Niro (narrator), Steve Allen, Honey Bruce, Kitty Bruce, Lenny Bruce, Martin Garbus, Nat Hentoff, Paul Krassner, Sally Marr, 1998)
Reviewed by Dennis Schwartz
This documentary, taking 12-years to complete, is a moving tribute to a biting satirical comedian who became an American icon and self-destructed after blasting his way to success through the myriad nightclub venues on the left and right coasts of America in the 1950s-and-mid-1960s. What seems apparent, is that there was a vendetta to get him by law enforcement people across the country and that he was unfairly treated. He was labeled as a "sick comic," which turned out to be both good and bad for him. He had a wide audience that was ready for him, but he also made many enemies, those with small minds, who hated him with a passion for so openly ridiculing many of their "sacred cows", and they made it a point to get him through the courts.
His story begins in Long Island, N.Y., raised primarily by his divorced mother, Sally Marr (She died in 1997), who was a free spirit, working as a bartender, housecleaner, and dance instructor. She brought Lenny up to be guilt-free and independent, and to be a not-so nice Jewish boy, even taking him to strip shows when he was a teenager. While at the beauty parlor, she is interviewed for the film, filling us in with a more complete look at Lenny, as she provided anecdotes, snapshots and home films of him and recalled how he was a quiet child who could have fits of melancholy, but was a happy-go-lucky person most of the time.
After joining the navy during WW11 and getting discharged under a mutual agreement, the showbiz bug bit him, and he honed a safe but eccentric comedy act, mainly doing impersonations of stars like Bogart. In the early '50s, he got his big break on the Arthur Godfrey show and pleased Arthur with his clean act. From this TV show came bookings to clubs across the country. Soon he got married to a stripper named Honey, which resulted, reluctantly for him, in a child (Kitty) born in 1955. By this time, Lenny was undergoing a transformation, hanging out with the band, working in burlesque houses where dirty jokes were the norm, and getting into booze and drugs, which were common recreational pleasures for some of the performers in these places.
In the dives and strip joints he liked to work at, he changed his act nightly, making it topical and dirty. He also made what he calls a Z- film with his wife and friends, a funny low-budget crime film that showed he basically was like the other comics, willing to do anything for a laugh.
Now living in Los Angeles, he was also experimenting with harder drugs, such as speed, cocaine and heroin, and got involved in some free sex scenes in his house gatherings. All this helped make his marriage come apart. Honey thinks he fully dedicated himself to his work after she walked out on him, just so he could show her what a mistake she made. He wanted her to see him become a big star and regret that she left him. As his act started to tackle subjects that were not common material for humorists in the late-1950's; such as, taking on organized religion, talking dirty, and making comedy about sexual obsessions, racism, drugs and the lack of American culture, he became both popular and controversial. This prevented him from appearing on TV, at a time when that was the place to get the most recognition. There is a rare TV clip from an unaired Steve Allen show, where he tries to clean up his act for the TV audience, keeping obscenities out of his cutting edge jokes.
It is easy to say now, after viewing this intimate portrayal of him, that he was someone who was way ahead of his time and fearless in sticking up for what he believed in. And that, even though, he had the comedian mentality of just going after the laugh, he was still able to develop into being something more than your typical comedian. Unfortunately, he couldn't control the demons inside and outside of himself, and succumbed to the growing pain that was driving him to make wrong-headed decisions in his short-life span.
The interviews with Honey, his friends, his lawyer (Garbus) and outspoken mother, all say that he was someone who was deteriorating rapidly as he fought the court system during the last two years of his life. His battle with the courts is a heartbreaking story of injustice. It became his obsession in life and caused this once slick hipster to sadly be seen losing his cool demeanor. It started with a false arrest in Philadelphia (1964) for taking amphetamines, which he had a legitimate prescription for. Robert De Niro, the narrator, believes that when Lenny exposed a bribe to drop the charges, naming the judge involved, that is when police departments around the country repeatedly arrested him on obscenity charges and Lenny became a marked man. Lenny felt, "It's become chic to arrest me.'' This was the beginning of the end for him, as clubs were closed down that booked him and he just couldn't get gigs anymore, and ultimately he became a broken man who sadly pleaded with a judge: "I so desperately want your respect. Please don't lock up these words." His final blow came in NYC, at the Cafe Au Go Go, when Frank Hogan, the district attorney, charged him with violating an ancient law on the books about obscene language. He was convicted of this misdemeanor and sentenced to 4- months jail time and a thousand dollar fine. This ruling was reversed by a higher court, but it came too late for Lenny. He died in 1966, at age 40, from an overdose of heroin.
REVIEWED ON 8/23/99 GRADE: B
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Specify custom behavior on mouseleave event.
<ANY ng-mouseleave="{expression}"> ... </ANY>
<ANY class="ng-mouseleave: {expression};"> ... </ANY>
ngMouseleave – {expression} –
Expression to evaluate upon
mouseleave. (Event object is available as $event
)
See ngClick


Gov. Evers signs bill to ease voting for people with disabilities
MADISON, Wis. - Gov. Tony Evers has signed into law a bill designed to make it easier for people with disabilities to vote.
The bipartisan measure Evers signed Friday creates accommodations for people who have disabilities that make it difficult for them to communicate verbally.
Under the new law, those who have physical disabilities affecting verbal speech or those who communicate non-verbally will no longer have to state their name and address to an election official before being allowed to vote. Instead, they can present their personal information in writing and delegate the task for someone else.
Evers says he was proud to sign the bill that ensures voting is fair and accessible to everyone. The Democrat says it sends a message that Wisconsin is committed to protecting and preserving the right to vote for everyone.


Some basics on how code makes a computer run
March 8, 2015
As students at Dev Bootcamp, the first language I familiarized myself with was Ruby, which was a wonderful, super coder-friendly, high-level language. However, I could complete Dev Bootcamp and still have a shallow understanding of how a language like Ruby actually makes a computer store information and display text and images on the computer. I knew that that computers operate, and have almost always operated in binary language. This means that everything a computer does and stores uses bits, which are each a 1 or a 0. The question remains, however, how does a language that reads like this:
Ruby source code:
if fav_team == "Milwaukee Bucks"
puts "That's a great team."
else
puts "That's a good team, but I prefer the Bucks."
end
get changed to something that reads like this?
Machine language:
100011010110100110011010
First, one must understand that the former is called source-code. Source-code is the code written by programmers of any high-level language (like C, Ruby, and Java.) The latter, binary, is called machine language.
Ruby is an Object-Oriented language, and therefore fits at the top of the diagram. Ruby uses an interpreter, which is a computer program that translates the code into machine language as it runs.
Many languages use compilers, meaning they use a translator to convert the source code to machine language code. Then, they run.
This leaves the question, how what is the actual physical difference between a 1 and a 0? 1 and 0 are actually mathematical abstraction for two different physical states. It is like on-and-off on a high switch. On hard drives it has to do with whether something is magnetic or less magnetic. On a processor it relates to whether a transistor has high or low voltage.
On very early computers, electromechanical switches called relays determined bits. This means that you could actually see whether it was a 1 or a 0 based on the position of the swtich. Then, in the mid-20th century, the current in a vacuum tube determined the value of a bit. However, because it would take hundreds of relatively large vacuum tubes to build a computer, eventually more advanced hardware was built.
This description of how a computer language actually make changes on a computer could go much deeper. But this provides a basic understanding to the beginning programmer how what she works on makes the computer perform actions.


Customizing the look and feel of the site¶
The sphinx site itself looks better than
the sites created with the default css, so here we’ll
invoke T. S. Eliot’s maxim “Talent imitates, but genius steals” and
grab their css and part of their layout. As before, you can either
get the required files _static/default.css
and
_templates/layout.html
from the website or git (see
Fetching the data). Since I did a git clone before, I will
just copy the stuff I need from there:
home:~/tmp/sampledoc> cp ../sampledoc_tut/_static/default.css _static/
home:~/tmp/sampledoc> cp ../sampledoc_tut/_templates/layout.html _templates/
home:~/tmp/sampledoc> ls _static/ _templates/
_static/:
basic_screenshot.png default.css
_templates/:
layout.html
Sphinx will automatically pick up the css and layout html files since
we put them in the default places with the default names, but we have
to manually edit the top of layout.html
to style the title.
Let’s take a look at the layout file: the first part puts a horizontal
navigation bar at the top of our page, like you see on the sphinx and matplotlib sites, the second part includes
a title that when we click on it will take us home and the last part
moves the vertical navigation panels to the right side of the page:
{% extends "!layout.html" %}
{% block rootrellink %}

home|

search|

{% endblock %}
{% block relbar1 %}

Sampledoc

{{ super() }}
{% endblock %}
{# put the sidebar before the body #}
{% block sidebar1 %}{{ sidebar() }}{% endblock %}
{% block sidebar2 %}{% endblock %}
Once you rebuild the site with a make html
and reload the page in your browser, you should see a fancier site that looks like this


Summary: An intermediate boot2root requiring basic penetration testing skills.
Once you have the VM up and running do a ping sweep of your network to find it's IP as shown below.
Next we will do a full port scan of the machine and find which ports it has open, this one has just ports 22 and 80 open.
There is no robots.txt file this time around so we will have to spider the site using dirb to find pages. Here we find three.
Checking the admin.php page we find a login page we can feed input, let's give it some dummy input to see how it behaves.
As you can see above our input is used in parameters located in the url, this seems like our point of attack. After a good few hours of searching and trying attacks such as XSS, SQL injection and LFI, command injection came up and so let's try to change our input to a simple ls command.
Now we have found a vulnerability in this machine we need to find a way to get a shell with it, let's setup a nc listener on our machine and use the nc command as input to get a reverse shell. We use the -e (execute) option to execute a command of our choosing when a connection is established.
Attacking machine
Victim site
And as we can see looking at our nc listener we have established a connection and got shell!
Now we need to escalate our privileges, but first let's upgrade our shell so it has a fully interactive TTY. This will allow us to stop commands with Ctrl-C (in case the shell hangs) instead of cutting the connection, and let's us use commands such as sudo and su. For guidance check the following link out.
Upgrading shell
Checking Term and stty requirements
Now we need to enumerate the system, this time we can't use nc to receive files so we're going to grab the files we need using wget and SimpleHTTPServer to host files from our attacking machine on our network.
Attacking machine
Victim machine
Now we have the LinEnum script downloaded and made executable in /tmp we can run it and look for a way to escalate our privileges.
This time there was no bash history for us to snoop on but looking at SUIDs we find a peculiar program called cat_shadow. Using the same method we did with LinEnum, but reverse roles, we exfiltrate cat_shadow to our attacking machine for analysis.
As we can see by looking at the assembly code with radare2 there is a cmp instruction on the 21st line, it is comparing eax to the hexadecimal value of string "bYlI". Let's run the program on the victim machine and see how it behaves."
So the program trys to cat the shadow file containing the system user's password hashes, as we can see from the output eax is completely empty when it is comapared to 0x496c5962. Let's generate a payload to insert into the binary using python.
And now we will feed this into the binary and see what happens.
Looks like the binary is vulnerable to a buffer overflow attack, eax now contains 0x41414141 which is hexadecimal for "AAAA" meaning our input overwrited eax's value. After a bit of experimenting we find that the overflow starts at 64 bytes, from here we insert the hexadecimal for "bYlI" (their hexadecimal forms are inserted backwards as the machine is little endian) on the end of our 64 bytes of junk input and open sesame!
Now we have the hash of root's password we can attempt to crack it using hashcat. Use this page to identify what kind of hash we have and this link for guidance on how to use hashcat. Mine took no time as I had already cracked it by the time of editing this writeup, but the time it takes for hashcat to crack the hash depends on your hardware.
Next all that is left to is to use su (switch user) command to switch to root with the password greygrey and cat the flags!


RT @KentBeck: inside every big diff is a crowd of little diffs, trying to figure out how they should line up
6/28/2011, 5:06:08 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @KentBeck: inside every big diff is a crowd of little diffs, trying to figure out how they should line up
6/28/2011, 5:06:08 PM
Favs: 0
Retweets: 0
link


MISSION TO MARS (Touchstone) Starring: Gary Sinise, Tim Robbins, Don Cheadle, Connie Nielsen, Jerry O'Connell. Screenplay: Jim Thomas & John Thomas and Graham Yost. Producer: Tom Jacobson. Director: Brian DePalma. MPAA Rating: PG (profanity, violence, adult themes) Running Time: 113 minutes. Reviewed by Scott Renshaw.
A few months ago, I was at a press screening for another Touchstone film which was preceded by a teaser trailer for MISSION TO MARS. As the trailer unfolded, the critics in the audience began to snicker with increasing frequency. The imagery used was startling similar to images from 2001: A SPACE ODYSSEY -- an astronaut in a white room, an approach to a dark object in the distance, a figure spinning off into space.
It was comical not just because of the familiarity, but because it seemed so quintessentially Brian De Palma. This was, after all, the director who had built a 25 year career on cribbing from his most talented predecessors. The train station sequence in THE UNTOUCHABLES came from Eisenstein's POTEMKIN; the single-take opening sequence in SNAKE EYES felt like Welles' TOUCH OF EVIL; whole heaping chunks of his early films appropriated Hitchcockian devices and themes. So why wouldn't De Palma take on the most iconic science-fiction film ever made while making his first science-fiction film? Why not add Kubrick to his list of victims of auteur homage?
To be fair, MISSION TO MARS the film is not nearly as similar to 2001 as the trailers might lead you to fear. It's more alarming that it's similar to the cookie-cutter Hollywood approach to any story. The film focuses primarily on the aftermath of the first manned mission to Mars in the year 2020. After an unexplainable phenomenon kills the rest of his crew, Mission Commander Luke Graham (Don Cheadle) sends a cryptic message back to mission control. That message sets in motion a recovery mission led by Commander Woody Blake (Tim Robbins) and pilot Jim McConnell (Gary Sinise), both close friends of Graham. The recovery team members face their own perils on the way to the Red Planet, risking their lives to discover its mysterious secret.
The frustrating thing about any Brian De Palma film is that you can always count on at least one extended sequence where you realize what a brilliant technical craftsman he can be. That sequence in MISSION TO MARS comes about halfway through the film, a 20-minute stretch following an accident in which the recovery craft starts losing atmosphere. A chain reaction of events following that accident keeps building tension, leading to some genuinely tense moments. De Palma's sense for timing this sort of sequence is impeccable -- recall the editing of Tom Cruise's computer room break-in in MISSION: IMPOSSIBLE -- leading to the hope that MISSION TO MARS can maintain that sort of visual and emotional energy.
And then you remember this is Brian De Palma. Every once in a while, by sheer twisted accident, De Palma ends up working with a rich, smart script -- THE UNTOUCHABLES, BLOW OUT, CARLITO'S WAY. More often, you get the impression that he looks for a script with a few places he can show off his visual flair. MISSION TO MARS has its showcase sequence, but it also has a leaden script full of plug-and-play characterizations. Sinise's McConnell is portrayed as haunted by the death from cancer of his beloved wife/fellow astronaut ("NYPD Blue's" Kim Delaney in flashback); Cheadle gets a sensitive moment with his anxious son on the night before his departure. It's the sort of mawkish back-story screenwriters use all the time in adventure films, in a token -- and usually futile -- attempt to show that the people matter more than the concept.
Ironically, MISSION TO MARS is that rare case where the concept does matter more than the people. Kubrick understood that 2001 was about the mysteries of the universe and the flight of the entire human race, not just whether Dave Bowman was torn up over his personal tragedies. When MISSION TO MARS gets metaphysical, it makes sure there's someone on hand to narrate every brutally obvious revelation, and someone whose individual journey to wholeness will be completed by this close encounter. This film doesn't end with the awe of creation; it ends with tedious exposition topped off by an interplanetary clasping of hands. There are flashes of Brian De Palma the visceral thrill-master in MISSION TO MARS, but he doesn't seem to know what to do with its limp conclusion. This time around, he opts not to rip-off a master. This time around, it probably would have been a good idea.
On the Renshaw scale of 0 to 10 space idiocies: 5.
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[gecode-users] bin packing variant
Yilmaz Arslanoglu
yilmaz.arslanoglu at gmail.com
Thu Jun 1 10:19:01 CEST 2017
Hi;
I was trying to write a model for a bin packing variant.
(You can find the problem description at the bottom of this mail)
I'm quite new to Gecode so I couldn't get the whole logic behind it,
but below is my model which I based on the given directions in Gecode
documentation:
#include <gecode/driver.hh>
#include <gecode/int.hh>
#include <gecode/set.hh>
namespace {
using namespace Gecode;
const int rod_length[] = { 3, 2, 4, 5, 3 };
const int bin_weight_limit[] = { 30 };
const int bin_start[] = {0, 15};
inline int num_rods() {
return static_cast<int>(
sizeof(rod_length) / sizeof(int)
);
}
inline int num_bins() {
return static_cast<int>(
(sizeof(bin_weight_limit) / sizeof(int))
);
}
inline int box_start() {
return bin_start[0];
}
inline int box_end() {
return bin_start[num_bins()];
}
class Test : public Script {
public:
SetVarArray rod_position;
IntVarArray accum;
Test(const Options& opt)
: Script(opt)
, rod_position(*this,
num_rods(),
IntSet::empty,
IntSet(box_start(),
box_end()))
, accum(*this,
num_bins() * num_rods()) {
for (int i = 0; i < num_rods(); ++i) {
//
convex(*this, rod_position[i]);
//
cardinality(*this,
rod_position[i],
rod_length[i],
rod_length[i]);
}
Matrix<IntVarArray> accum_matrix(accum,
num_bins(),
num_rods());
for (int i = 0; i < num_bins(); ++i) {
//
auto bin_interval = IntSet(bin_start[i] + 1,
bin_start[i + 1]);
//
for (int j = 0; j < num_rods(); ++j) {
rel(*this,
accum_matrix(i, j) ==
cardinality(rod_position[j] & bin_interval));
}
//
rel(*this,
sum(accum_matrix.col(i)) <= bin_weight_limit[i]);
}
}
Test(bool share, Test& s)
: Script(share, s) {
rod_position.update(*this, share, s.rod_position);
accum.update(*this, share, s.accum);
}
virtual
Space* copy(bool share) {
return new Test(share, *this);
}
};
}
I get an exception in <gecode>/int.hpp at this location:
forceinline int
IntVarImp::RangeList::min(void) const {
return _min;
}
And here is my bin packing problem description (please check the image
attached):
I would like to place *N* rods (the red ones) into a rectangle which is
divided into *M* contiguous bins with different sizes. The rods can move
through bins. That is, they don't need to be completely covered by a single
bin, but can be hold by more than one bin.
My constraint is: for each bin, there is a specific weight capacity *W* and
total weight of rod pieces falling into that bin cannot exceed *W*.
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Here's what's new in Release 1.0.5 (19 May 2017):
Bug fixes
Chart size is now customizable with a slider bar for scaling images ( #313 ).
Bar- and line-charts in matplotlib are now constrained with a maxiumum width. This fixes a bug where charts with over 200 data points would not render because they were too wide ( #276 ).
PixieDust no longer shows redundant progress monitors when running in the IBM DSX environment, which already displays Spark job progress by defualt ( #318 ).


{% extends "layout.html" %} {% block head %} {{ super() }} {% endblock%} {% block modal_views %}
AJSearch stands for Article Journal Search. The app is used to search articles or journals for research purposes. Unlike other search engines, the app uses natural language processing and machine learning algorithms to find the top similar results for a given query. Also, the app shows a list of keywords that indicate the reason for matching results.
The app is in its 1st version. There are some notes for this version as follows.
The app was created by Peter Du - Github
The extracted data for the app is from arxiv.org


Console Based chat server!
socket.emit("chat_message", "Hello World");
Success IP address
Failure IP address


Rules of Chain:
komodod -ac_name=NOTARYTEST -ac_supply=999999 -ac_reward=1000000000 -ac_notarypay=10000000?
Cant work with -ac_pubkey or -ac_script.
The coinbase, unless paying notaries must have only 1 vout.
The the miner and the validation use the same function to create the coinbase then compare they are the same.
For now most validation just returns true after a print out. This is what we need to check and make sure is working.


Pair programming is two people programming together. There are three kinds of pair programming:
The driver-navigator pairing structure is analogous to a road trip, where the driver concentrates on driving the vehicle with their hands on the wheel, while the navigator reads the map and tells the driver where to turn. For programming, one programmer is designated as the "driver", who will type the code and deal with syntax details, and the other as the "navigator", who will guide and review code as its being written.
Ping-pong pairing is a common pairing structure when doing test driven development (TDD). In TDD, one programmer writes a test for code yet to be written. The second programmer writes codes to make the test pass. The programmers can continue to develop by going back and forth, adding new tests and adding new code.
The expert-novice pairing structure is a variation on the driver-navigator structure for when one programmer is more experienced than the other. Either can be the driver or navigator, but there is an emphasis on guiding the novice through the material. This is beneficial to the expert, as well, because they can improve their teaching skills.
Pair programming is important to DBC because it reflects DBC's core values of teamwork and collaboration. DBC aims to do more than merely teach the technical skill of web programming; it also looks to instill practices at working in a software team by exposing a student to diverse personalities and work styles while maintaining a positive attitude and productive flow of output.
In Driver-Navigator pair programming, the Driver is the person who physically types in code and moves the mouse cursor around while the Navigator is the person who tells the Driver what to type and where to type it. These roles aren't overly rigid; the Driver might give his input about which parts of the code the pair should direct their attention to, while the Navigator might occasionally move the mouse cursor or type in a bit of code if the Driver isn't sure where to put it.


In graph theory, centrality is any measure that determines how structurally important a node is within a graph.
Hyperlink-Induced Topic Search (HITS) Centrality is a link analysis algorithm that categorises nodes into hubs or authorities.
A hub is a node with incoming transactions from many neighbours and an authority is a node with incoming transactions from many different hubs. Authorities hold influential positions in a network.


\(\epsilon_a\)
would increase from 0.947 to 0.966 and our model predeicts that the Earth's temperature
\(T_E\)
will increase
\(5^o\)
from 288.3 K to 293.3 K or from
\(15.3^oC\)
to
\(20.3^oC\)


Accessing the ilifu cluster
You can request access to the ilifu cluster using the form found here. You will need to specify which team/project you are a part of while signing up.
Joining the IDIA Pipelines Team
Access to the IDIA-Pipeline resources can be arranged if you are part of the Pipelines Team. Please contact Bradley Frank<EMAIL_ADDRESS>if you are interested in joining.
Documentation and wiki access are provided through a GitHub project, so please sign-up to GitHub (if you haven’t already) and join the IDIA Pipelines repo as a contributor.
Access
A summary of how to access the ilifu services is provided here.
Storage
There are several storage areas available on the ilifu cluster, and access to data is managed via Unix groups.
There are several mounted volumes, intended for different use cases. These are summarised here.


01. Project Overview
Project Overview
In this project, you’ll create and manage your blockchain identity using a bitcoin wallet.
Using your wallet, you will generate a new wallet address and use your wallet address to securely sign a message with your private key. Next, validate your message with your message signature using our web service.
Why this project?
This project introduces you to the fundamentals of blockchain technology.
Using your own wallet to understand how transactions and security are handled on the blockchain is a huge first step toward developing your own secure applications. Later in this program, you’ll be programming blockchain technologies that utilize these same features.
What will I learn?
You will learn to create and manage your personal blockchain identity. You’ll get first hand experience generating wallet address and interacting with a web service to create your blockchain identity.
This project helps build on the skills you learned in Lesson 1 and Lesson 2. You will apply these skills using real world technologies to get hands on with the tools used to manage blockchain transactions and identities.
How does this help my career?
Understanding wallet and web service interactions using a wallet address will help you build user applications later in the program. Secure and anonymous transactions like these are at the core of all blockchain technologies.


RocketMQ Architecture
Overview
Apache RocketMQ is a distributed messaging and streaming platform with low latency, high performance and reliability, trillion-level capacity and flexible scalability. It consists of four parts: name servers, brokers, producers and consumers. Each of them can be horizontally extended without a single Point of Failure. As shown in screenshot above.
NameServer Cluster
Name Servers provide lightweight service discovery and routing. Each Name Server records full routing information, provides corresponding reading and writing service, and supports fast storage expansion.
Broker Cluster
Brokers take care of message storage by providing lightweight TOPIC and QUEUE mechanisms. They support the Push and Pull model, contains fault tolerance mechanism (2 copies or 3 copies), and provides strong padding of peaks and capacity of accumulating hundreds of billion messages in their original time order. In addition, Brokers provide disaster recovery, rich metrics statistics, and alert mechanisms, all of which are lacking in traditional messaging systems.
Producer Cluster
Producers support distributed deployment. Distributed Producers send messages to the Broker cluster through multiple load balancing modes. The sending processes support fast failure and have low latency.
Consumer Cluster
Consumers support distributed deployment in the Push and Pull model as well. It also supports cluster consumption and message broadcasting. It provides real-time message subscription mechanism and can meet most consumer requirements. RocketMQ’s website provides a simple quick-start guide to interested users.
NameServer
NameServer is a fully functional server, which mainly includes two features:
- Broker Management, NameServer accepts the register from Broker cluster and provides heartbeat mechanism to check whether a broker is alive.
- Routing Management, each NameServer will hold whole routing info about the broker cluster and the queue info for clients query.
As we know, RocketMQ clients(Producer/Consumer) will query the queue routing info from NameServer, but how do clients find NameServer address?
There are four methods to feed NameServer address list to clients:
- Programmatic Way, like
producer.setNamesrvAddr("ip:port")
. - Java Options, use
rocketmq.namesrv.addr
. - Environment Variable, use
NAMESRV_ADDR
. - HTTP Endpoint.
More details about how to find NameServer address please refer to here.
Broker Server
Broker server is responsible for message store and delivery, message query, HA guarantee, and so on.
As shown in image below, Broker server has several important sub modules:
- Remoting Module, the entry of broker, handles the requests from clients.
- Client Manager, manages the clients (Producer/Consumer) and maintains topic subscription of consumer.
- Store Service, provides simple APIs to store or query message in physical disk.
- HA Service, provides data sync feature between master broker and slave broker.
- Index Service, builds index for messages by specified key and provides quick message query.
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Student who are studying in Seidenberg college are mostly unaware of the events and other social activites going on in the college, as there are no centralized social app/platforms which helps students be aware of events and form a social bond with other students, faculty.
The students do not feel they are part of the Seidenberg community because of poor social connections.
To create an app to bring every Seidenberg student closer to create community.
During the Research Phase, semi-structured interviews with potential users and students. During the ideation phase, three of my feature ideas were considered and prototyped. I then advocated for collecting user feedback, which helped us narrow our ideas down and also come up with scenarios. I contributed to the information architecture design, and was responsible for creating the inital paper prototypes. I then created the user-flow of the app and an high fidelity interactive prototype using Sketch.
The solution to the problem was to design an app with following features:
In order to design the app we conducted user research to know what essentials features are missing in current scenario of social platform for students.
After research, the key findings or missing features which most students wanted from new app where
Based on the key finding, we brainstormed and synthesized the potential flow for the app.
Based on synthesizing we created a user flow for the app
We carried out usabilty testing on paper prototype and designed wireframe for the app


Installation¶
This page gives an overview of installation/test procedure of DeepRank. DeepRank aims at ranking protein-protein conformations using a deep learning approach. More precisely, for a given conformation, the code computes a series of molecular features and map these features on a 3D grid centered around the interface. This volumetric data is then used as an input of 3D convolutional neural network that predicts how close the conformation is from the native one.
At the moment the code allows to:
- Create one/multiple HDF5 files containing all the data (structures, features, mapped features, targets) required to use deep learning.
- Train convolutional neural networks to predict possible targets (binary class, haddock-score …) from the mapped feataures
GitHub¶
The code is hosted on GitHub (https://github.com/DeepRank/deeprank)
To install the code
- clone the repository
git clone https://github.com/DeepRank/deeprank.git
- go there
cd deeprank
- install the module
pip insall -e ./
Test the installation¶
To test the module go to the test folder cd ./test
and execute the following test:
- Atomic Features :
python test_atomic_features.py
- RMSD and dockQ :
python test_rmsd.py
- Generate Data :
python test_generate.py
- Generate Data (CUDA):
python notravis_test_generate_cuda.py
- Deep learning:
python notravis_test_learn.py
These tests (except the notravis ones) are automatically run on Travis CI at each new push. So if the build button display passing they should work !
Requiried Dependencies¶
The code is written in Python3. Several packages are required to run the code but most are pretty standard. Here is an non-exhaustive list of dependencies
- Numpy (http://www.numpy.org)
- Scipy (https://www.scipy.org/)
- PyTorch (http://pytorch.org)
- h5py (http://www.h5py.org/)
- pickle ()
- matplotlib
The deep learning was implemented with PyTorch 2. (http://www.pytorch.org) To install pytorch with anaconda
`
conda install pytorch torchvision cuda80 -c soumith
`
Optional dependencies¶
Network visualization
- tensorboard (https://github.com/lanpa/tensorboard-pytorch)
It is possible to visualize the parameters of the CNN using tensorboard. This is not required but could help in finding better architectures. You first have to install tensorflow and then install pytorch-tensorboard with pip
`
pip install tensorflow-tensorboard
pip install tensorboard-pytorch
`
Feature visualization
The code can output visualization file of the mapped features that can be used in VMD We can develop other stategies using pyMol or other softwares in the future. All the features are exported as .cube files which is pretty standard format. The code also outputs VMD script that automatically load all the data. The tool https://github.com/DeepRank/DeepXplorer can be really usefull to explore the HDF5 files generated by DeepRank


The second stop on our Northeastern tour found us in Acadia National Park. We stayed on both the Shoodic Peninsula and Mount Desert Island sides of the park, and found the Schoodic area to be much quieter and less touristy.
Fun fact: The highest point in Acadia, Cadillac Mountain, is named for Antoine Laumet de La Mothe, sieur de Cadillac, a French explorer. Along with leaving his namesake in Maine, he helped found the city of Detroit in the early 1700s. An automobile manufacturer honored the effort in 1902 by naming their firm “Cadillac” and using de La Mothe’s coat of arms as their logo.
Here are a few photos from the hills.
The intersection of mountain and sea in Acadia is extraordinary.
We missed the show, unfortunately.


Andrzej Szeib
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Team Hogan Defeats Team Flair At WWE 'Crown Jewel'
by Mike PappasTeam Hogan, comprised of Roman Reigns, Ricochet, Ali, Shorty G and Rusev, faced off against Team Flair at WWE Crown Jewel. Randy Orton, Bobby Lashley, Shinsuke Nakamura, Drew McIntyre and Baron Corbin, all stepped up for The Nature Boy, but they were unable to secure the win.
The match was packed with a lot of action including the clash between Rusev and Lashley, as they were both tagged in and exchanged blows. They are currently embroiled in a storyline with Lana, who is cheating on Rusev with Lashley.
Most notable audience reactions were the amount of cheers Randy Orton was getting throughout the match, as well as fans chanting “NXT” when Drew and Ricochet were battling in the ring.
Ricochet and Ali had the sells of the night with Lashley clotheslining Ali, turning him inside out and Ricochet selling the Claymore Kick from McIntyre. The match also had Reigns diving onto everyone on the outside, wiping them out.
The last moments of the match included Orton hitting an RKO on Reigns after The Big Dog was attempting to nail a spear on The Viper. However, Reigns would kick out at two.
The match would end with Reings finally hitting the Spear on Orton to gain the win for Team Hogan.


Competition Setup
Competition Setup
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Problem
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