Responsibilities/Requirements:
Must have strong accounts payable experience, at least 2-3 years minimum.
Job Requirements/JD:
This position is responsible for managing/supporting multiple accounting functions within the Enterprise, including Accounts Receivable.
Job entails -
Field Financial Reporting & Accounting – Assistant Analyst.
Duration: 12 months.
Job Description/Requirements -
Duration: Long-term contract (3+ years)
Looking for API Developer with experience and qualifications with data and solution architecture.
Minimum Requirements/Responsibilities -
Duration: 5+ months (remote work due to safe-distancing)
Two contract positions open for SOAR developers for designing, documenting, and creating SOAR (Security Orchestration, Automation and Response) automations
Minimum Requirements/Responsibilities -
Duration: Long term (3+ years)
This consultant is to guide organization through adoption of enterprise-wide, cloud-based ERP platform rollout to take place over multiple years. Join an Talent Management/Organization Development and Learning (TM/ODL) team on this culture change opportunity.
Job entails -
Looking for Business Analyst with experience and knowledge of law enforcement area.
Job Entails/Requirements:
Fulltime Direct-Hire Position: Java Developer will perform application software design, development, systems maintenance, modification and documentation.
Job Desc/Required Skills -
This position (Contract/Direct-Hire/Contract-hire) with one of the leading companies will be responsible for the application architecture and development lifecycle process that translates business requirements into software systems, services and solutions on the Pega platform.
Minimum Requirements -
Contract-hire position.
Looking for developer for the maintenance and support of the APEX applications, and design and development for new or modified application software.
Minimum Requirements/Responsibilities -
Looking for a Project Manager on contract to manage IT infrastructure projects, initiation through closeout as assigned and within the parameters of cost, quality, schedule and objectives.
Minimum Requirements/Responsibilities -
This resource will have significant delivery responsibilities as part of development, and will act as the point of contact on site for development-related questions and issues.
Minimum Requirements/Responsibilities -


struct FitNoise
struct FitRange
struct FitElv
The struct FitData structure stores the fitted ACF data.
struct FitData
© Johns Hopkins Applied Physics Laboratory 2010


Test purpose:
- Check that XWALK-2431 is fixed.
- Check css3 images feature whether or not supported.
Test step:
- Click "cross-fade-background-size" to run the 1st sample.
- Click "cross-fade-blending" to run the 2nd sample.
- Click "cross-fade-invalidation" to run the 3rd sample.
- Click "cross-fade-overflow-position" to run the 4th sample.
- Click "cross-fade-simple" to run the 5th sample.
- Click "cross-fade-sizing" to run the 6th sample.
- Click "cross-fade-tiled" to run the 7th sample.
- Click "optimize-contrast-canvas" to run the 8th sample.
- Click "optimize-contrast-image" to run the 9th sample.
- Click "pixelated-canvas" to run the 10th sample.
- Click "pixelated-downscaled" to run the 11th sample.
- Click "pixelated-downscaled-expected" to run the 12th sample.
- Click "pixelated-hidpi" to run the 13th sample.
- Click "pixelated-hidpi-expected" to run the 14th sample.
- Click "pixelated-image" to run the 15th sample.
- Click "pixelated-svg-image" to run the 16th sample.
- Click "jsfiddle" to run the 17th sample.
Expected result:
All test cases pass.


Templates are used to prevent us from writing the same function or class separately for different data types. We normally use templates in large programs where we have to define the same function or class for different data types.
To understand its need, let's first look at the following program.
#include <iostream>
using namespace std;
int sum( int x, int y)
{
return x + y;
}
float sum( float x, float y)
{
return x + y;
}
double sum( double x, double y)
{
return x + y;
}
int main()
{
cout << "Sum : " << sum(3, 5) << endl;
cout << "Sum : " << sum(3.0, 5.2) << endl;
cout << "Sum : " << sum(3.24234, 5.24144) << endl;
return 0;
}
Sum : 8.2
Sum : 8.48378
In this example, we defined a separate function to calculate the sum of three sets of numbers, each with a different data type. Isn't it hectic to define the same function again and again for different data types ?
This is where we need templates. There are two types of templates in C++.
- Function Templates
- Class Templates
Let's start with function templates.
Function Templates
Function Templates prevent us from defining separate functions performing the same task for different data types. Let's look at the syntax of a function template for the sum function in the above example.
T sum( T x, T y)
{
return x + y;
}
Compare this function template with the function in the previous example. You will notice that this function template is the same as the function in the example, except for the difference that here we have declared the parameter of type T instead of int, float or double.
We need to tell the compiler that this is a function template because it will not identify T ( since T is not a keyword ). For this, we need to include the following code before including T as shown below.
template <typename T> // declaring function template with template parameter
This will tell the compiler that T is a type of template parameter.
Let's see the above example of printing the sum of different data types using function template.
#include <iostream>
using namespace std;
template <typename T>
T sum( T x, T y)
{
return x + y;
}
int main()
{
cout << "Sum : " << sum(3, 5) << endl;
cout << "Sum : " << sum(3.0, 5.2) << endl;
cout << "Sum : " << sum(3.24234, 5.24144) << endl;
return 0;
}
Sum : 8.2
Sum : 8.48378
Here we declared a function template instead of writing three different functions for each data type.
T sum( T x, T y) - This is the definition of the function template which is the same as that of function. This tells us that both the parameters are of type T and the return value is also of type T.
sum(3, 5) - Since both the arguments (3 and 5) are of type int, hence T will be of type int. Thus, in this case, the function template becomes the function in the first example.
Similarly, in the case of sum(3.0, 5.2), T becomes of type float and the template becomes same as the second function in the first example. Same is in the third case.
So, now we know how a function template works.
We can also write the following code by replacing the typename keyword by class keyword.
template < class T > // declaring template parameter
In the above example, both the parameters of the function template were of the same type. Hence we declared T for both. But what if the first parameter is of a different type from the second?
Suppose we are multiplying an integer with a floating number and we have to define a function for that. Then its one parameter will be of type int and another of type float. In that case, we will define the function template with a different type for each parameter as shown below.
template
T2 product( T1 x, T2 y)
{
return x * y;
}
Here we declared the function template with two types of template parameters T1 and T2, where T1 is the datatype of its first parameter which is an integer value and T2 is of the second parameter which is a floating value. Since the product of an int and a float is a float, hence its return type is also T2.
The following example illustrates the same.
#include <iostream>
using namespace std;
template < typename T1, typename T2 >
T2 product( T1 x, T2 y)
{
return (T2)(x * y);
}
int main()
{
cout << product(3, 4.7) << endl;
cout << product(4, 5.6) << endl;
return 0;
}
22.4
Class Templates
We can create class templates just like function templates. To understand it, let's take an example.
Consider two students in a class and we want to calculate the total marks of each of them in two subjects. Suppose the marks of the first student in both the subjects are integer values and that of the second student floating values.
#include <iostream>
using namespace std;
template <class T>
class Student
{
T marks1;
T marks2;
public:
Student( T m1, T m2 )
{
marks1 = m1;
marks2 = m2;
}
T totalMarks()
{
return marks1 + marks2;
}
};
int main()
{
Student<int> s1 ( 45, 50 );
Student<float> s2 ( 47.5, 56.4 );
cout << "Total marks of student1 : " << s1.totalMarks() << endl;
cout << "Total marks of student2 : " << s2.totalMarks() << endl;
return 0;
}
Total marks of student2 : 103.9
Here, s1 and s2 are the two objects of class Student and marks1 and marks2 are the marks of the students in first and second subject respectively.
Student
Student


| AdminUtilities | This class implements variour admin template utilities |
| Assetic | |
| DataAccessFunctions | Implementation of data access to main Thelia objects (users, cart, etc.) |
| FlashMessage | Created by JetBrains PhpStorm. |
| Form | Plugin for smarty defining blocks and functions for using Form display. |
| Format | formatdate and formatdate smarty function. |
| Module | |
| Security | |
| TheliaLoop | |
| TheliaSyntax | Class TheliaSyntax |
| Translation | |
| Type | |
| UrlGenerator |


Before reading, you can replace specific words in message.
Replacement settings is separated between Japanese and English.
If you replace English word to Japanese word, SpeechAPI won't read it.
You can set Emoticon Replacement separately from previous replacement.
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If your "Bouyomi-chan" socket port is not 50001, you can change in here.
If you launch "Bouyomi-chan" in other PC, you can change host address in here.
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If you un-checked "Use English Voice", English message will be read by Bouyomi-chan.
This options may be no effect on some PC.
You can edit Blocked Users. Choosed user' comment won't be read.
Nightbot is set in default.
When comment posted, the user will listed up automatically.
If you toggle to "Unread", comments which posted by specific user won't be read.
If you check this, username who posts comment will be read after message.
Username also be replaced.
If you check this, emotes in the message will be read.
If you check this, English message will be read by SAPI5 voice which set in EN Voice Settings.
When this is unchecked, English message will be read by same voice as Japanese message.
If you check this, notificate comment with popup.
When you play a game with fullscreen, notification won't be shown.
A few games with borderless screen, also won't be shown.
Cleanup all saved settings, and restart TwitchTalkApp as default.
Voice settings, Replacement Settings, Blocked List, Login State, all of them will erased.
You can't restore them after reset.
ONLY IN JAPANESE. (sorry)
If new version is available, this app will notify it when you launch.
When you press "OK" button, autoupdate will start.
Please use latest version as much as possible.
If you failed autoupdate, please download manually and overwrite it.
Saved password and settings won't be erased by overwriting.
The MIT License (MIT)
Copyright (c) 2017 @advancedbear
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
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 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


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From the Death Certificate
for Catherine Neuhardt,
#54709 Barnesville, Belmont Co., OH
Residence: 623 Wiley Avenue, Barnesville, Ohio
Widowed, wife of Phillip
Neuhardt
Born Jan. 4, 1851 in Monroe
County, Ohio
Age: 74 years 8 months 18 days
Occupation: at home
Daughter of John Neibch born
in Germany and under maiden name of mother Neuhardt,** born Germany
Informant: Mr. Geo. Hines** of Barnesville, Ohio
Date of death: 9-22-1925
Cause of death: acute nephritis; duration, 7 days
Contributory cause of
death: large abdominal tumor; duration,
years***
Signing physician: D. O. Sheppard, Barnesville, Ohio, 9/23/1925
Burial: Northern Cemetery, Barnesville, Ohio, Sept.
24, 1925
Notes:
* Catherine's daughter
Elizabeth was married to George Hines.
** Catherine s mother was
Elizabeth Neuhart.
*** This death certificate
was marked returned: "Have
physician name the organ or part of the abdomen first affected with tumor, and
whether malignant or benign."
Dr. Sheppard's response: "I only saw her a few days before her death and there was so much ascitis that it was impossible to make an acurate [sic] diagnosis. From history I would say it was ovarian & not malignant." Dated Jan. 18, 1926.
Provided by Betty Latta Kitchen
Click here for the Short-Cut Table of Contents


SOME MOTHER'S SON A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): ***
SOME MOTHER'S SON is a new film about the troubles in Northern Ireland. It is blessed with the same producers (Jim Sheridan and Arthur Lappin), writers (Jim Sheridan and Terry George), and much of the same supporting cast as 1993's highly acclaimed film IN THE NAME OF THE FATHER. Two of the leads (Helen Mirren and John Lynch) starred in 1984's excellent film CAL. All three of the pictures cover the same period and all three suffer from the same bias, but, nevertheless, they are all excellent movies -- taut dramas with high energy and important stories to tell.
In the press kit is the question: "Could you stand by and watch your son starve himself to death for his beliefs?" This correctly sets the context for the film which looks at the Northern Ireland issues from the point of view of the mothers of IRA members. The story uses two quite different mothers as the focal points. The first, Kathleen Quigley (Mirren), believes in non-violence, and although she supports her son, she hates the terrorist precepts of the IRA. The other, Annie Higgins (Fionnula Flanagan), is a card-carrying member who is willing to do whatever it takes to get the British out of Northern Ireland. Both actresses are well cast and give marvelous performances.
The story, based on a true incident, starts in 1979. The film opens with a vintage clip of newly elected Prime Minister Thatcher. "I would particularly like to remember," she says. "some words of Saint Francis of Assisi which are pertinent now. 'Where there is discord, may we bring harmony.'" From there we cut to a scene in which lower-level British bureaucrats are formulating a malevolent strategy toward the IRA. "We want to make the prisons an asset, not a liability," says Farnsworth (Tom Hollander). "It is in the prisons that we will break the backs of the IRA."
One of the keys to the success of the film is the editing by Craig McKay. He has a deft touch, knowing when to cut between the three stories: the British government planners, the prisoners, and the two mothers. North Ireland home life is full of happiness and warm Christmas images. From this peaceful normality we switch to the mothers' boys in terrorist attacks, killing the British.
As in most shows about Northern Ireland, the British are portrayed as people who are evil incarnate and who are constantly scheming on how to oppress the Irish Catholics. With the exception of a single scene, SOME MOTHER'S SON makes the death of the British appear as remote and painless as shooting targets in a video game. In contrast we are treated to large doses of Irish suffering. There is a great scene in the show where Catholic priest Father Daly (Gerard McSorley) prays not only for the IRA member who died in a hunger strike but also the British officials killed to avenge his death. The IRA members view his sermonette as heresy and walk out from the church in protest.
The only other voice of reason in the show comes from Kathleen. "A man was shot," she tells her friend, Bobby Sands (Lynch). "But he was a soldier," explains Bobby. He views shooting them in the back as not the same thing as killing an actual human.
Soon her son Gerald (Aidan Gillen) and Annie's son Frank (David O'Hara) are tried for various terrorist activities. "I don't need a lawyer," says defiant Gerald. "I'm not a criminal. I'm a prisoner of war. I don't recognize the court." Once in prison they join Bobby Sands and others there in various protests ranging from not wearing prison clothes to the hunger strike that costs ten of them their lives.
The prison officials try everything to get them to put their uniforms on, including removing the can where their human wastes go. The prisoners protest this by lining the walls of their cells with their excrement.
The movie manages to provide the facts without trying to gross out the audience. The wrenching of hunger protesters as they near death provides the most horrific scenes in the film, but this is not a movie that scares you; it is one that moves you to compassion for the mothers and their plight. Secondarily, it makes you sympathetic to the prisoners, no matter how heinous their original crimes. The director, Terry George, knows how to lay the tension on thick. This is a show that will keep your eyes glued to the screen as the events unfold.
When the editor cuts back to the government officials, it provides almost comic relief as they are so inept. One of the officials, a man named Harrington (Tim Woodward), wants to be in charge of spin control. He insists they must change strategies only because "we need to reclaim the moral high ground." Morals are relegated to the role of political battle techniques.
The performances by Mirren and Flanagan get better and better as the show evolves. As might be expected, Kathleen and Annie go from distrust to friendship, and Kathleen becomes hardened by the conditions she sees. All of the mothers have it in their power with the signing of a single document to have their sons fed intravenously and thereby save their lives. The sons are against this, wanting to be martyrs for the cause. Even if you know how it ends, I didn't, you will be swept up into the circumstances that lead to the conclusion.
Perhaps the mothers' entire state of mind can be summed up in one of the interchanges close to the end of the picture. Annie tells the government official, "My son is not a terrorist." The official looks her sternly in the eye, and corrects her with, "Your son is a convicted murderer."
SOME MOTHER'S SON runs 1:51. It is rated R for scenes of people starving to death, for some violence, and for profanity. The show would be fine for mature teenagers. I recommend this excellent film to you and give it ***.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: January 23, 1997
Opinions expressed are mine and not meant to reflect my employer's.
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


Overview
Package
Class
Use
Tree
Deprecated
Index
Help
Java Randomness Test Suite
JRandTest at SourceForge
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R
RC4Key
- class com.fasteasytrade.JRandTest.Algo.
RC4Key
.
Alleged RC4 implemented as RC4Key.
RC4Key(byte[], int, String)
- Constructor for class com.fasteasytrade.JRandTest.Algo.
RC4Key
RSA
- class com.fasteasytrade.JRandTest.Algo.
RSA
.
RSA algorithm as a random stream.
RSA()
- Constructor for class com.fasteasytrade.JRandTest.Algo.
RSA
RSA(String)
- Constructor for class com.fasteasytrade.JRandTest.Algo.
RSA
RSACrypt
- class com.fasteasytrade.JRandTest.Algo.
RSACrypt
.
Java RSA algorithm implementation.
RSACrypt()
- Constructor for class com.fasteasytrade.JRandTest.Algo.
RSACrypt
Almost null contructor
RandomStream
- interface com.fasteasytrade.JRandTest.IO.
RandomStream
.
RandomStream interface represen stream of data to be checked by the different tests.
Run
- class com.fasteasytrade.JRandTest.Tests.
Run
.
Run from DieHard Run class extends Base
count the number of runs and compute the statistics
Algorithm AS 157 Appl.
Run()
- Constructor for class com.fasteasytrade.JRandTest.Tests.
Run
r
- Variable in class com.fasteasytrade.JRandTest.Algo.
MicaliSchnorrPrng
nLength = r + k r is the number of high bits we will use in the prng
r1
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r10
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r11
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r12
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r13
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r14
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r15
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r16
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r17
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r18
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r19
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r2
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r20
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r2_double(double[])
- Static method in class com.fasteasytrade.JRandTest.Tests.
Base
r3
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r4
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r5
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r6
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r7
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r8
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
r9
- Variable in class com.fasteasytrade.JRandTest.Tests.
CmdLine
rankBinaryMatrix()
- Method in class com.fasteasytrade.JRandTest.Tests.
BinaryRankTestFor6x8Matrices
compute the rank of a binary matrix
rankStatistics(String)
- Method in class com.fasteasytrade.JRandTest.Tests.
BinaryRankTestFor6x8Matrices
perform the test and calculate test-stat
ratio
- Variable in class com.fasteasytrade.JRandTest.Tests.
MinimumDistance
ratio
- Variable in class com.fasteasytrade.JRandTest.Tests.
Squeeze
read(DataInputStream)
- Static method in class com.fasteasytrade.JRandTest.Algo.
RSACrypt
Read one big integer from inputstream.
read(ObjectInputStream)
- Static method in class com.fasteasytrade.JRandTest.Algo.
RSACrypt
Read one big integer from inputstream, as java object.
read32BitsAsDouble()
- Method in class com.fasteasytrade.JRandTest.Tests.
Base
read one int from registered input random stream and divide it by (2^32 - 1).
readBigInteger(GZIPInputStream)
- Static method in class com.fasteasytrade.JRandTest.Algo.
RSACrypt
Read one big integer from GZIPinputstream.
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
AES
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
ARC4
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
BBS
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
BlowFish
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
CubicResidue
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
DES
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
JavaRandom
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
JavaSecuredRandom
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
Lcg1
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
MT19937
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
MicaliSchnorr
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
ModulusExponent
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue1
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue2
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
RSA
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
SHA1Random
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
SkipjackRandom
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
TripleDES
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC3Random
readByte()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC5Random
readByte()
- Method in class com.fasteasytrade.JRandTest.IO.
FileAlgoRandomStream
readByte()
- Method in class com.fasteasytrade.JRandTest.IO.
FileRandomStream
readByte()
- Method in class com.fasteasytrade.JRandTest.IO.
HttpGetUrlRandomStream
readByte()
- Method in interface com.fasteasytrade.JRandTest.IO.
RandomStream
read one byte from a file.
readByte()
- Method in class com.fasteasytrade.JRandTest.Tests.
Base
read one byte from registered input random stream.
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
AES
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
ARC4
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
BBS
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
BlowFish
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
CubicResidue
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
DES
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
JavaRandom
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
JavaSecuredRandom
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
Lcg1
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
MT19937
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
MicaliSchnorr
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
ModulusExponent
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue1
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue2
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
RSA
readInt(GZIPInputStream)
- Static method in class com.fasteasytrade.JRandTest.Algo.
RSACrypt
Read int from GZIPinputstream.
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
SHA1Random
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
SkipjackRandom
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
TripleDES
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC3Random
readInt()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC5Random
readInt()
- Method in class com.fasteasytrade.JRandTest.IO.
FileAlgoRandomStream
readInt()
- Method in class com.fasteasytrade.JRandTest.IO.
FileRandomStream
readInt()
- Method in class com.fasteasytrade.JRandTest.IO.
HttpGetUrlRandomStream
readInt()
- Method in interface com.fasteasytrade.JRandTest.IO.
RandomStream
Processing is similar to readByte.
readInt()
- Method in class com.fasteasytrade.JRandTest.Tests.
Base
read one byte from registered input random stream.
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
AES
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
ARC4
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
BBS
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
BlowFish
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
CubicResidue
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
DES
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
JavaRandom
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
JavaSecuredRandom
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
Lcg1
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
MT19937
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
MicaliSchnorr
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
ModulusExponent
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue1
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue2
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
RSA
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
SHA1Random
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
SkipjackRandom
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
TripleDES
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC3Random
readLong()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC5Random
readLong()
- Method in class com.fasteasytrade.JRandTest.IO.
FileAlgoRandomStream
readLong()
- Method in class com.fasteasytrade.JRandTest.IO.
FileRandomStream
readLong()
- Method in class com.fasteasytrade.JRandTest.IO.
HttpGetUrlRandomStream
readLong()
- Method in interface com.fasteasytrade.JRandTest.IO.
RandomStream
Processing is similar to readByte.
readLong()
- Method in class com.fasteasytrade.JRandTest.Tests.
Base
read one long from registered input random stream.
ready
- Variable in class com.fasteasytrade.JRandTest.Algo.
RC4Key
registerInput(RandomStream)
- Method in class com.fasteasytrade.JRandTest.Tests.
Base
register RandomStream interface.
removeOutputDestination(OutputDestination)
- Method in class com.fasteasytrade.JRandTest.Tests.
Base
unregister output destination from vector of output destinations.
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
BBSPrng
Reset "state" of prng by setting x to x0 (initial x).
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
CubicResiduePrng
Reset "state" of prng by setting g to g0 (initial g).
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
MicaliSchnorrPrng
Reset "state" of prng by setting x to x0 (initial x).
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
ModulusExponentPrng
Reset "state" of prng by setting g to g0 (initial g).
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue1Prng
Reset "state" of prng by setting g to g0 (initial g).
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
QuadraticResidue2Prng
Reset "state" of prng by setting g to g0 (initial g).
reset
- Variable in class com.fasteasytrade.JRandTest.Algo.
SHA1
Wherever next update should start from scratch
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC3
Reset "state" of prng by setting keys to bufkeys and skip each key.
reset()
- Method in class com.fasteasytrade.JRandTest.Algo.
ZAC5
Reset "state" of prng by setting keys to bufkeys and skip each key.
reset()
- Method in class com.fasteasytrade.JRandTest.GUI.
SimplePanel
rnd
- Variable in class com.fasteasytrade.JRandTest.Algo.
RSACrypt
rnd
- Variable in class com.fasteasytrade.JRandTest.Algo.
ZAC3
Use java random class to fill new keys put some garbage bytes in output buffer (if decryption fails).
rnd
- Variable in class com.fasteasytrade.JRandTest.Algo.
ZAC5
Use java random class to fill new keys put some garbage bytes in output buffer (if decryption fails).
row
- Variable in class com.fasteasytrade.JRandTest.Tests.
BinaryRankTestFor6x8Matrices
rs
- Variable in class com.fasteasytrade.JRandTest.Tests.
Base
rt
- Variable in class com.fasteasytrade.JRandTest.Tests.
BinaryRankTestFor6x8Matrices
rt
- Variable in class com.fasteasytrade.JRandTest.Tests.
CountThe1s
runCmd(String[])
- Method in class com.fasteasytrade.JRandTest.Tests.
CmdLine
Simple session:
1. get input filename/algorithm for all tests (or "exit")
2. repeat till "exit"
2.1 display list of tests
2.2 get requested test number
2.3 run the test on the input file
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
Java Randomness Test Suite
JRandTest at SourceForge
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Copyright © 2005 Zur Aougav. All Rights Reserved.


RAPIDSOLVE® (“The Owner") either owns the intellectual property rights of all the web client and server based programming scripts, text, audio clips, video clips and other content (“the Content") that is made available to you on this Web based software application RAPIDSOLVE® V3.14, or has obtained the permission of The Owner of the intellectual property to use the Content in the production of this software application.
The Calculators here-in are tools designed for inspectors and engineer to rapidly and consistent with the required steps, validate pass/fail screening requirements of in-service systems found with defects using the methodology of API579-1 FFS in the applicable Level 1 and Level 2 scenarios as per applicable defects. It is not intended to replace provincial/state requirements, Design Code guidelines and user-owner risk profile models. It is not a detailed engineering analysis and not intended to be a comprehensive tool. The tool does not generally take into consideration advanced level assessments outside level 1 and Level 2 assessment approaches as well as several complex external loads and conditions that may exist on a pressure system. Use of this tool requires adequate knowledge of the steps and limitations as specified in the applicable design code and API579-1 code of the defect analysed and this tool. Detailed/Advanced engineering analysis (Level 3) are required when the limitations as detailed in the code relate to a system in question and where the software application specifies or states limitations of critical variables not accounted for. A competent engineer is responsible for assessing the design of the system and assuring that internal pressure is the proper design criteria for continued use. Engineering analysis, Good judgment and industry best practices should be used to assess the validity and applicability of the results obtained by this tool.
Disclaimer: The Owner does not guarantee the quality, accuracy or completeness of any information on this Web site. This Web site may include inaccuracies or typographical errors and the information is provided without warranty or condition of any kind. The use of this tool required sufficient understanding and training on the engineering concepts as applicable to the problem statement. This application may contain certain historical information. They may be obsolete and are provided for your reference only. The Owner reserves the right to modify the contents of this site at any time, but no obligation to update any information on the site. You agree that it is your responsibility to monitor changes to the site. use of this site is at the sole risk of the user. The software application is provided on an “as is" and “as available" basis. The Owner reserves the right to restrict in part or whole and/or terminate access to the software application at any time. The owner expressly disclaims all warranties of any kind, weather express or implied including but not limited to fitness for a particular purpose, performance, adequacy, usefulness, timeliness, reliability or otherwise.
The owner is responsibility for all computer and accessories security. The owner is not liable for any Malicious application, virus, Trojan, Malwares and electronic based applications with may result from this site IP Address or servers (Directly or indirectly) due to a download or use of the website link, from third party servers, physical and cloud based and any impacts that may result from use of this site.
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Trade Marks: The Owner logo, crest and banner are registered Trademarks of the Owner. All product names mentioned on this Web site application are the trademarks of their respective owners.
No Endorsement: The Owner does not endorse any products or services that may be referred to in, or linked to the tools and computation design concept on this application.
Our Vision: Support and develop our client's technical capacity while creating trust
Often times, Inspectors and engineers have to make prompt, accurate and sound decisions with respect to the general Mechanical Integrity and Structural Fitness for continued use of in-service systems (piping, Pressure Vessels, Tanks and peripheral) when indications are found and classified as defect WRT their design standards and operating conditions.
Currently, Plant, Reliability and Asset integrity engineers usually have to go through various standards and develop models to compute L1/L2 structural integrity assessments to make Go/No-Go calls during plant runtime and Outage work windows for continued running, repair, replace and required level of follow work. Nowadays, inspectors are becoming more engaged and required to make such calls too. This is usually time consuming and many times when challenged are found with may inconsistencies based on the risk tolerance of the engineer.
Another approach has been to involve 3rd party consultants with the expectation of advanced knowledge. It doesn't solve the problem of prompt delivery and comes often times with a high price tag as well as errors in modelling due to limited 1st hand field knowledge of the defect/system and interpreting customer inspection information while offsite.
The level of assessment, quality of the results and final decision directly affects the plants safety, Reliability, productivity and thus bottom-line. Industrywide (Chemical and Petrochemical) approximately 10% of defects require in-depth and advanced (Level 3) Fitness for Service evaluations which may involve custom modelling and FEA analysis. The other 90% need less rigor. A design standard and Level 1 or 2 fitness for service evaluation is appropriate and usually sufficient. The focus of Rapidsolve™ is these 90%.
Rapidsolve™ is developed to give prompt, accurate and consistent L1/L2 defect evaluation and results
in minutes.
Rapidsolve™ is Modelled primarily around the API579-1 FFS and many years of engineering judgement.
The code validations were done by certified engineers and SMEs using actual plants defect findings,
and case scenarios in API579-1 and API579-2. A good understanding of the concept of FFS as specified
in API597-1 is required to properly use and interpret the results using this application.
Rapidsolve™ is not intended to replace provincial/state requirements, Design Standard guidelines and user-owner risk profile models. It is not a detailed engineering analysis and not intended to be a comprehensive tool. The tool does not generally take into consideration outside level 1 and Level 2 assessment approaches as well as several complex external loads and conditions. Use of this tool requires adequate knowledge of the steps and limitations as specified in the applicable design standard and FFS-API579-1 standard of the defect analyzed. Engineering analysis plus Level 3 are required when the limitations as detailed in the standard relate to a system in question. The software entails the following features and level of assessment capabilities:
Assessment Procedure specified uses Method A and B Only of the reference code API579-1/ASME FFS-1. This explores evaluating the resistance to brittle fracture of existing carbon and low alloy steel pressure vessels, piping, and storage tanks. Criteria are provided to evaluate normal operating, start-up, upset, and shut-down conditions. Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment procedures specified explores cases of general corrosion. Thickness data used for the assessment can be either point thickness readings or Grid detailed thickness profiles. When the Metal loss profile is not general, the method and approach in the assessment procedures of Part 5 are applicable. Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment procedures specified explores cases of single Thin Ares, closely spaced Local Thin Areas LTSs and groove-like flaws. Thickness data used for the assessment can be either point thickness readings or detailed thickness profiles (Grid). The procedure can be utilized for assessments of stand-alone pits or blisters as per Part 6 and Part 7. When the Metal loss profile is not localized, the method and approach in the assessment procedures of Part 4 are applicable. Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment procedures specified explores cases to evaluate systems with widely scattered pitting, localized pitting. The procedure is also applicable for evaluating closely spaced blisters as provided for in Part 7. Procedure assessment condition exceptions: Pitting which occurs within a region of local metal loss, and a region of localized metal loss located within a region of widely scattered pitting are not covered Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment procedures specified explores cases to evaluate systems with isolated and closely spaced and multiple blisters and HIC/SOHIC Damage. The assessment is applicable for blisters and HIC/SOHIC damage located around weld joints and near structural discontinuities / transitions on the system / component as applicable. Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment Procedure not specified for this class of defects.
Basic assessment procedures specified explores cases to evaluate crack-like flaws. Procedure exceptions: Application for systems with stress intensity factors and reference stress as well as residual stresses is not included. Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment procedures specified explores cases to evaluate systems operating within the creep range as well as the remaining life (Estimated remaining life and number of remaining cycles). Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment Procedure not specified for this class of defects.
Assessment procedures specified explores cases to evaluate systems with dent, gouge, and dent gouge combinations in components. Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment procedures specified explores cases to evaluate systems with laminations. The assessment is applicable for laminations located around weld joints and near structural discontinuities / transitions on the system / component as applicable. Procedure assessment condition exceptions: Systems under substantial supplementary loads, full vacuum conditions, and application when Impact Test Results Are Not Available. System Geometry: Cylindrical and Conical profile only.
Assessment Procedure not specified for this class of defects.
Pricing: RAPIDSOLVE is offered on various terms to support clients. To purchase a subscription, please contact<EMAIL_ADDRESS>Applicable Sectors: Petro-Chemical & Energy. Expertise: Intermediate. Training Setup: Class.
This course is designed for plant personnel who are engaged in design, inspection and maintenance and repair of fixed equipment. (Tanks, Pressure Vessels and piping). This would typically include experienced Unit Inspectors, Plant Engineers, Asset Integrity Specialist and engineers, Operations Engineers, Maintenance Engineers, Welding Engineers and allied personnel. A general working knowledge of this class of equipment, and their usual construction materials is a requirement to attend this course.
The training provides direction for performing flaw/defect assessments using API 579-1/ASME FFS recommended practices as it applies to fixed pressure equipment. The training is a hands-on approach with participants completing actual plant/field examples. This is aided using RAPIDSOLVETM; a FFS software application to further reinforces the presentation and understanding of solutions and outcomes of the assessment.
All participants will have individual 60 days' trial access to a cloud based software application which aids FFS assessments.
support and develop our client's technical capacity while creating trust


The mapping panel defines the mappings between table columns and graph attributes.
The "Default mappings" button will automatically map columns and attributes based on names. If two names are similar (after non-alphanumeric characters are removed, and the names converted to lower case, the names are equal), they will mapped by default. This does not guarantee that mappings are unique; you must still check the mappings for correctness.
Graph attributes that are not mapped to table columns will not be exported. Likewise, table columns that are not mapped to graph attributes will not be imported. On export, all table columns must exist. On import, all graph attributes must exist.
When either exporting or importing, the graph node id must have a mapping to a table column, and the graph transaction id, transaction source, and transaction destination must have a mapping to a table column. (The transaction directed attribute to indicate whether a transaction is directed or not is optional. If the directed attribute is not mapped on import, transactions are assumed to be directed.)
It is assumed that mapped table columns have the correct data type for the mapped graph attribute. JDBC operations are done based on the attribute type, not the column type.
The Save button can be used to save this export/import session. The data in each of the panels will be saved, so you don't have to reenter most information the next time you do an export/import. It is recommended that you save your session in case of errors.
JDBC import/export sessions are saved in HOME_DIRECTORY/.CONSTELLATION/ImportExportJDBC. Each file is saved JDBC session.
Selecting Finish will cause the export/import to be done.
When exporting, all graph elements will be exported, whether they are selected or not.
When importing, the node ids in the table column will not be used to create nodes in the graph. Instead, nodes will be added with the next available node id. This avoids clashes with existing nodes. Transactions will be added to the correct nodes. When the import is complete, the current graph's schema will be applied. This may result in nodes being merged.


For Some Reason The Page You Requested Could Not Be Found On Our Server
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You have two kind of accounts: administrator and employee. You will be able to manager all aspects of the account.
Servers and kitchen operations staff should have access to this account


Software design comprises the overall organization of source code into macro structures like components and interfaces. Unfortunately, the maintainability of a system may be hampered due to the unintended introduction of software design problems. Due to such negative eect, design problems should be properly identied and removed to maintain the evolvability of long-lived systems. To identify design problems, developers can rely on the analysis of code smells, which are surface symptoms of design problems. Since each code smell is only a partial symptom of a design problem, researchers proposed a strategy that agglomerates inter-related code smells to reveal the full extension of design problems. Nevertheless, there is little empirical evidence about the practical use of agglomerated code smells for the identication of design problems. Therefore, in this paper we assessed a strategy called code smell agglomeration. This evaluation was based on quantitative and qualitative analysis. For the quantitative analysis, we performed an experiment with 11 professionals, comparing the use of agglomerations to the traditional use of code smells. On the other hand, in the qualitative analysis, we conducted a post-experiment survey and an evaluation based on the semiotic engineering. Results indicate that agglomerations can help developers to nd more design problems with fewer false positives. In addition, our qualitative analysis revealed that agglomerations can yield even better results. To make it possible, diculties faced by developers must be tackled. For instance, we observed that (1) the information provided by an agglomeration would be better used if it were synthesized into an unique and concise representation, (2) textual information of agglomerations should use a simpler terminology to be more easily understandable, and (3) developers would benet from the implementation of an algorithm capable of suggesting possible design problems according to the symptoms revealed by an agglomeration.
We applied a quasi-experiment (Shadish, 2001). A quasi-experiment is an experiment in which the unit/groups are not assigned to conditions randomly. The experiment was conducted individually with each participant. They had to perform the experiment in two steps with four tasks in each one. Both steps comprise the same set of task, the only diference between the steps was regarding the usage of agglomerations. We divided the participants into two groups. The 1st group would identify design problems using agglomerations in the 1st step and after they would identify design problems using a list of non-agglomerated code smells in 2nd step. The second group of participants would make the identication inversely: using the non-agglomerated code smells in the 1st step and then using the agglomerations in the second step.
A design problem is a design characteristic that negatively impacts quality attributes such as maintainability and performance (Bar, 1998; Trifu, 2007). Design problems affect macro structures like components, interfaces, hierarchies and other structures that are relevant for the design of the system. We considered 8 types of design problems in our study. We opted by selecting these design problems since they are often considered as critical. Following we present the design problems used in the study.
| Name | Description |
|---|---|
| Fat Interface | Interface of a design component that offers only a general, ambiguous entry-point that provides non-cohesive services, thereby complicating the clients' logic. |
| Unwanted Dependency | Dependency that violates an intended design rule. |
| Component Overload | Design components that fulfill too many responsibilities. |
| Cyclic Dependency | Two or more design components that directly or indirectly depend on each other. |
| Delegating Abstraction | An abstraction that exists only for passing messages from one abstraction to another. |
| Scattered Concern | Multiple components that are responsible for realizing a crosscutting concern. |
| Overused Interface | Interface that is overloaded with many clients accessing it. That is, an interface with "too many clients". |
| Unused Abstraction | Design abstraction that is either unreachable or never used in the system. |
Code smells are recurring micro structures in the source code that may indicate the manifestation of design problems (Fowler, 1999). Below in Table II we present the defitions of some code smells used in our work.
| Type | Description |
|---|---|
| God Class | Long and complex class that centralized the intelligence of the system |
| Brain Method | Long and complex method that centralizes the intelligence of a class |
| Data Class | Class that contains data but not behavior related to the data |
| Disperse Coupling | The case of an operation which is excessively tied to many other operations in the system, and additionally these provider methods that are dispersed among many classes |
| Feature Envy | Method that calls more methods of a single external class than the internal methods of its own inner class |
| Intensive Coupling | When a method is tied to many other operations in the system, whereby these provider operations are dispersed only into one or a few classes |
| Refused Parent Bequest | Subclass that does not use the protected methods of its superclass |
| Shotgun Surgery | This anomaly is evident when you must change lots of pieces of code in different places simply to add a new extended piece of behavior |
| Tradition Breaker | Subclass that provides a large set of services that are unrelated to services provided by the superclass |
A code smell agglomeration is a group of inter-related code smells that may indicate the full extension of a design problem (Oizumi, 2016). The relations among code smells are determined by the relationships that exists between the smelly code elements. In our context, a smelly code element is a element that is affected by a code smell. Relations among smelly code may assume different forms, according to the agglomeration category. Below, on Table II, we present a brief definition of each category
| Category | Description |
|---|---|
| Intra-method | Agglomerations of code smells that are located in single methods. There is an agglomeration in a method if the method is affected by at least Tmethod + 1 code smells. Tmethod is a threshold that can be defined by the developers. |
| Intra-class | Just like methods, classes may also be affected by diverse code smells. There is an agglomeration in a class if the class is affected by at least Tclass + 1 code smells. Tclass is a threshold that can be defined by the developers. |
| Intra-component | Agglomerations of code smells that occur inside of a single design component. This agglomeration comprises code elements that are located within a single component, and the elements are affected by the same type of code smell. The elements also must be connected by method calls or type references. |
| Hierachical | Agglomerations composed by code elements that are affected by the same type of code smells, and these elements implement the same interface or inherit from the same code element. |
We needed participants that met the requirements described in Table IV. We selected developers to identify design problems by sending a characterization questionnaire for a group of developers of our network. Their answers were analyzed to determine which of them were eligible to participate in the study based on the following requirements:
We included in the questionnaire a description of our definition of knowledge level, thereby allowing developers to have a similar interpretation of the possible answers. Table II presents the definition of knowledge level that developers received.
| Classification | Description |
|---|---|
| None | I have never heard about it |
| Minimum | I have heard about it, but I do not use it |
| Basic | I have a general understanding, but I almost never use it |
| Intermediary | I have a good understanding, and I use basic features sometimes |
| Advanced | I have a deep understanding, and I often use advanced features |
| Expert | I am a specialist in this topic, and I use many features almost every day |
Following we present the main artifacts used in the study. For privacy reasons, we do not provide examples of the videos recorded in the environment, the audio transcription neither the elements affected by design problems.
| Artifact |
|---|
| Basic concepts |
| Push Pull Framework |
| Workflow Management Component |
| Diagnosing Design Problems (Form) |
| Diagnosing Design Problems Task (Form) |
| Synthesis Technique Guide |
| Traditional Technique Guide |
| Source code repository |
| Submitted Paper |


Over the Edge (1979)
Grade: 94
"Over the Edge" is a disturbing film that depicts the lives and values of teenagers, and their conflicts with parents and authority figures. The teens have no sense of future. They hang out, do drugs, sometimes beat each other up, but concepts like college, career, and work are foreign. They have way too much time on their hands, nowhere to go, and nothing to do.
They live in the planned outer-suburbian community of New Grenada. The community is struggling. Housing construction has stopped, the caddie dealership sales have slowed, and the adults have a sense of desperation for new investment. The teens clearly have not been considered in the planning: a proposed bowling alley and skating rink was shelved, there's no theatres, and the kids hang out in vacant lots when necessary and crowd in the one-room recreation center when possible.
Clearly the director sympathizes with the teens and not the parents. The parents love their children, want the best for them, but are clueless as to their values and feelings. When the teens get into trouble, the solution always seems to be discipline in the form of curfews and "weekends in the hill" meaning teen jail.
One of the teens is Carl (Michael Eric Kramer), whose best friend is Richie (Matt Dillon). Richie is on probation, mouths off at the police at any opportunity, and is training Carl to do the same. Carl is clearly intelligent, but seems bent on resisting authority and winning the love of Cory (Pamela Ludwig).
Dillon and Kramer obtain a handgun, which provides entertainment as target practice until the shells are spent. The police are after them, and Dillon decides to steal his mother's car and leave town. Later chased by ill-tempered sheriff Doberman (Harry Northup), Dillon makes the mistake of brandishing his unloaded handgun and is killed. Kramer gets away.
Stunned by the death of Dillon, the adults hold a meeting at the school "cafetorium". There is much hand wringing and finger pointing. No one realizes that the kids need fast food joints, theatres, bowling alleys, etc, which also would provide part-time jobs. The teens know the parents are there, and (this is truly memorable) lock them in the school, eventually turning off the lights and mocking them over the PA system. Meanwhile, the "Over the Edge" teens torch and smash the parents cars and fire guns into the air.
This is the first film for both Matt Dillon and Vincent Spano, who have moved on to become successful actors. But I doubt that they have ever been in a film this good again. Highly recommended especially to anarchists and sociologists.
http://members.tripod.com/~Brian_Koller/movies.html
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


Class DecorationManagement
| Defined in: | lib/mixins/decoration-management.coffee |
| Inherits: | Mixin |
Overview
The mixin that provides the decorations API to the minimap editor view.
This mixin is injected into the Minimap prototype, so every methods defined in this file will be available on any Minimap instance.
Instance Method Summary
-
::decorateMarker(marker, decorationParams)
Adds a decoration that tracks a
Marker
. - ::decorationForId(id) Returns the decoration with the passed-in id.
- Array ::decorationsForScreenRowRange(startScreenRow, endScreenRow) Returns all the decorations that intersect the passed-in row range.
- Object ::decorationsForScreenRowRangeByTypeThenRows(startScreenRow, endScreenRow) Returns the decorations that intersects the passed-in row range in a structured way.
- ::initializeDecorations() Initializes the decorations related properties.
-
::onDidAddDecoration(callback)
Registers an event listener to the
did-add-decoration
event. -
::onDidChangeDecoration(callback)
Registers an event listener to the
did-change-decoration
event. -
::onDidRemoveDecoration(callback)
Registers an event listener to the
did-remove-decoration
event. -
::onDidUpdateDecoration(callback)
Registers an event listener to the
did-update-decoration
event. - ::removeAllDecorations() Removes all the decorations that was created in the current Minimap.
- ::removeAllDecorationsForMarker(marker) Removes all the decorations registered for the passed-in marker.
-
::removeDecoration(decoration)
Removes a
Decoration
from this minimap.
Instance Method Details
::decorateMarker(marker, decorationParams) Source
Adds a decoration that tracks a Marker
. When the marker moves, is invalidated, or is destroyed, the decoration will be updated to reflect the marker's state.
There are three types of supported decorations:
- line: Fills the line background with the decoration color.
- highlight: Renders a colored rectangle on the minimap. The highlight is rendered above the line's text.
- highlight-over: Same as highlight.
- highlight-under: Renders a colored rectangle on the minimap. The highlight is rendered below the line's text.
- highlight-outline: Renders a colored outline on the minimap. The highlight box is rendered above the line's text.
::decorationForId(id) Source
Returns the decoration with the passed-in id.
Array ::decorationsForScreenRowRange(startScreenRow, endScreenRow) Source
Returns all the decorations that intersect the passed-in row range.
Object ::decorationsForScreenRowRangeByTypeThenRows(startScreenRow, endScreenRow) Source
Returns the decorations that intersects the passed-in row range in a structured way.
The returned object look like:
{
'line':
'1': [...]
'2': [...]
'highlight-over':
'10': [...]
'11': [...]
}
At the first level, the keys are the available decoration types. At the second level, the keys are the row index for which there are decorations available. The value is an array containing the decorations that intersects with the corresponding row.
::initializeDecorations() Source
Initializes the decorations related properties.
::onDidAddDecoration(callback) Source
Registers an event listener to the did-add-decoration
event.
::onDidChangeDecoration(callback) Source
Registers an event listener to the did-change-decoration
event.
This event is triggered when the marker targeted by the decoration was changed.
::onDidRemoveDecoration(callback) Source
Registers an event listener to the did-remove-decoration
event.
::onDidUpdateDecoration(callback) Source
Registers an event listener to the did-update-decoration
event.
This event is triggered when the decoration itself is modified.
::removeAllDecorations() Source
Removes all the decorations that was created in the current Minimap.
::removeAllDecorationsForMarker(marker) Source
Removes all the decorations registered for the passed-in marker.
::removeDecoration(decoration) Source
Removes a Decoration
from this minimap.


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Hate Speech Filter
Hate speech filter, please see the verified text below
{% if detected == comment%}
No change
{% elif detected != comment:%} {% print(detected)%} {% endif %}


The actuator back-block holds the actuator rods in their off-normal positions during phases 2, 3, and 4, of the operating cycle.
The actuator back block is composed of one gray strut per control frame. Between control frames, the structs are connected by orange (arity 2) connectors, which are mounted to the control frame by pairs of gray (arity 1) connectors coupled by green struts.
In the picture below, the actuator back block is shown mounted on the control frame.
The right hand end of the actuator back block attatches to the back block lifter.
At its left hand end, and at any intermediate points between control stages, the back block is mounted via the two gray (arity 1) connectors coupled by a green strut.


Source code for errors
# -*- coding: utf-8 -*-
# $Id$
#
# Copyright (c) 2006 Otto-von-Guericke-Universität Magdeburg
#
# This file is part of ECAssignmentBox.
#
# ECAssignmentBox is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# ECAssignmentBox is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with ECAssignmentBox; if not, write to the Free Software
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
#===============================================================================
#Author: Christian Dervaric
#
#Description:
#This Module holds every Exception used in this library.
#===============================================================================
[docs]class PlagDetectorError(Exception): pass
[docs]class OutOfRangeError(PlagDetectorError): pass
[docs]class NoValidArgumentError(PlagDetectorError): pass
#Errors raised when nor valid, i.e. existing, normalizer
#or algorithm name is used.
[docs]class NoValidNameError(PlagDetectorError):
def __init__(self, wrongName, availableNamesList):
self.wrongName = str(wrongName)
self.availableNames = str(availableNamesList)
def __str__(self):
print ("The used name " + self.wrongName + " is not defined.\n" \
+ "Following name ids are legal to use:\n" + self.availableNames)
[docs]class NoValidNormalizerNameError(NoValidNameError): pass
[docs]class NoValidAlgorithmNameError(NoValidNameError): pass
#Error raised when no identifier was set (used in PlagResult)
[docs]class NoIdentifierSetError(PlagDetectorError): pass


AWK GUI
©Marc Cawood 2003
Files
Input file:
Output file:
Pattern
Logic
Field
Filter
Value
+
-
And
And (
Or
Or (
)
Equals
Does not equal
Contains
Does not contain
Starts with
Ends with
Custom
Select
Or
Program
Sample Input
Sample Output (
op.txt
)


Functional Python Programming
ISBN-13:<PHONE_NUMBER>992
ISBN-10:<PHONE_NUMBER>
Author: Steven Lott
Binding: Paperback
Publisher: Packt Publishing
Published: January 2015
List Price: $49.99
Best Rental Prices |
||||
|---|---|---|---|---|
| #1 |
Free shipping Ready to ship |
Notes |


--- layout: attachment title: rocket.png date: 2014-02-12 09:49:34.000000000 +00:00 categories: [] tags: [] status: inherit type: attachment published: false meta: _wp_attached_file: 2014/02/rocket.png _wp_attachment_context: custom-header _wp_attachment_is_custom_header: svbtle author: login: hywel email<EMAIL_ADDRESS>display_name: hywel first_name: '' last_name: '' excerpt: !ruby/object:Hpricot::Doc options: {} ---
http://h-wordpress-uploads.s3.amazonaws.com/2014/02/rocket.png


Day N Vegas: Travis Scott out; Future, Young Thug, Playboi Carti & more added
by Andrew SacherLas Vegas rap festival Day N Vegas is this weekend, Friday (11/1) through Sunday (11/30 at the Las Vegas Festival Grounds. Unfortunately, Saturday headliner Travis Scott had to drop off, but his replacements are pretty big: Future x Metro Boomin, Playboi Carti, Trippie Redd, and Shoreline Mafia. Day N Vegas also added Young Thug to Sunday.
Travis Scott tweeted, “TO ALL RAGERS AT @DayNVegas2019 IM SORRY THAT I CANT PULL UP BUT I PROMISE TO BE BACK SO SOON ON GANG.”
The fest also features J Cole, Miguel, Denzel Curry, Saba, and more on Friday; Migos, 21 Savage, DaBaby, Rico Nasty, and more on Saturday; and Kendrick Lamar, Tyler the Creator, Schoolboy Q, Brockhampton, Megan Thee Stallion, and more on Sunday.
Select ticketing options still available.
Set times for Friday and Saturday out now (see below). Sunday set times TBA.


Veniqa
was originally a New York based fashion retail startup that served consumers in South Asian countries to shop from luxury western brands.
Upon its demise, the tech platform that powered Veniqa is maintained by Qarece New York and has been open sourced as a 100% customizable solution under the MIT License.
Previews
- All
- Customers
- Management
Perfect for bootstrapped startups & hacky engineers
We love Woocommerce & Squarespace! But vendor lock-in and zero code access isn't for everyone.
With Veniqa, you have choices.
Option 1: Launch Yourself
Take the ENTIRE CODEBASE FOR FREE and launch your e-commerce startup dream.
Option 2: Get a Premium Support Package
So you have the original team by your side for ongoing support and custom enhancements.
Option 3: Use the codebase for other projects
With 70k lines of modular code, you can repurpose Veniqa for online stores, inventory management, user management and web builders.
Demos
What's under the hood
So you know your tech, huh?
Built using the MEVN Stack & The Usual Suspects
MongoDB, Express.js, Vue.js, Node.js, Mongoose ORM, Redis, Sendgrid, Nodemailer (for fallback), Stripe.
Four Components
API Servers for Shopping & Management Applications,
Web Clients for Shopping & Management.
Performant & Secure - cause we like it that way
Distributed requests utilizing all system cores, encrypted authentication and sessions, backend equipped with request rate limiting to prevent scripted attacks and bot crawling, database & file-based logging.
Built for the Cloud, with developers in mind
CD/CI friendly codebase and configuration setup, simplified dev-prod and local-cloud switches, docker scripts, AWS S3 Integration for cheap image storage.
Granular controls
Drag-and-drop design builders for home page customizations, Image Editor to edit and preview product images and thumbnails, order tracking at a line item level, tariff support for international shipments, payment accepted in multiple digital forms and currencies powered by Stripe.
Blame These People For
(EJ) Vivek Pandey
Platform Architecture, Backend Engineering,DevOps, Data Modeling & Websites
Sujil Maharjan
UX/UI Design,Frontend Engineering
Arjun Bastola
Frontend Engineering,Graphics Design
Professional services from the engineers who built it
Whether you are looking for a consultation to adopt Veniqa in production or want a custom implementation of Veniqa with feature enhancements, reach out to<EMAIL_ADDRESS>- Free brief consultations
- Hourly or Project-based rates
- Quick turnaround time
- Dedicated teams available
- Ongoing support available


In POSIX sh, string indexing is undefined.
(or "In dash, ... is not supported." when using dash
)
#!/bin/sh
echo "Your initial is ${USER:0:1}"
Either switch to a shell that does support string indexing via parameter expansion, like bash
or ksh
, or rewrite with cut
:
#!/bin/sh
echo "Your initial is $(printf '%s' "$USER" | cut -c 1)"
String indexing is a bash and ksh extension, and does not work in dash
or POSIX sh
.
If you only intend to target shells that supports this feature, you can change the shebang to a shell that guarantees support, or [[ignore]] this warning.
You can use # shellcheck disable=SC3000-SC4000
to ignore all such compatibility
warnings.


Sarah Finck
Contact
(current)
About
Portfolio
Social Media
Linked In
GitHub
Contact
Name
Please include first and last name
Email address
Message
Submit


Exploring Terraform Graphs With D3.js Part 2
TL;DR
This is the second in a series of posts exploring methods of visualizing Terraform dependency graphs, with the goal of producing a tool useful for learning and documentation. (Parts: one, two, three, four; code, documentation.)
The first post1 presented experiments with Graphviz and D3.js, resulting in a promising prototype. Posting these to r/devops2 led to some interesting discussions (online and off), and thoughts about future work.
This post takes up the problems of horizontal sprawl, better tooltips, meaningful coloration, and animations; starting with diagrams like the one above, and introducing a series of refinements.
Reconciling Graphviz and D3.js
Graphviz has one thing going for it, so far: its layouts. It can place nodes in order of their dependencies (top to bottom, in this case), whereas the D3.js experiments sometimes became crowded and disorderly.
However, compared with D3.js, its output is static, dated (1970s, I’d venture), and given to sprawling sideways. What about a combination of the two, using graphviz for layout and D3.js for interactions?
Not bad. Moving resource types to seperate headings reduces overall figure width by 25%, on average, and coloration draws the eye to related resources, regardless of layout.
Better Tooltips
Tooltips present further opportunities for improvement. Thus far, they’ve shown resource definitions, only. It might be nice if they were extended with clear labels, and a list of direct dependencies.
Tooltips could also link to pertinent documentation, implement syntax highlighting, condense verbose definitions (e.g. security groups).
Meaningful Coloration
Another question concerns the use of color. Until now, color assignments have been arbitrary, and for the most part, each type of resource has enjoyed its own.
But this is not entirely satisfying. After a certain threshold, the palette becomes confusing; new colors are not easily distinguished from old ones.
Grouping resources of related types might help. The aws provider alone supports 320 distinct types of resource in close to 50 categories,3 but typical configurations probably draw from fewer categories.
Here, resources of type aws_route
, aws_internet_gateway
, aws_security_group
, aws_subnet
, and aws_vpc
all have the same color because they belong to the vpc
group. Hopefully this will clarify larger diagrams.
First Animations
With provisional answers to the questions of layout, tooltips, and coloration, animations present new and intriguing possibilities. In the figure below, mousing over a resource highlights its dependencies, only.
Conclusion
Compared with the proofs of concept presented the last post, these are starting to look useful.
Aaaand, It’s exciting to begin thinking about further uses of animation, such as presenting terraform apply
progress in realtime, or highlighting the subgraphs affected by a commit.
Have a Suggestion<EMAIL_ADDRESS>/ about


The group chat invitation packet extension is used to invite other users to a group chat room.
JEP related: N/A -- this protocol is outdated now that the Multi-User Chat (MUC) JEP is available (JEP-45). However, most existing clients still use this older protocol. Once MUC support becomes more widespread, this API may be deprecated.
To use the GroupChatInvitation packet extension to invite another user to a group chat room, address a new message to the user and set the room name appropriately, as in the following code example:
Message message = new Message("user@chat.example.com"); message.setBody("Join me for a group chat!"); message.addExtension(new GroupChatInvitation("room@chat.example.com")); con.sendPacket(message);
The XML generated for the invitation portion of the code above would be:
<x xmlns="jabber:x:conference"<EMAIL_ADDRESS>To listen for group chat invitations, use a PacketExtensionFilter for the x element name and jabber:x:conference namespace, as in the following code example:
PacketFilter filter = new PacketExtensionFilter("x", "jabber:x:conference"); // Create a packet collector or packet listeners using the filter...


Apart from quality, we also believe in making fresh foods available to all and thus, you can find very nominal pricing while shopping online with us.
The freshness of the produce being delivered to you is unquestionable, even in the case of standard delivery.
We choose our produce with as much care as you do. Carefully sorted, meticulously cleaned and carefully packed,
fruits and vegetables from our online store reach you the day you order them.
We offers delivery in Pune, delivery in Nashik and most other major cities in Maharashtra.


Cubbyhole
Not another cloud storage
Summary
- Team
- Company
- Technologies choices
- Infrastructure and monitoring
- Demo
- Pricing
- Questions
Team
The following team has many roles like all start-ups.
Please listen :
- Sophie Collin
- Robin Lebert
- Alexandre Vaast
- Gaël Demette
Sophie Collin
Web frontend developper
Robin Lebert
Backend developper
Alexandre Vaast
Qt frontend developper
Gaël Demette
Project chief
Company
Cubbyhole is a recent startup which has raised 124 000 euros with help of "The Family".
The aim for the eponymous product is to innovate in the cloud domain with the use of mongoDB to store files.
Targets
Mainly B2B product
- Companies with HA constraints
- Companies with bandwidth constraints
- Companies with multilocalization constraints (CDN)
Technologies choices
- API and Web application : NodeJS
- Storage and database : MongoDB
- Desktop application : Qt
- Mobile application : Android
Different ways to store files
- Files splitted into 16MB documents
- Documents are duplicated into replica set
- Documents are mounted in memory after reading
Characteristics
- Safety
- Efficient
- Designed to big data
Infrastructure
- Scalable
- Highly available
- Multilocalized
Evolutions
- Socket io
- Mobile plateforms
- And more…
Pricing
- Set price : € 44,000
- Maintenance price : € 0.90/Go/Month
The team answers to your questions !
End
Thanks for your attention


railo-context.Component cbfeeds.FeedReader
A feed reader plug-in that processes Atom, RDF and RSS formats. The recommended method for general usage is readFeed().
| Constructor Summary | |
|---|---|
|
init(struct settings, any cachebox)
Constructor. |
| Method Summary | |
|---|---|
package string
|
createUserAgent()
Creates a ColdBox user agent used in HTTP requests. |
query
|
doQueryAppend(query qryFrom, query qryTo)
Append Query1 into Query2. |
package string
|
downloadFeed(string feedURL)
|
void
|
expireCachedFeed(string feedURL)
If the feed exists and it has expired, it removes it other it does nothing. |
void
|
flushCache()
Flushes the entire file cache by removing all the entries. |
any
|
getCachedFeed(string feedURL)
Get the feed content from the cache, if missing a blank structure is returned. |
string
|
getcacheLocation()
The cache location (absolute path). |
string
|
getcachePrefix()
|
numeric
|
getCacheSize()
Returns the number of elements in the cache directory (only used for file caching). |
numeric
|
getcacheTimeout()
The cache timeout in minutes. |
string
|
getcacheType()
|
numeric
|
gethttpTimeout()
The http timeout in seconds. |
private string
|
getlockName()
|
boolean
|
getuseCache()
Whether using file cache or not. |
boolean
|
isFeedCached(string feedURL)
Checks if a feed is cached or not. |
boolean
|
isFeedExpired(string feedURL)
Checks if a feed has expired or not. |
struct
|
parseFeed(xml xmlDoc, [string itemsType='array'], [numeric maxItems='0'])
This parses a feed as a XML document and returns the results as a structure of elements. |
private query
|
readCacheDir([string filter='*'])
Read the cache directory using a filter. |
struct
|
readFeed(string feedURL, [string itemsType='array'], [numeric maxItems='0'])
Read a feed sourced from HTTP or from cache. |
boolean
|
removeCachedFeed(string feedURL)
Purges a feed from the cache, returns false if feed is not found. |
struct
|
retrieveFeed(string feedURL, [string itemsType='array'], [numeric maxItems='0'])
This method does a cfhttp call on the feed url and returns a universal parsed feed structure. |
void
|
setCachedFeed(string feedURL, any feedStruct)
Copy feed content into the cache. |
void
|
setcacheLocation(string cacheLocation)
The cache location (absolute path). |
void
|
setcachePrefix(string cachePrefix)
|
void
|
setcacheTimeout(numeric cacheTimeout)
Set the cache timeout in minutes. |
void
|
setcacheType(string cacheType)
|
void
|
sethttpTimeout(numeric httpTimeout)
Set the http timeout in seconds. |
private void
|
setlockName(string lockName)
|
void
|
setuseCache(boolean useCache)
Set whether to use file caching or not. |
private string
|
URLToCacheKey(string feedURL)
Convert a url to a cache key representation. |
| Methods inherited from class railo-context.Component |
|---|
| None |
| Constructor Detail |
|---|
Constructor
settings
cachebox
| Method Detail |
|---|
Creates a ColdBox user agent used in HTTP requests
Append Query1 into Query2
qryFrom
- Append Query1 into Query2qryTo
- Query2 will have all record from Query1feedURL
- The url to retrieve the feed from.If the feed exists and it has expired, it removes it other it does nothing
feedURL
- The url to check if its in the cacheFlushes the entire file cache by removing all the entries
Get the feed content from the cache, if missing a blank structure is returned. This method does NOT timeout or expire the feeds that is only done by the readFeed method.
feedURL
- The url to check if its in the cacheThe cache location (absolute path)
Returns the number of elements in the cache directory (only used for file caching)
The cache timeout in minutes
The http timeout in seconds
Whether using file cache or not
Checks if a feed is cached or not
feedURL
- The url to check if its in the cacheChecks if a feed has expired or not. If the feed does not exist an error will be thrown.
feedURL
- The url to check if its in the cacheThis parses a feed as a XML document and returns the results as a structure of elements
xmlDoc
- The XML document (saved as a ColdFusion object) to parse and normalizeitemsType
- The type of the items either query or array, array is used by defaultmaxItems
- The maximum number of entries to retrieve, default is display allRead the cache directory using a filter
filter
- The file filter to use if sent else * is defaultRead a feed sourced from HTTP or from cache. Return a universal structure representation of the feed.
feedURL
- The feed url to parse or retrieve from cacheitemsType
- The type of the items either query or array, array is used by defaultmaxItems
- The maximum number of entries to retrieve, default is display allPurges a feed from the cache, returns false if feed is not found
feedURL
- The url to purge from the cacheThis method does a cfhttp call on the feed url and returns a universal parsed feed structure. You can use this when you don't want to use the cache facilities.
feedURL
- The url to retrieve the feed from.itemsType
- The type of the items either query or array, array is defaultmaxItems
- The max number of entries to retrieve, default is allCopy feed content into the cache
feedURL
- The feed url to store in the cachefeedStruct
- The content of the feed to cacheThe cache location (absolute path)
cacheLocation
cachePrefix
Set the cache timeout in minutes
cacheTimeout
cacheType
Set the http timeout in seconds
httpTimeout
lockName
Set whether to use file caching or not
useCache
Convert a url to a cache key representation
feedURL
- The feed url to parse or retrieve from cache


The Future Proofing Trap
“We will encourage you to develop the three great virtues of a programmer: laziness, impatience, and hubris.” — Larry Wall
In this quote Larry Wall makes some great points about what it means to be a great programmer in a zen-like, toungue-in-cheek sort-of-way. Let’s look at one aspect of the Virtue of Laziness.
Every reasonable developer knows that he should write his code to be easily maintained. As part of that work, it’s natural for that developer to want to try to make his code as ready for future change as possible. Taking that desire a few steps further, he might want to write code that solves future needs in addition to the current requirements, so that that code doesn’t even need to be revisited. Unfortunately, that’s a common mistake that leads to a lot of wasted time and less maintainable code.
I’d like to propose a principle of software development that I’ve come to believe:
The most maintainable code is the simplest possible code that meets all the requirements.
This is almost a tautology because simple code is (by definition) easier to understand, so it’s easier to change/enhance/extend. Code that does more than what’s currently necessary is not as simple as it could be though, so it’s not as maintainable given the current requirements.
One might argue that code that does more than what’s necessary can meet future requirements without change, thereby proving itself to be more easily maintained (no maintenance required!), but all of that hinges upon the developer’s ability to consistently and accurately foresee future requirements. Otherwise that developer has:
- wasted time developing unnecessary functionality
- decreased the maintainability of the codebase
Even when everybody is pretty certain of the future requirements…
Now let’s consider the case where the developer is almost absolutely sure that the requirements will change a certain way, and so the code should be written to handle that scenario as well. Wouldn’t it be better to do that work now? No. It still takes more time and effort (at a time when we know its not necessary), and it’s still less maintainable code until those requirements change (in case other unrelated changes are required). On top of all that, there’s still risk that the requirements won’t change in the anticipated way!
Even when everyone is absolutely 100% certain of the future requirements…
Now let’s consider the case where everyone is 100% certain that the requirements will change in a specific way, and you can write your code to handle that way as well as the current way.  However, I’d still like to pose a question: how much more work is it to do the additional work later instead of now? Truthfully, the amount of effort is virtually identical regardless of whether you do it now or later. That means you can enjoy maintaining the simpler version until the time comes that it needs to be changed to meet new requirements.
This isn’t a new idea I’ve dreamt up: it’s the YAGNI principle, and it’s an essential part of Uncle Bob’s 3 Rules of TDD. It’s also a great way to avoid unnecessarily complex code.
(It’s important to note too that YAGNI doesn’t say to avoid making your work as futureproof as possble. YAGNI just says not to put extra code into making that possible. For example, if you create a class for a UI button that will be used to save some user data in a form, don’t call it “UserDataSaveButton” — just call it “Button”. It’s no extra work and the re-usability possibilities have increased dramatically.)
We’re not engineers building bridges; we don’t work with unchangeable steel and concrete, and we can accomodate changing requirements easily. It’s unrealistic and wasteful to guess that we know what future requirements will come, especially when the potential work saved in the long run is neglible.


I went on a couple almanac sites, looking for the weather the day I was born. Low of 53.1F, High of 63F
No rain that entire month, usually there's just over an inch of rain in October in Billings MT, falling on seven of the thirty-one days.
I recall from previous searches that Last Train To Clarksville was the number one song that week.
Useless trivia hmm?
My mom left my biological-father when I was 3yr old. We moved back to Billings from Helena MT the winter of 1969/70 during one of the worst recorded blizards in Montana history. I do recall that the back seat of the car mom drove was very very cold. One grandpa driving a pickup ahead of us, the other behind us, both loaded with everything we owned. A family heirloom rocking chair fell off but we couldn't stop because the snow was coming down so hard and so fast, we might not have gotten going again.


A application where users can create polls, vote on them and see results in a doughnut chart.
Web application that guides you through the job search process, contains a forum, an application tracker, a forum for questions and resources.
This project was created during CUNYCodes in Spring 2017.
An implementation of the classic memory game Simon. The device will play a pattern of blinking colors, your job is to match this pattern. The number of steps goes up by one after each level.
An unbeatable Tic Tac Toe game. Implemented using the Minimax algorithm, you can’t beat the machine, only tie or lose.
Web application that checks people’s sentiment on certain issues in the US (ie. Gun Control). The procedure is done by gathering data from Twitter, then passing it through HP Haven OnDemand sentiment analysis API and lastly this data is passed to Esri to be mapped into the choropleths.
This project was created in the AngelHack Brooklyn 2016 hackathon.
A fun little project to keep list of all my kendamas. This project has allowed me to explore all parts of the Web Development stack from the backend, using tools such as Flask and SqlAlchemy to the front end where I applied Jquery and Bootstrap.
I started Free Code Camp to brush up on the basics, so it’s only natural to do the rest of the projects.
Web application that creates a visual of the stages of a process. The process chosen was a news aggregator that collected articles from RSS feeds.


Scott Conarroe captures China’s transformative high-speed rail expansion in his book The Great Eastern
by Dave McGinnIn his new book, The Great Eastern, Canadian-born photographer Scott Conarroe looks at a massive expansion of high-speed rail in China and how it is changing the country. The expansion is likely to bring about massive social change in China, just as building the interstate highway system did in the United States, Conarroe says, although many of us in the West may not even know it’s happening. Conarroe, 45, who lives in Bern, spoke to The Globe and Mail about the project, why it intrigued him, and why rail is a compelling motif for him.
How did this project get started for you?
In 2008, I had an opportunity to go visit China. It was just after the Olympics. I stayed there for about a month and a half. The next year, I had another opportunity to go back, and then the following year it happened again. So I tried to come up with a project so that I could go back with a bit of intent. I had been working on a study of North America against the backdrop of its rail infrastructure and then I did a companion project to that about our coastline. So, I was doing these big geo-cultural projects and this one seemed painfully obvious.
What is it about these large-scale projects and their influence on social change that interest you?
I didn’t have any particular interest in them when I began. I was living in London, Ont., and in every single direction when we left the house we were surrounded by railway tracks. That sort of got the ball rolling. Rail is pretty fascinating. It’s the infrastructure that North America was developed on. There’s this storied past that I was aware of, but at the same time it wasn’t something I interacted with, and I felt like it was something I could explore.
What in particular interested you about this railway project in China?
It is ostensibly about China’s rail expansion, but in reality the project is about this moment in China’s history where they are transforming, and the railway is an easy motif to explore that.
There’s a sense of foreboding in so many of the images from The Great Eastern . You can sense the massive social change that the rail project will bring to the places you’ve shot. When you’re taking pictures, do you have an emotional goal in mind?
I suppose there is an emotional thing going on. I do have a consistent mood or ethos streaming through a lot of the projects I do. But I think of them as compositions more than as photographs or illustrations or documents. My starting point is I find a theme or topic that I’m interested in exploring, and that I think has relevance beyond my own interest.
Tell me about the rail project in China and how big it is.
It’s the second-largest infrastructure project in history, second only to the interstates in America. There are hundreds of thousands of kilometres of new track being laid. It’s meant to have a huge impact on Chinese culture. They have a handful of extremely prosperous cities and a special economic zone, and they have huge areas that are kind of living in a different century. It’s going to connect these prefecture cities and provinces to the more robust economies like Beijing, Shanghai and Shenzhen.
It’s amazing to me that this is such a large project in China and yet I’ve never heard of it until now.
We never hear about it. We hear about the new Silk Road. That’s the huge thing. And this other huge thing somehow gets lost in the wake of it.
Do you have favourite images from the project?
There’s one called “Sheaf Ladies, Jinzhai Anhui.” It’s got the raised track concrete viaduct coming out of the frame as many of the images do. And beneath there are a couple of women in red jackets and rice paddy hats.  It’s very evocative of some sort of old world cottage industry with the future looming over top.
Where does the title, The Great Eastern , come from?
I got it from this old CBC comedy show called The Great Eastern about a Newfoundland radio DJ. I wanted it to be a little bit dramatic, a little bit romantic and a little bit evocative of China. It works because it sounds like an old-timey railway, and it’s also a basic description of what China is doing right now. It’s reaching for its greatness.
This interview has been edited and condensed.
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