Package provided.demo Description
This package contains runnable demos for the project (executable JAR files) -- See the full package description for the demos' operating directions.
Note that the JAR files are not listed in the Javadocs. Please go to the actual
provided.demo
package in the codebase to find them.
See the directions below on how to run the demos.

Note that the JAR files do NOT contain any code for any tasks. All tasks are dynamically loaded, where
the demos assume that the desired ITask implementation classes all have a public static field
called FACTORY
that is am ITaskFactory instance that will instantiate that ITask implementation.
Some tasks in the provided code are pre-loaded for your convenience.
The demos are capable of loading and executing student-written tasks as well
if the task class contains a public static FACTORY field as described above.
The demos should be capable of inter-operating with any student-written client or engine solutions
and this can used for testing student solutions.
Student ITask implementations can be written separately from the student client or engine
solutions and tested with the demo client and engine (Note that the demo client requires that
an ITask be instantiatable by an ITaskFactory and that the ITaskFactory's make() method
needs no more than a single String parameter.)
How to Run the Demos:
Starting the demos:
- From inside of Eclipse:
- Select the desired launch (run) configuration file in the "demo" folder.
- Click the green "Run" icon in Eclipse tool bar.
- From a file browser:
- Browser to either the "demo" folder under the "provided" folder under
either the "src" or "bin" folders.
- Double-click the desired JAR file ("engine_demo.jar" or
"client_demo.jar") to run it.
- From the command line:
- Navigate to either the "demo" folder under the "provided" folder
under either the "src" or "bin" folders.
- Run the following command: java -jar jarname.jar
where "jarname.jar" is either "engine_demo.jar" or "client_demo.jar"
Start a client and an engine on the same or different computers.
Note that either client or engine could be a student solution.
Connecting the client to an engine:
- On the client, enter the IP address of the engine computer
(displayed on the engine GUI).
- Click the "Connect" button.
- Both the client and the engine will display messages from
the other as well as connection status messages.
Testing connectivity:
- From the client to the engine:
- On the client, type a message into the
"Send msg to remote host's view" text field and hit "Enter".
- The message should appear on the engine's GUI
plus be echoed on the client's GUI.
- From the engine to the client:
- On the client, type a message into the
"Send msg to remote client's view" text field and hit "Enter".
- The message should appear on the client's GUI plus be echoed
on the engine's GUI.
Executing Tasks
Adding new tasks:
- On the client, type in the fully-qualified classname of a desired
ITask implementation. The demo client assumes that the desired ITask class
has a public static field called "FACTORY" that is the singleton instance
of the ITaskFactory for that ITask implementation.
- Click the "Add to lists" button and the ITaskFactory will appear on the
two drop-lists.
Running a task:
- Select the desired task to run from the top drop list.
- Type in an appropriate parameter for constructing the task.
- Click the "Run Task" button.
- Task results will appear on both the client and engine GUI's.
The engine will display the raw task results.
The client will display the task results as formatted by the task's
ITaskResultFormatter object.
Combine tasks:
- Select the desired tasks from the top and bottom drop lists.
- Click the "Combine Tasks" button.
- The combined task will appear on the drop lists. Combined tasks are
true binary composite tasks where the composite ("MultiTask") and the
composees are all transmitted to the engine for execution as a single task.
When the MultiTask runs, it indicates when the individual composees are run.
Quitting the Demos
Both the client and the engine have "Quit" buttons that will
gracefully shut down their systems.
- Author:
- Stephen Wong


Waiting for container {{container.name}} to start...
Could not start container {{container.name}}.
An error occurred starting the debug pod.
{{containerState.terminated.message}}Exit code: {{containerState.terminated.exitCode}}
This temporary pod has a modified entrypoint command to debug a failing container. The pod
will be available for one hour and will be deleted when the terminal window is closed.


Create popup window
Create an anchor element by passing the target element, index of target element element name (which becomes the class) and element url
Append anchor font-awesome icon
get a list of active icons and build the anchor
Filter the configuration to get only the active icons
Merge default config with user config and return only one object config
Get configuration per section
Handle click event
Initialise creation of links
Recursivly merge two pbjects into one
Set user configurations
Generated using TypeDoc
Class constructor Builds default configurations and sets any custom configuration if the parameter is pass


CrimPapers
Articles published on 4 May 2019
On 4 May 2019, 10 new articles were published in 6 journals.
Organized Crime: A Very Short Introduction by Alex Chung
Prolonged Isolation As A Predictor of Mental Health For Waived Juveniles by Colby L. Valentine, Emily Restivo, Kathy Wright
Psychological Factors Influencing Religious Congregation Members’ Reporting of Alleged Sexual Abuse by Craig A. Harper, Colin Perkins, Debbie Johnson
How People Judge Policing by Krisztián Pósch, Jonathan Jackson, Ben Bradford
Pakistani Policewomen: Questioning the Role of Gender in Circumscribing Police Corruption by Sadaf Ahmad
Criminal Networks in A Digitised World: on the Nexus of Borderless Opportunities and Local Embeddedness
Assessing Intimate Partner Violence in South Asian Women Using the Index of Spouse Abuse by Lenore Fitzsimmons Soglin, Maya Ragavan, Supriya Immaneni, David F. Soglin
Predicting College Women’s Body-Esteem and Self-Esteem Based on Rape Experience, Recency, and Labeling by Suzanne L. Osman, Carolyne Paige Merwin
Maladaptive Daydreaming Is Associated With Intensified Psychosocial Problems Experienced By Female Survivors of Childhood Sexual Abuse by Hisham M. Abu-Rayya, Eli Somer, Hikmat Knane
Resilient Adult Daughters of Abused Women: Turning Pain Into Purpose by Kim M. Anderson, Christina Bernhardt


Gecode::Int::Element::IterIdx Class Reference
List of all members.
Detailed Description
Value iterator for indices in index-value map.
The iterator also removes marked index-value pairs.
Definition at line 62 of file int.icc.
Constructor & Destructor Documentation
| Gecode::Int::Element::IterIdx::IterIdx |
( |
void |
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) |
[inline] |
|
| Gecode::Int::Element::IterIdx::IterIdx |
( |
IdxValLink & |
|
) |
[inline] |
|
Member Function Documentation
| void Gecode::Int::Element::IterIdx::init |
( |
IdxValLink & |
|
) |
[inline] |
|
| bool Gecode::Int::Element::IterIdx::operator() |
( |
void |
|
) |
const [inline] |
|
| void Gecode::Int::Element::IterIdx::operator++ |
( |
void |
|
) |
[inline] |
|
| int Gecode::Int::Element::IterIdx::val |
( |
void |
|
) |
const [inline] |
|
The documentation for this class was generated from the following file:


Radan Skorić
It was a fine day and Radan was thinking about how to make the day even better.
Radan: I'll go grab lunch.
A wild sales person appears.
Sales person: Hey, quick question. What exactly happens when I edit the company and change its business type to Enterprise, I remember you guys saying you tied some logic to that.
Radan: Hm, yeah, I'm not sure, give me a moment, I'll check in the code.

Radan (20 minutes later): Here's a list of all side effects. I'm mostly sure that's it.
Radan leaves, questioning his life choices.
Business/Domain logic encodes the real world rules of your business domain.
Business logic that changes
the state of the system


{{ address.title }} {{ address.firstName }} {{ address.lastName }}
{{ address.streetName }} {{ address.streetNumber }}
{{ address.additionalStreetInfo }}
{{ address.postalCode }}, {{ address.city }} ({{ address.country }})
{{ address.contactInfo.phone }}
{{ address.contactInfo.email }}


{% extends 'houdini_admin/base.html' %} {% block content %}
This is a page where login is required.
If you're here, that means you're logged in!


Parkland commission urges boost in mental health funding
by Associated PressTALLAHASSEE, Fla. (AP) - A commission investigating the Parkland school shooting wants Florida lawmakers to boost funding for mental health services.
The commission is sending its second report to lawmakers, 10 months after an initial report urged immediate improvements to school safety following killings of 17 people at Marjorie Stoneman Douglas High School last year.
Lawmakers have already responded by enacting a package of school-safety measures, including raising the legal age for gun purchases, requiring armed security officers on every campus and adopting a “red flag” law.
The 389-page document released Friday advocates new laws that would allow authorities to act more quickly against threats of violence. It calls for more funding and better coordination of mental health services for children.
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Please read our comment policy before commenting.


Visit Graphite
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UC Recruit Dashboard


Good Agricultural Practices and Damage and Loss Assessment for the Comprehensive Management of Disaster Risk and Climate-Adapted Sustainable Agriculture in the Dry Corridor of Central America.
Goal
Determine if the work of the agricultural extension services are key in the search for development in the territories of Salvador and Guatemala; and from their learnings, recommendations for their potential replicability.
About the authors
Coordinator
Universidad Politécnica de Madrid - Technical University of Madrid
http://www.upm.es
Author
Research Assistant at Universidad Politécnica de Madrid
2nd year student in the Enabling Master's Degree in Agronomic Engineering at the Polytechnic University of Madrid


output
used for mathing money
Published: July 4, 2019
Last Updated: July 16, 2020
Note, the JavaScript for this demo does not fully function with IE11.
Expectation: should announce flattened text string and accessible name. Visible text should be accessible. Role should be announced either in live announcement, or when navigated to.


Our interface is familiar and intuitive. You can easily browse all of your medical data, and quickly see who created it, what type of information it is and when it was recieved.
Our interface is familiar and intuitive. You can easily browse all of your medical data, and quickly see who created it, what type of information it is and when it was recieved.
Our interface is familiar and intuitive. You can easily browse all of your medical data, and quickly see who created it, what type of information it is and when it was recieved.


Build SitePage
General
Navigation
Transition
Menu
Section
Brand Name
Brand Logo
Background Color
Navigation
Vertical
Horizontal
Vertical Align Middle
Auto Scrolling
Keyboard Navigation
Keep Same Url
Transition Speed
Transition Timing Function
It has to be from ease-in, ease-out, ease-in-out, cubic-bezier
Show Menu
Hamburger Close On Navigation
MenuId
Hamburger Line Color
Hamburger BackgroundColor
Active Session
Vertical Middle Align
Menu Title
Template Url
Template Id
Template Content
Background Color
Section CSS Classes


Floyd Mayweather says he's not returning to boxing for Manny Pacquiao rematch
- Floyd Mayweather has stated that he is done with boxing and will not be returning to professional fight
- This comes after the American was tipped for a rematch with Manny Packquiao in the ring
- But the 42-year-old explained that he is making more money in exhibitions than professional fight
Retired American boxer Floyd Mayweather has made it clear that he is not returning to the ring for a rematch with Manny Pacquiao.
Since he stopped Conor McGregor in the 10th round in 2017, Floyd Mayweather has not fought any professional fight.
There have been speculation that Floyd Mayweather could return to professional boxing two years after quitting.
But the 42-year-old has rubbished the claims saying that he is making more money than those who fights now in the ring.
PAY ATTENTION: Install Pitch Football App for FREE to get the latest football News & Scores
Deontay Wilder 'attacks' Anthony Joshua, makes stunning revelation about Ruiz ahead of Saudi rematch
"I've got calls to get back into the ring, but my health is my wealth.
"Boxing is a very, very brutal sport. In the last few years a lot of fighters have died inside that squared circle.
"You have got to know when to hang it up. I had a great career. I'll still travel and do exhibitions. I make great money doing exhibitions; between $10 and $30 million.
"I think I make more doing that than most fighters make fighting,'' Floyd Mayweather told Reuters.
Throughout all his professional fights, Floyd Mayweather was never defeated by any opponent.
Earlier, Legit.ng had reported how Serafim Todorov who is a 50-year-old Bulgarian amateur boxer emerged as the man who last defeated American boxing legend Floyd Mayweather before he turned to a professional.
Mayweather has an unblemished professional record (50-0) and no man has defeated him after turning pro.
Trevor Noah to make movie on the life of 8-year-old Nigerian chess genius Adewumi
Abu Azeez: Meet the only Nigerian rated among top 50 beach soccer players worldwide | Legit TV


Example Final Project Pitch
Elevator Pitch
Short, 1-3 sentences about the project and why it matters to you.
Casual Care Pool is a way for neighbors to find pet owners in their neighborhood to swap pet care with. I’m building it because I have a hard time finding good swaps for my two unruly pomeranians.
Technology
What tools/framework will you use
- CCP will be a mobile app so you can use it on the go and “friend” someone with their QR code if you meet IRL
- I will use React Native to build the UI
- the backend API will be PEN Postgres/Express/Node
MVP (Minimum Viable Product)
- User registration (you and your pet(s))
- Finding a pet owner in the DB
- Requesting a dog meet & greet
Additional Nice-to-Have Features
- Show nearby pets on a map (Google Maps API??)
- QR code friending
- Scheduling care, integrating with Google Calendar
- Karma points to encourage helping others
Technical Risks
What might go wrong? (and how you’ll adjust your plan if they do) - Minimum 2
- React Native might be too complicated
- In that case I will just build a response web app with regular React
- I run out of time on the owner & pet registration UI
- I will simplify and just have the dog register but with human contact info (only one table, limit to single dog)


{# Custom template for relations.html alabaster theme does not provide previous/next page by default #}


Erdos Numbers
问题描述 :
The Hungarian Paul Erdos (1913�1996, pronounced as “Ar-dish”) was not only one of the strangest mathematicians of the 20th century, he was also among the most famous ones. He kept on publishing widely circulated papers up to a very high age, and every mathematician having the honor of being a co-author to Erdos is well respected.Not everybody got a chance to co-author a paper with Erdos, so many people were content if they managed to publish a paper with somebody who had published a paper with Erdos. This gave rise to the so-called Erdos numbers. An author who has jointly published with Erdos had Erdos number 1. An author who had not published with Erdos but with somebody with Erdos number 1 obtained Erdos number 2, and so on. Today, nearly everybody wants to know what Erdos number he or she has. Your task is to write a program that computes Erdos numbers for a given set of scientists.
输入:
The input file contains a sequence of scenarios, each scenario consisting of a paper database and a list of names. A scenario begins with the line “p n”, where p and n are natural numbers with 1<=p<=32000;1<=n<=3000. Following this line are p lines containing descriptions of papers (this is the paper database). A paper is described by a line of the following form:LastName1, FirstName1, LastName2, Firstname2, . . . : TitleOfThePaper
The names and the title may contain any ASCII characters between 32 and 126 except commas and colons. There will always be exactly one space character following each comma. The first name may be abbreviated, but the same name will always be written in the same way. In particular, Erdos’ name is always written as “Erdos, P.”. (Umlauts like ‘¨o’,‘¨a’,. . . are simply written as ‘o’,‘a’, . . . .)
Example:
Smith, M.N., Martin, G., Erdos, P.: Newtonian forms of prime factors matrices.
After the p papers follow n lines each containing exactly one name in the same format as in the paper database.
The line ‘0 0’ terminates the input.
No name will consist of more than 40 characters. No line in the input file contains more than 250 characters. In each scenario there will be at most 10 000 different authors.
输出:
For every scenario first print the number of the scenario in the format shown in the sample output. Then print for every author name in the list of names their Erdos number based on the papers in the paper database of the scenario. The authors should be output in the order given in the input file. Authors that do not have any relation to Erdos via the papers have Erdos number infinity. Adhere to the format shown in the sample output.Print a blank line after each case.
样例输入:
2 2 Smith, M.N., Martin, G., Erdos, P.: Newtonian forms of prime factors matrices. Gardner, M., Martin, G.: Commuting Names Smith, M.N. Gardner, M. 0 0
样例输出:
Database #1 Smith, M.N.: 1 Gardner, M.: 2
题目就是找出和 erdos这个人合著书的关系。 第一合作是1 。 然后和第一合作的作者有关系的是2.。。
第一次用stl写了写。。虽然写的蛮恶心的
#include <iostream> #include <map> #include <memory.h> using namespace std; const int maxn = 10000; map<string,int> name; string Erdos = "Erdos, P."; int relation[maxn][maxn]; int mark[maxn]; int pr=0; int people=0; void build(string paper) { string tmp; int org=0; int rec[maxn]={0}; int prec=0; for(int i=0;i<paper.size();i++) { if(paper[i]==':')break; if(paper[i]=='.'&&paper[i+1]==',' || paper[i]=='.'&&paper[i+1]==':') { tmp = paper.substr(org,i-org+1); org = i+3; if(name.find(tmp)==name.end()) { name.insert(make_pair(tmp,pr++)); rec[prec++]=pr-1; people++; } else { int num = name.find(tmp)->second; rec[prec++]=num; } } } for(int i=0;i<prec;i++) { for(int j=0;j<prec;j++) { if(rec[i]==rec[j])continue; else relation[rec[i]][rec[j]]=relation[rec[j]][rec[i]]=1; } } return ; } void bfs() { int quee[maxn]={0}; int fr=0,ed=1; quee[fr] = name.find(Erdos)->second; mark[quee[fr]]=0; int vis[maxn]={0}; while(fr<ed) { for(int i=0;i<people;i++) { if(quee[fr]==i)continue; if(relation[quee[fr]][i]==1&&vis[i]==0) { mark[i]=mark[quee[fr]]+1; quee[ed++] = i; vis[i]=1; } } fr++; } } int main() { int tst,book,query; cin>>tst; int test=1; while(tst--) { cout<<"Scenario "<<test++<<endl; cin>>book>>query; cin.ignore(); for(int i=0;i<book;i++) { string paper; getline(cin,paper); build(paper); } bfs(); for(int i=0;i<query;i++) { string que; getline(cin,que); if(name.find(que)==name.end()) { cout<<que<<" infinity"<<endl; continue; } int qq = name.find(que)->second; if(mark[qq]==0) cout<<que<<" infinity"<<endl; else cout<<que<<" "<<mark[qq]<<endl; } name.clear(); for(int i=0;i<people;i++) { for(int j=0;j<people;j++) { relation[i][j]=0; } mark[i]=0; } pr=0; people=0; } }
看小说，小说才叫厉害
这个也是算法导论的习题
这个应该是最朴素的KMP实现
老实说，这种方法就是穷举，复杂度是2^n，之所以能够AC是应为题目的测试数据有问题，要么数据量很小，要么能够得到k == t，否则即使n = 30，也要很久才能得出结果，本人亲测
great!
第一题还有个解释：没说桌子有多大，可以假设桌子和硬币一样大，肯定是先手胜
正确
DFS方法的原理还是不太清楚啊
scanner改用StreamTokenizer就不超时了
样例输出和程序输出不吻合，修改一下样例输出吧。我用的是VC编译器，会提示我的i和j变量重复定义
题目需要求解的是最小值，而且没有考虑可能存在环
这个差别应该不会太大，或许编辑器就自动优化成内联函数了
这个还不错
这个.. 真没看出来
站长，你好！
你创办的的网站非常好，为我们学习算法练习编程提供了一个很好的平台，我想给你提个小建议，就是要能把每道题目的难度标出来就好了，这样我们学习起来会有一个循序渐进的过程！


In the beginning, Crusty
In 2015, at WWDC, Dave Abrahams gave what I believe is still the greatest Swift talk ever given, and certainly the most influential. ”Protocol-Oriented Programming in Swift,” or as it is more affectionately known, “The Crusty Talk.”
This is the talk that introduced the phrase “protocol oriented programming.” The first time I watched it, I took away just one key phrase:
Start with a protocol.
And so, dutifully, I started with a protocol. I made a UserProtocol and a DocumentProtocol and a ShapeProtocol and on and on, and then started implementing all those protocols with generic subclasses and eventually I found myself in a corner.
Protocol 'P' can only be used as a generic constraint because it has Self or associated type requirements
And then I started throwing things.
For a couple of years, I was rather annoyed at the phrase “protocol-oriented programming.” If by “protocol” you just mean “interface,” then Go is much more “protocol oriented” than Swift. But the more I’ve wrestled with this new paradigm, the more I realized that protocols are more than just interfaces, and POP isn’t deeply about the protocols anyway. It’s about the extensions. But “extension-oriented programming” would be an even worse name. And more than extensions, it’s really, deeply, about generic algorithms. And “algorithm-oriented programming,” well, aren’t we all?
Naming a paradigm is always fraught with trouble. Most modern “object-oriented” languages aren’t object-oriented at all. They’re class-oriented (vs Smalltalk and JavaScript). And most “functional programming” languages are mostly value-oriented (vs FP and point-free). But the point of the names is shorthand for concepts bigger than a word, so let’s not get too caught up on the “protocol” in protocol-oriented programming. The Holy Roman Empire was in no way holy, nor Roman, nor an empire. Discuss.
Beware quotes traveling sans context
The famous “start with a protocol” quote is actually the end of a longer paragraph:
For example, if you want to write a generalized sort or binary search…Don’t start with a class. Start with a protocol.
Or as Dave clarified on Twitter:
Use value types, then if you need polymorphism, make them conform to protocols. Avoid classes.
If you’re reaching for class inheritance, try a protocol and value type instead. That’s very different from “start with a protocol for every problem.” Ben Cohen covered this in much more detail in the WWDC 2018 talk Swift Generics (Expanded).
So notice that we considered a varied number of concrete types first. And now, we’re thinking about a kind of protocol that could join them all together. And, it’s important to think of things as this way around. To start with some concrete types, and then try and unify them with a protocol.
If you take away just one thing from this series, I want it to be this: Write concrete code first. Then work out the generics. Start with concrete types and clear use cases, and find the places that duplication happens. Then find abstractions. The power of protocol-oriented programming is that you don’t have to decide when you create a type exactly how it will be used. When you use class inheritance, you have to design your class hierarchy very early. But with protocols, you can wait until later.
When I most get into trouble with protocols is when I try to write code “as generically as possible.” That doesn’t really mean anything. Abstractions are choices, and when you make a choice to be flexible in one direction, you generally make it harder to be flexible in other directions. Without some clear use cases, you don’t know what abstractions make sense.
So today, I want to come to protocol-oriented programming fresh, with a focus on very every-day problems we face when developing iOS apps in Swift.
Setting the stage
Over the next several articles I’ll be developing a very common system, a general-purpose networking stack that can fetch data asynchronously and decode arbitrary types. You may have built a system like this yourself in Swift. You may have used a framework that does it. The point of this exercise isn’t really the end result (though I think it’s quite useful code), but the process. What questions should you ask, and when, and how do you know what good answers look like? And most importantly, how does this “protocol-oriented” thing guide us? How is it different than other approaches?
I expect that you’re somewhat familiar with Swift, and particularly that you understand the syntax of generic functions and types, and have at least seen an associatedtype
before. If you’re just getting started in Swift, maybe bookmark this series for later.
So to get started, I want to show a common starting point that never goes well for me. I’ve made this mistake many times, and I always find myself in a corner eventually. I see a lot of other people make this mistake, too.
// A network Request knows the URLRequest to fetch some data, and then can parse it.
// This will not go well.
protocol Request {
associatedtype Response
func parse(data: Data) throws -> Response
var urlRequest: URLRequest { get }
}
How do I know this won’t go well? I’ll discuss it much more in depth later, but Request is a protocol with associated type (PAT). Any time you create a PAT, you should ask yourself “will I ever want to put this in an Array?” If the answer is yes, you don’t want a PAT. Requests are certainly something you’d want to put in an Array. Lists of pending requests, lists of requests that need to be retried, request priority queues. There are lots of reasons to put a Request in an Array.
You might be tempted to look for a work-around, but don’t. Type-eraser? No. Generalized Existential?!?! …no… Even if you find some “work-around” to the problem at hand you’ll run into other walls very quickly (and I’ve seen that again and again). That “can only be used as a generic constraint” is telling you something important. This isn’t a problem with Swift. This just isn’t what PATs are for. There are other tools for this problem. In later articles I’ll explain why you don’t want these work-arounds, but the basic problem is starting with a protocol before we even know what algorithm we want to write.
So what does “know the algorithm” look like in practice?
Start concrete
A good way to find a generic algorithm is to start with several concrete algorithms, and then make a parameter out of what varies. In this case, I want to fetch several model types from an API and decode them. In order to start concretely, I’ll make some actual types.
struct User: Codable, Hashable {
let id: Int
let name: String
}
struct Document: Codable, Hashable {
let id: Int
let title: String
}
This may not be our final implementations, but they’re good enough to get started. They’re pretty similar, but not identical, and that’s good for the first concrete types. I’ll want to push the envelope a bit more later, but this is good enough for now.
I also want a client to manage my connection to the server. I’m marking classes “final” to remind you that there’s no class inheritance here. I’m not suggesting you need to include “final” on all your class definitions. It’s not usually necessary. I’m making it a reference type because the client might eventually have some shared state. For example, if a login step were required, I’d want all references to the client to be logged in together.
// A client that fetches things from the API
final class APIClient {
let baseURL = URL(string: "https://www.example.com")!
let session = URLSession.shared
// ... methods to come ...
}
And now I want the code to fetch and decode a User, as a method on APIClient.
func fetchUser(id: Int, completion: @escaping (Result<User, Error>) -> Void)
{
// Construct the URLRequest
let url = baseURL
.appendingPathComponent("user")
.appendingPathComponent("\(id)")
let urlRequest = URLRequest(url: url)
// Send it to the URLSession
let task = session.dataTask(with: urlRequest) { (data, _, error) in
if let error = error {
completion(.failure(error))
} else if let data = data {
let result = Result { try JSONDecoder().decode(Model.self, from: data) }
completion(result)
}
}
task.resume()
}
I’m sure many of you have written code kind of like this many times. Construct a URLRequest. Fetch it. Parse it. Pass it to the completion handler. Now, what does the code for fetchDocument
look like?
func fetchDocument(id: Int, completion: @escaping (Result<Document, Error>) -> Void) { // Construct the URLRequest let url = baseURL .appendingPathComponent("document") .appendingPathComponent("\(id)") let urlRequest = URLRequest(url: url) // Send it to the URLSession let task = session.dataTask(with: urlRequest) { (data, _, error) in if let error = error { completion(.failure(error)) } else if let data = data { let result = Result { try JSONDecoder().decode(Document.self, from: data) } completion(result) } } task.resume() }
Unsurprisingly, fetchDocument
is almost identical except for four changes: the function name, the type to pass to the closure, the URL path, and the type to decode. It’s so similar because I copied and pasted it. And when you find yourself copying and pasting, that’s where I know there’s probably some reusable code. So I extract that into a generic function:
func fetch<Model: Decodable>(_: Model.Type, id: Int,
completion: @escaping (Result<Model, Error>) -> Void)
{
...
}
Where should type parameters go?
Before going on, it’s worth exploring the signature. Notice that I pass the type of Model as a parameter. It doesn’t even need a name, because the value won’t be used. It’s just there to nail down the type parameter in the function’s parameters rather than in completion handler’s parameters. I’m mostly doing this to show a technique, and because fetch(2) { ... }
is a bit ambiguous to the reader (since all ID types are Int currently). Sometimes this makes sense, sometimes it doesn’t.
A good example where I think it makes a lot of sense is JSONDecoder’s decode
method. It’s called this way:
let value = try JSONDecoder().decode(Int.self, from: data)
It could have been designed this way instead:
let value: Int = try JSONDecoder().decode(data)
It would have even been a little shorter that way. But it forces the caller to add a type annotation on the variable, which is a little ugly, and unusual in Swift. If the only place the type parameter shows up is in the return value, I usually recommend passing it as a parameter. But in any case, try writing some code with it, and focus on making things clear at the call-site. 1
Making fetch
generic
Implementing fetch
is pretty straightforward, except for one small problem:
func fetch<Model>(_ model: Model.Type, id: Int, completion: @escaping (Result<Model, Error>) -> Void) where Model: Fetchable { // Construct the URLRequest let url = baseURL .appendingPathComponent("??? user | document ???") .appendingPathComponent("\(id)") let urlRequest = URLRequest(url: url) // Send it to the URLSession let task = session.dataTask(with: urlRequest) { (data, _, error) in if let error = error { completion(.failure(error)) } else if let data = data { let result = Result { try JSONDecoder().decode(Model.self, from: data) } completion(result) } } task.resume() }
There’s this string that’s either “user” or “document”. That’s something that this algorithm requires, but isn’t part of Decodable. So Decodable isn’t powerful enough to implement this. I need a new protocol.
// Something that can be fetched from the API
protocol Fetchable: Decodable {
static var apiBase: String { get }
}
I need a protocol that requires that the type be Decodable, and also requires that it provide this extra string, apiBase
. (See Protocols are nonconformists for more on the difference between “requires Decodable” and “is Decodable.”) With that, I can finish writing fetch
:
// Fetch any Fetchable type given an ID, and return it asynchronously
func fetch<Model>(_ model: Model.Type, id: Int,
completion: @escaping (Result<Model, Error>) -> Void)
where Model: Fetchable
{
let url = baseURL
.appendingPathComponent(Model.apiBase)
.appendingPathComponent("\(id)")
let urlRequest = URLRequest(url: url)
let task = session.dataTask(with: urlRequest) { (data, _, error) in
if let error = error { completion(.failure(error)) }
else if let data = data {
let result = Result { try JSONDecoder().decode(Model.self, from: data) }
completion(result)
}
}
task.resume()
}
Retroactive modeling
Now to use it, I need to make User and Document conform to Fetchable.
extension User: Fetchable {
static var apiBase: String { return "user" }
}
extension Document: Fetchable {
static var apiBase: String { return "document" }
}
These tiny extensions represent one of the most powerful, and easiest to overlook, aspects of protocol-oriented programming: retroactive modeling. It is quite non-obvious that I can take a type like User that wasn’t designed to be Fetchable, and make it Fetchable in an extension. And that extension doesn’t even have to be in the same module. That’s not something you can typically do with class inheritance. You need to choose a superclass when you define a type.
I can take any type I want and conform it to my own protocols to use it in new and more powerful ways that the original type creator may never have thought of. There’s no need to tie User to this one use case and this one API. That’s why this protocol is called Fetchable rather than something like Model. It isn’t a “model.” It’s “something that can be fetched” and it only provides the methods and properties that allow that. I’m not suggesting that you should create a protocol for every use case, just the opposite. Really good protocols are usable by many algorithms. But you want most uses of the protocol to need most of the requirements. If the protocol is just a copy of the type’s entire API, it’s not doing its job. I’ll talk about that more in later articles.
First checkpoint
I know this has been basic so far. I know many of you “know all this.” This article is a warm-up, and the point of the exercise is not what was built, but how it was built. I started with simple, concrete code, and extracted first a generic function, and then a simple (no associated type) protocol. This is exactly the opposite of starting with a Request PAT and then trying to figure out the callers. This was just the first step. This system is nowhere near as flexible and powerful as it could be, but already it’s meeting the goal I set at the beginning: “fetch a several model types from an API and decode them.”
Next time, I’ll push this example further, and start seeing what protocol oriented programming can really accomplish. Eventually I’ll even need a PAT!
(I don’t have comments on this site, but if you’re interested in any conversations about it, follow the thread on Twitter.)
-
A previous version of this post advocated for this approach much more strongly, but some questions on Twitter made me rethink this. ↩


| Interface | Description |
|---|---|
| IBytesConsumer |
Bytes consumer.
|
| IChunkFactory | |
| IImageLine |
General format-translated image line.
|
| IImageLineArray |
This interface is just for the sake of unifying some methods of
ImageLineHelper that can use both
ImageLineInt or ImageLineByte . |
| IImageLineFactory<T extends IImageLine> |
Image Line factory.
|
| IImageLineSet<T extends IImageLine> |
Set of
IImageLine elements. |
| IImageLineSetFactory<T extends IImageLine> |
Factory of
IImageLineSet , used by PngReader . |
| IPngWriterFactory |
| Class | Description |
|---|---|
| BufferedStreamFeeder |
Reads bytes from an input stream, and feeds a IBytesConsumer.
|
| ChunkReader |
Parses a PNG chunk, consuming bytes in one mode:
ChunkReader.ChunkReaderMode.BUFFER , ChunkReader.ChunkReaderMode.PROCESS ,
ChunkReader.ChunkReaderMode.SKIP . |
| ChunkSeqBuffering |
This loads the png as a plain sequence of chunks, buffering all
Useful to do things like insert or delete a ancilllary chunk.
|
| ChunkSeqReader |
Consumes a stream of bytes that consist of a series of PNG-like chunks.
|
| ChunkSeqReaderPng |
Adds to ChunkSeqReader the storing of PngChunk, with a PngFactory, and imageInfo + deinterlacer.
|
| ChunkSeqSkipping |
This simple reader skips all chunks contents and stores the chunkRaw in a list.
|
| DeflatedChunkReader |
Specialization of ChunkReader, for IDAT-like chunks.
|
| DeflatedChunksSet |
A set of IDAT-like chunks which, concatenated, form a zlib stream.
|
| Deinterlacer | |
| IDatChunkWriter |
Outputs a sequence of IDAT-like chunk, that is filled progressively until the max chunk length is reached (or until
flush())
|
| IdatSet |
This object process the concatenation of IDAT chunks.
|
| ImageInfo |
Simple immutable wrapper for basic image info.
|
| ImageLineByte |
Lightweight wrapper for an image scanline, used for read and write.
|
| ImageLineHelper |
Bunch of utility static methods to proces an image line at the pixel level.
|
| ImageLineInt |
Represents an image line, integer format (one integer by sample).
|
| ImageLineSetDefault<T extends IImageLine> |
Default implementation of
IImageLineSet . |
| PngHelperInternal |
Some utility static methods for internal use.
|
| PngReader |
Reads a PNG image (pixels and/or metadata) from a file or stream.
|
| PngReaderApng | |
| PngReaderByte |
Trivial extension of
PngReader that uses ImageLineByte |
| PngReaderFilter |
This class allows to use a simple PNG reader as an input filter, wrapping a ChunkSeqReaderPng in callback mode.
|
| PngReaderInt |
Trivial extension of
PngReader that uses ImageLineInt . |
| PngWriter |
Writes a PNG image, line by line.
|
| PngWriterHc |
Pngwriter with High compression EXPERIMENTAL
|
| Enum | Description |
|---|---|
| ChunkReader.ChunkReaderMode |
Modes of ChunkReader chunk processing.
|
| FilterType |
Internal PNG predictor filter type
Negative values are pseudo types, actually global strategies for writing, that (can) result on different real filters
for different rows
|
| Exception | Description |
|---|---|
| PngjBadCrcException |
Exception thrown by bad CRC check
|
| PngjException |
Generic exception for this library.
|
| PngjExceptionInternal |
Exception for anomalous internal problems (sort of asserts) that point to some issue with the library
|
| PngjInputException |
Exception thrown when reading a PNG.
|
| PngjOutputException |
Exception thrown by writing process
|
| PngjUnsupportedException |
Exception thrown because of some valid feature of PNG standard that this library does not support.
|
PNGJ main package
Users of this library should rarely need more than the public members of this package.
Newcomers: start with PngReader and PngWriter.
Example of use: this code reads a true colour PNG image (RGB8 or RGBA8) and reduces the red channel by half, increasing the green by 20. It copies all the "safe" metadata from the original image, and adds a textual metadata.
public static void convert(String origFilename, String destFilename) { // you can also use PngReader (esentially the same) or PngReaderByte PngReaderInt pngr = new PngReaderInt(new File(origFilename)); System.out.println(pngr.toString()); int channels = pngr.imgInfo.channels; if (channels < 3 || pngr.imgInfo.bitDepth != 8) throw new RuntimeException("For simplicity this supports only RGB8/RGBA8 images"); // writer with same image properties as original PngWriter pngw = new PngWriter(new File(destFilename), pngr.imgInfo, true); // instruct the writer to grab all ancillary chunks from the original pngw.copyChunksFrom(pngr.getChunksList(), ChunkCopyBehaviour.COPY_ALL_SAFE); // add a textual chunk to writer pngw.getMetadata().setText(PngChunkTextVar.KEY_Description, "Decreased red and increased green"); // also: while(pngr.hasMoreRows()) for (int row = 0; row < pngr.imgInfo.rows; row++) { ImageLineInt l1 = pngr.readRowInt(); // each element is a sample int[] scanline = l1.getScanline(); // to save typing for (int j = 0; j < pngr.imgInfo.cols; j++) { scanline[j * channels] /= 2; scanline[j * channels + 1] = ImageLineHelper.clampTo_0_255(scanline[j * channels + 1] + 20); } pngw.writeRow(l1); } pngr.end(); // it's recommended to end the reader first, in case there are trailing chunks to read pngw.end(); }For more examples, see the tests and samples.
Copyright © 2014. All rights reserved.


Christian Lentzkow
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{% extends "base.html" %} {% block app_content %}
The following is a list of all pieces (and their sonata movements) that have been analyzed:


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Herein lies a form.
Title:
Show:
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Year:
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GSETTINGS-DATA-CON(1) User Commands GSETTINGS-DATA-CON(1) NAME gsettings-data-convert - GConf to GSettings data migration SYNOPSIS gsettings-data-convert [option...] DESCRIPTION gsettings-data-convert reads values out of the users GConf database and stores them in GSettings. The information about the mapping from GConf keys to GSettings keys is taken from files in /usr/share/GConf/gsettings. Each file in that directory is read as a key file, with sections for each GSettings schema that is being converted. The entries in each section map GSettings keys to paths in the GConf database. Currently, gsettings-data-convert supports all basic GConf types as well as lists of strings and lists of integers. A simple example might look like this: [org.gnome.fonts] antialiasing = /desktop/gnome/font_rendering/antialiasing dpi = /desktop/gnome/font_rendering/dpi hinting = /desktop/gnome/font_rendering/hinting rgba_order = /desktop/gnome/font_rendering/rgba_order If the GSettings schema does not have a fixed path, you must specify the path in the group name, separated by a colon character: [org.gnome.fonts:/desktop/gnome/font-rendering/] gsettings-data-convert keeps a list of the key files it has already converted, so it is safe to run it repeatedly to handle newly appeared key files. The expected use of this utility is to make each application install a key file for the GConf keys that it wants to be migrated, and run gsettings-data-convert every time a user logs in. Options -h, --help Print help and exit --dry-run Do not make any changes, just report what would be done --verbose Show verbose messages SEE ALSO gsettings-schema-convert(1) is a related command that helps with the conversion of schemas from GConf to GSettings. User Commands 03/08/2012 GSETTINGS-DATA-CON(1)


--- layout: post title: "Unit testing is fine" description: "Unit testing considered harmful? I think not." date: 2020-08-17 5:29 UTC tags: [Unit Testing] image: "/content/binary/truth-tree-open-all-unit-tests-bad.png" image_alt: "Truth tree that disproves the sequent about all unit tests being bad." --- {% include JB/setup %}
{{ page.description }}
Once in a while, some article, video, or podcast makes the rounds on social media, arguing that unit testing is bad, overrated, harmful, or the like. I'm not going to link to any specific resources, because this post isn't an attack on any particular piece of work. Many of these are sophisticated, thoughtful, and make good points, but still arrive at the wrong conclusion.
The line of reasoning tends to be to show examples of bad unit tests and conclude that, based on the examples, unit tests are bad.
The power of examples is great, but clearly, this is a logical fallacy.
In case it isn't clear that the argument is invalid, I'll demonstrate it using the techniques I've learned from Howard Pospesel's introduction to predicate logic.
We can begin by symbolising the natural-language arguments into well-formed formulas. I'll keep this as simple as possible:
∃xBx ⊢ ∀xBx (Domain: unit tests; Bx = x is bad)
Basically, Bx
states that x
is bad, where x
is a unit test. ∃xBx
is a statement that there exists a unit test x
for which x
is bad; i.e. bad unit tests exist. The statement ∀xBx
claims that for all unit tests x
, x
is bad; i.e. all unit tests are bad. The turnstile symbol ⊢
in the middle indicates that the antecedent on the left proves the consequent to the right.
Translated back to natural language, the claim is this: Because bad unit tests exist, all unit tests are bad.
You can trivially prove this sequent invalid.
One way to prove the sequent invalid is to use a truth tree:
Briefly, the way this works is that the statements on the left-hand side represent truth, while the ones to the right are false. By placing the antecedent on the left, but the consequent on the right, you're basically assuming the sequent to be wrong. This is is also the way you prove correct sequents true; if the conclusion is assumed false, a logical truth should lead to a contradiction. If it doesn't, the sequent is invalid. That's what happens here.
The tree remains open, which means that the original sequent is invalid. It's a logical fallacy.
You probably already knew that. All it takes to counter a universal assertion such as all unit tests are bad is to produce a counter example. One is sufficient, because if just a single good unit test exists, it can't be true that all are bad.
Most of the think pieces that argue that unit testing is bad do so by showing examples of bad unit tests. These tests typically involve lots of mocks and stubs; they tend to test the interaction between internal components instead of the components themselves, or the system as a whole. I agree that this often leads to fragile tests.
While I still spend my testing energy according to the Test Pyramid, I don't write unit tests like that. I rarely use dynamic mock libraries. Instead, I push impure actions to the boundary of the system and write most of the application code as pure functions, which are intrinsically testable. No test-induced damage there.
I follow up with boundary tests that demonstrate that the functions are integrated into a working system. That's just another layer in the Test Pyramid, but smaller. You don't need that many integration tests when you have a foundation of good unit tests.
While I'm currently working on a larger body of work that showcases this approach, this blog already has examples of this.
You often hear or see the claim that unit tests are bad. The supporting argument is that a particular (popular, I admit) style of unit testing is bad.
If the person making this claim only knows of that single style of unit testing, it's natural to jump to the conclusion that all unit testing must be bad.
That's not the case. I write most of my unit tests in a style dissimilar from the interaction-heavy, mocks-and-stubs-based style that most people use. These test have a low maintenance burden and don't cause test-induced damage.
Unit testing is fine.


{% extends 'global/base.html' %} {% load i18n rev static %} {% block head %} {{ wizard.form.media }} {% endblock %} {% block extra_js %} {% endblock %} {% block content %}
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{% trans "What motivated or inspired you to do it? What is your goal in organizing an event?" %}
{% trans "Check boxes next to all the things that describe you" %}
{% trans "If you helped organize a different workshop or event before, or are involved in your local community, we’d love to hear about it!" %}


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To Do List
- Practice Flexbox
- Improve Portfolio
- Practice more animations
- medium open source platform
- Objects
- https://www.w3schools.com/js/js_object_accessors.asp
- getters and setters
- Bens vid on classes watch from - 40:00
- Revise Destructuring assignment https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Operators/Destructuring_assignment
- How to use Object Destructuring https://dmitripavlutin.com/javascript-object-destructuring/
- Node Js https://nodejs.org/en/docs/
- Look Into What React is
- Check out what the spread operator is <...>
- os and fs CORE MODULES
- Continue watching Ben's vid on NPM Intro from 1:22 - files are in this directory [/home/phil/codenation_master_course/practice/introducing-NPM-Node]
- High Order Functions
- Asyncronous JavaScript
- promises
- Async/await
- require
- NPM
- Node JS
- medium
- ...rest
- Hoisting
- Watch Leons vid on React Tue 24 length 82 from 55:00 (you watched the other and made another project on SSD titled [website-clone]
- Watch Leons video on API fetch-app code along from 1:17:00 (code is on GitHub as [fetch-app] button working and fetching required data
- Publish to do list challenge created using React and publish finised calculator challenge - plus finish 2 other calculator challenge apps
- Research [useEffect] / [componentDidMount / componentDidUpdate] function / class component comparison


Duration: September 2016
Team: Ashwath Anand, Sean Leach
My role: creative technologist- hardware, backend and a little bit of front end
Tech stack: Arduino (esp8266), socket.io, mqtt, node.js and express
Hammock is a simple chrome extension which shows if communal things in a shared space are being used or not. Every time a new tab is opened, the user can see his/her Hammock dashboard. Simply scroll left and right to go to see all the different devices and scroll up and down to go to different floors.
If the user can see the icon for a connected communal object, it is available for use. If the icon is missing, the user has to wait for it to become free again. Soooo many trips to the bathroom saved right?
Prototypes to show the availability of a restroom, couch, hammock and worskhop.
Webapp screen recording
A peak behind the scenes
Copyright 2017 Ashwath Anand


Christopher James Abshire
Unafffiliated
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I have run our paper's internal COVID numbers during the pandemic and often work through problems, as an editor, with large groups of people. That requires a lot of talking through issues together, seeing where common ground exists and how we can move forward there. I also am committed to being driven by the will of the people, not a personal agenda, in shaping how I use provided information. I will not be driven by partisanship to reach a consensus with my fellow Coloradans.
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|
C++ Actor Framework 0.19
|
Consumes text and binary messages from the lower layer. More...
#include <upper_layer.hpp>
Public Member Functions | |
| virtual ptrdiff_t | consume_binary (byte_span buf)=0 |
| virtual ptrdiff_t | consume_text (std::string_view buf)=0 |
| virtual error | start (lower_layer *down)=0 |
| Public Member Functions inherited from caf::net::generic_upper_layer | |
| virtual void | prepare_send ()=0 |
| Gives the upper layer an opportunity to add additional data to the output buffer. | |
| virtual bool | done_sending ()=0 |
| Queries whether all pending data has been sent. | |
| virtual void | abort (const error &reason)=0 |
| Called by the lower layer for cleaning up any state in case of an error or when disposed. | |
Consumes text and binary messages from the lower layer.


This task runs tests from the cfcUnit Testing framework via the Apache Ant build tool. The latest version of the framework can be downloaded from its site. This task will not work with a version of cfcUnit prior to version 1.1. To find out more about using Ant, read its online manual.
The cfcUnit Ant task is an extension to the Apache Ant build tool, and is distributed with the rest of the cfcUnit framework as a single library file, '/cfcunit/lib/ant-cfcunit.jar'. To use this task in your Ant build file (build.xml) you must first tell Ant where to find its library file. This is done using the <taskdef> element.
build.xml: ...
<taskdef resource="org/cfcunit/ant/antlib.xml">
<classpath>
<pathelement location="lib/ant-cfcunit.jar"/>
</classpath>
<taskdef>
...
| Attribute | Description | Required |
|---|---|---|
| verbose | Display more information about each test failures and errors. | No; default is false |
| showstacktrace | Show full stacktrace for each test case that encounters an error. This is only relevant if verbose is set to true. | No; default is false |
| haltonfailure | Stop the build process if a test fails (errors are considered failures as well). | No; default is false |
| haltonerror | Stop the build process if an error occurs during the test run. | No; default is false |
Defines the remote test service endpoint.
| Attribute | Description | Required |
|---|---|---|
| hostname | Host name of test server. | Yes (If endpoint not specified.) |
| port | Port of the test server. | No; default is 80 |
| contextroot | Context root for the runner's ColdFusion application. | No; default is "/" |
| secure | Determine whether to use a secure connection over HTTPS or just HTTP. | No; default is false |
| endpoint | Allows the user to override the endpoint that is generated using the other attributes for this element. If set, all other attributes are ignored. | No |
Defineds a single test class.
| Attribute | Description | Required |
|---|---|---|
| name | Name of the test class. | Yes |
| args | String that contains parameters to be passed into the specified test. | No |
| format |
Format of the string specified in the args attribute. Possible
values include: "none", "simple", and "json". This is ignored if args
is not specified. |
No; default is "simple". |
<cfcunit> <service hostname="localhost"/> <testclass name="samples.tests.AllTests"/> </cfcunit>
Runs the tests contained in test suite samples.tests.AllTests. Displays the total number of tests run, number of failures, and number of errors. Here a sample of the generated output: [cfcunit] Running : samples.tests.AllTests [cfcunit] Tests Run : 118 [cfcunit] Failures : 3 [cfcunit] Errors : 0
<cfcunit> <service endpoint="http://localhost/cfcunit/XmlService.cfm"/> <testclass name="samples.tests.AllTests"/> </cfcunit>
This is the same as above, except the remote endpoint has been explicitly declared: [cfcunit] Running : samples.tests.AllTests [cfcunit] Tests Run : 118 [cfcunit] Failures : 3 [cfcunit] Errors : 0
<cfcunit verbose="true"/> <service hostname="localhost"/> <testclass name="samples.tests.AllTests"/> </cfcunit>
Similar output as above, but for each error or failure a line is printed with the failure or error message. [cfcunit] URL: http://localhost/cfcunit/XmlService.cfm?testclassname=samples.tests.AllTests [cfcunit] Running : samples.tests.AllTests [cfcunit] Tests Run : 118 [cfcunit] Failures : 3 [cfcunit] Errors : 1 [cfcunit] [cfcunit] FAILURES: [cfcunit] samples.tests.UserTest(testMakeForumModerator): This is a failure. [cfcunit] samples.tests.UserTest(testRemoveModeratorRoleCollaborator): Another failure. [cfcunit] samples.tests.TopicTest(testObjectEquality): Can't you get anything right? [cfcunit] [cfcunit] ERRORS: [cfcunit] samples.tests.AuthorRoleTest(testDefaultConstructor): Application: This is another error
<cfcunit verbose="true" showstacktrace="true"> <service hostname="localhost"/> <testclass name="samples.tests.AllTests"/> </cfcunit>
This output adds a stacktrace for each test error. [cfcunit] URL: http://localhost/cfcunit/XmlService.cfm?testclassname=samples.tests.AllTests [cfcunit] Running : samples.tests.AllTests [cfcunit] Tests Run : 118 [cfcunit] Failures : 0 [cfcunit] Errors : 1 [cfcunit] [cfcunit] ERRORS: [cfcunit] samples.tests.AuthorRoleTest(testDefaultConstructor): Application: This is another error [cfcunit] 1. C:\Home\Sites\projects\samples\tests\AuthorRoleTest.cfc::testdefaultconstructor(8) [cfcunit] 2. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestCase.cfc::runtest(137) [cfcunit] 3. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestCase.cfc::runbare(114) [cfcunit] 4. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestResult\$run.cfc::protect(6) [cfcunit] 5. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestResult.cfc::runprotected(171) [cfcunit] 6. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestResult.cfc::run(159) [cfcunit] 7. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestCase.cfc::run(167) [cfcunit] 8. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestSuite.cfc::runtest(360) [cfcunit] 9. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestSuite.cfc::run(350) [cfcunit] 10. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestSuite.cfc::runtest(360) [cfcunit] 11. C:\Home\Sites\projects\wwwroot\org\cfcunit\framework\TestSuite.cfc::run(350) [cfcunit] 12. C:\Home\Sites\projects\wwwroot\org\cfcunit\service\TestRunner.cfc::dorun(78) [cfcunit] 13. C:\Home\Sites\projects\wwwroot\org\cfcunit\service\TestRunner.cfc::start(192) [cfcunit] 14. C:\Home\Sites\projects\wwwroot\org\cfcunit\service\TestRunner.cfc::execute(91) [cfcunit] 15. C:\Home\Sites\projects\wwwroot\cfcunit\service\TestingService.cfc::runtest(65) [cfcunit] 16. C:\Home\Sites\projects\wwwroot\cfcunit\XmlService.cfm(10)


? ∟
System NCBI GTDB
Curation Choose from original (OFF) or tax2tree-curated taxonomy (ON).
Tip labels -- select a rank --
Node labels -- select a rank --
Preset scheme
Tip color
Node color
Upload data Upload a tab-delimited file with first column as genome/node IDs. Browse...
Collapse by Collapse clades at selected rank into triangles, where the long and short edges represent the longest and shortest tips. -- select a rank --
Quick tips
Export target Identifiers Download links URLs to genome data at NCBI FTP server, which can be batch-downloaded using this script. Subtree
Download target -- select an option -- Genome sequences Genome annotations (GenBank) Genome annotations (GFF3) Protein sequences Protein annotations (GenPept) RNA sequences CDS sequences Feature tables Feature counts
Export


A magical menu
This example has some sample text with placeholder links around the popup button/menu example to demonstrate how tab order and screen reader navigation work when focus is lost.
The cat (Felis catus) is a domestic species of small carnivorous mammal. It is the only domesticated species in the family Felidae and is often referred to as the domestic cat to distinguish it from the wild members of the family. A cat can either be a house cat, a farm cat or a feral cat; the latter ranges freely and avoids human contact.
Domestic cats are valued by humans for companionship and their ability to hunt rodents. About 60 cat breeds are recognized by various cat registries.


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Harris has 24 points, leads Nevada to 80-73 win over UTA
RENO, Nev. (AP) - Jalen Harris had 24 points and nine rebounds as Nevada held off Texas-Arlington for an 80-73 win on Tuesday night in the first meeting between the schools.
Jazz Johnson had 16 points and Nisre Zousoua came off the bench to score a career-high 16. Harris was 11 of 14 at the free throw line.
The Wolf Pack (2-1) took a 38-35 lead into the break but quickly surrendered that when Jabari Narcis drained consecutive 3-pointers to go out front 41-40. Lindsey Drew answered with a driving layup to give Nevada a 44-43 lead at the 15:37 mark. K.J. Hymes followed with a dunk for a 46-43 advantage. The Wolf Pack led the rest of the way.
Radshad Davis had 14 points to go with nine rebounds to lead UTA (2-1). Sam Griffin had 13 points and David Azore added 12.
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 A lot of time is spent working on things that are not the main repository. This repository will help get kickstarted with documentation, unit tests, benchmarks, licenses, code of conducts, contribution guidelines, linting, code transpiling, code wrangling, code coverage, patronage, and Node.js & Browswer Support.
Scripts
The following is a list of scripts that can be used to manipulate different components of a library.
npm run docs
: Creates (or updates) aDOCUMENTATION.md
file in the root of your repository usingJSDoc
and generates.html
files in thedoc/
folder which hold a website version ofDOCUMENTATION.md
npm run docs:markdown
Creates (or updates) aDOCUMENTATION.md
file in the root of your repository usingJSDoc
npm run docs:html
Generates.html
files in thedoc/
folder which hold a website version ofDOCUMENTATION.md
npm test
Runs units tests in terminal (CLI) & in your default browser - typically throughhttps://localhost:8080/
npm run test:node
Runs units tests in terminal (CLI)npm run test:browser
Runs units tests in your default browser - typically throughhttps://localhost:8080/
File Structure
.
|__ README.md
|__ DOCUMENTATION.md
|__ CODE_OF_CONDUCT.md
|__ CONTRIBUTING.md
|__ LICENSE
|__ package.json
|__ .gitignore
|__ docs/
|__ tests/
|__ scripts/
|__ src/


About Datostada
It is a free international meeting for society, academia, government and industry, about the role of data in several high-impact topics, and how people can take advantage from it, in order to prosecute and disrupt the scientific and technological potential in the southeast of the country and the neighboring regions.
Where?
Parque Científico Tecnológico de Yucatán, Mérida, YUC
When?
Thursday to Saturday
12-14 March
Confirmed Speakers
There are more to be announced!
Benjamín Sánchez-Lengeling
Google Research
Alejandro Noriega-Campero
MIT Media Lab
Gustavo Hernández-Ábrego
Google Research
Andrés Muñoz
Google Research
Venue
Just half an hour away from Mérida, we will cover transportation for attendees!
Parque Científico Tecnológico de Yucatán, Mérida, YUC
Yucatán is on the verge of becoming, as well as a center of cultural and natural tourism, a place of scientific formation with technology at the forefront. The Scientific Technology Park of Yucatan is a conceived center for the promotion of science and the development of environmental technologies and alternative energies. It currently houses renowned academic institutions including the National Autonomous University of Mexico (UNAM), the Center for Research in Mathematics (CIMAT) and the Center for Research and Advanced Studies of the National Polytechnic Institute (CINVESTAV), as well as high level laboratories and businesses related to tech development.
Schedule
Coming soon!


Go to Pane1
Slide to Pane1
Swipe me to the left until Pane 3 is displayed, then click the Go to Pane1 button and check that everything is ok (including the page indicator value). Then do the same using the Slide to Pane1 button.
Pane 2
Pane 3


Arya Kshatriya Yuva Samithi (AKYS) is an Association of ARYA KSHATIRYA YOUTH who formed together for Welfare and Development of ARYA KSHATRIYA COMMUNITY! It’s a state wide common platform for ARYA KSHATRIYA/ ARE / AREVALLU to share their ideas and do service for the development of the community and society.
Moto: To guide the youth regarding Education, Employment. And to develop oneness among the community by conducting various events.
Core Objectives:To guide our community youth regarding Educational Opportunities. Will make aware of various educational fields and its future aspects
To guide our Community people in the Getting Employment. Will inform about various employment and business opportunities’ available in the market as per their qualifications and experience.
To build an active support system between our community youth and other state wide registered community wings. It’s a platform to pass all necessary information of our community and to share your young views for our development. It’s a bridge between key people in our community and younger generation. "AKYS" is a hand on hand Supportive chain System to "UNITE OUR COMMUNITY" by bringing all under one Umbrella for overall development of the community in every aspects.
Finally,AKYS will work on Education, Employement, Enlightement, Eentertainments and Events


All Classes
Class
Description
Exception for the ambiguous method resolution when there are at least two matching methods.
Class defining an asymmetric method comparator using the lexicographic distance comparison to compare two multimethods.
Exception for bad non-virtual parameters when inserting a new method.
Exception for bad number of virtual parameters when adding a new method.
Exception for bad return type when inserting a new method.
Class defining a bounded linked hash map used to create default bounded caches.
Helper class to create a bounded or unbounded cache.
The class holds the method handle and reflective method for the cache.
Class definition for declaring the existence of the class Cases.
Class representing a class tuple by encapsulating an array of
Class
.Empty map class used by the
PredicateMethod1
and other predicate multimethods that cannot use a cache.Base exception class for the EVL library.
Class defining an invokable method for the EVL library as the extension of a
MethodHandle
with the caller object, the class tuple of "virtual" arguments and some additional data.Class providing a comparator for the lexicographic distance.
Class defining a multimethod of dimension 1 where there is 1 "virtual" parameter.
Class defining a multimethod of dimension 2 where there are 2 "virtual" parameters.
Class defining a multimethod of dimension 3 where there are 3 "virtual" parameters.
Class defining a multimethod of dimension 4 where there are 4 "virtual" parameters.
Class defining a multimethod of dimension 5 where there are 5 "virtual" parameters.
Class defining a multimethod of dimension 6 where there are 6 "virtual" parameters.
Class defining a multimethod of dimension 7 where there are 7 "virtual" parameters.
Class providing a base class for the method comparators.
Class defining a method item used by the search algorithm of the matching method.
Exception for methods for which it is not possible to obtain the method handle.
Main class of the EVL library providing an abstract multimethod with a dimension which represents the number of "virtual" parameters.
Exception when there is no matching method available in the multimethod.
Class defining a predicate for the predicate multimethods.
Class defining an invocation exception for the
Predicate
class.Class defining a method comparator for the predicate multimethods using
Predicate
data objects.Class defining a predicate multimethod of dimension 1.
Class defining a predicate multimethod of dimension 2.
Class defining a predicate multimethod of dimension 3.
Class defining a predicate multimethod of dimension 4.
Class defining a priority used for make non ambiguous calls.
Class providing a comparator for the product distance.
Class defining a switch multimethod.
Class defining a symmetric method comparator using the product distance comparison to compare two multimethods.
Unexpected exception class.


(defmethod cache-create-object (object (cache standard-cache))
;; This is called by a before method on SHARED-INITIALIZE and
;; by MAKE-PERSISTENT-DATA.
(let ((id (new-object-id (object-table (heap cache)))))
;; Add to dirty objects.
(transaction-touch-object (current-transaction) object id)
id))
Source Context


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arcgis.geoanalytics.manage_data module¶
These tools are used for the day-to-day management of geographic and tabular data.
copy_to_data_store copies data to your ArcGIS Data Store and creates a layer in your web GIS.
append_data¶
-
manage_data.
append_data
(append_layer, field_mapping=None, gis=None)¶ Only available at ArcGIS Enterprise 10.6.1 and later.
The Append Data task appends tabular, point, line, or polygon data to an existing layer. The input layer must be a hosted feature layer. The tool will add the appended data as rows to the input layer. No new output layer is created.
Argument
Description
input_layer
required FeatureLayer , The table, point, line or polygon features.
append_layer
required FeatureLayer. The table, point, line, or polygon features to be appended to the input_layer. To append geometry, the append_layer must have the same geometry type as the input_layer. If the geometry types are not the same, the append_layer geometry will be removed and all other matching fields will be appended. The geometry of the input_layer will always be maintained.
field_mapping
Defines how the fields in append_layer are appended to the input_layer.
The following are set by default:
All append_layer fields that match input_layer schema will be appended.
Fields that exist in the input_layer and not in the append_layer will be appended with null values.
Fields that exist in the append_layer and not in the input_layer will not be appended.
Optionally choose how input_layer fields will be appended from the following:
AppendField - Matches the input_layer field with an append_layer field of a different name. Field types must match.
Expression - Calculates values for the resulting field. Values are calculated using Arcade expressions. To assign null values, use ‘null’.
gis
optional GIS, the GIS on which this tool runs. If not specified, the active GIS is used.
- Returns
boolean
calculate_fields¶
-
manage_data.
calculate_fields
(field_name, data_type, expression, track_aware=False, track_fields=None, time_boundary_split=None, time_split_unit=None, time_reference=None, output_name=None, gis=None)¶ The Calculate Field task works with a layer to create and populate a new field. The output is a new feature layer, that is the same as the input features, with the additional field added.
- Returns
Feature Layer
clip_layer¶
..automethod:: arcgis.geoanalytics.manage_data.clip_layer
copy_to_data_store¶
-
manage_data.
copy_to_data_store
(output_name: str = None, gis=None)¶ Copies an input feature layer or table to an ArcGIS Data Store and creates a layer in your web GIS.
For example
Copy a collection of .csv files in a big data file share to the spatiotemporal data store for visualization.
Copy the features in the current map extent that are stored in the spatiotemporal data store to the relational data store.
This tool will take an input layer and copy it to a data store. Data will be copied to the ArcGIS Data Store and will be stored in your relational or spatiotemporal data store.
For example, you could copy features that are stored in a big data file share to a relational data store and specify that only features within the current map extent will be copied. This would create a hosted feature service with only those features that were within the specified map extent.
Parameters:
input_layer: Input Layer (feature layer). Required parameter.
output_name: Output Layer Name (str). Required parameter.
gis: Optional, the GIS on which this tool runs. If not specified, the active GIS is used.
- Returns:
output - Output Layer as a feature layer collection item
describe_data¶
-
manage_data.
describe_data
(extent_output=False, sample_size=None, output_name=None, gis=None)¶ The Describe Dataset task provides an overview of your big data. The tool outputs a JSON detailing the input layer’s geometry and time settings, schema, and summary statistics for each field. Optionally, the tool can output two types of descriptive feature layers: a feature layer representing a sample of your input features, and a single polygon feature layer that represents the extent of the input features. You can choose to output one or both.
Usage Notes:
Only available at ArcGIS Enterprise 10.7 and later.
Argument
Description
input_layer
required FeatureLayer. The point, line or polygon features.
extent_output
Optional Boolean. The task will output a single rectangle feature representing the extent of the input_layer if this value is set to true. The default is False.
sample_size
Optional integer. The task will output a feature layer representing a sample of features from the input_layer. Specify the number of sample features to return. If the input value is 0 or empty then no sample layer will be created. The output will have the same schema, geometry, and time type as the input layer. The default is None.
output_name
optional string. The task will create a feature service of the results. You define the name of the service.
gis
optional GIS. The GIS object where the analysis will take place.
- Returns
FeatureLayer
dissolve_boundaries¶
-
manage_data.
dissolve_boundaries
(dissolve_fields=None, summary_fields=None, multipart=False, output_name=None, gis=None)¶ The Dissolve Boundaries task finds polygons that intersect or have the same field values and merges them together to form a single polygon.
Examples:
A city council wants to control liquor sales by refusing new licenses to stores within 1,000 feet of schools, libraries, and parks. After creating a 1,000-foot buffer around the schools, libraries, and parks, the buffered layers can be joined together and the boundaries can be dissolved to create a single layer of restricted areas.
Usage Notes:
Only available at ArcGIS Enterprise 10.7 and later.
Argument
Description
input_layer
required FeatureLayer. The point, line or polygon features.
dissolve_fields
Optional string. A comma seperated list of strings for each field that you want to dissolve on.
summary_fields
Optional list. Calculate one or more statistics for the dissolved areas by using the summary_fields parameter. The input is a list of key/value pairs in the following format:
[{“statisticType” : “<stat>”, “onStatisticField” : “<field name>”}]
Allows statistics are:
Any (string fields only)
Count
Sum
Minimum
Maximum
Average
Variance
Standard Deviation
Example:
- summary_fields = [{“statisticType”“Sum”, “onStatisticField”“quadrat_area_km2”},
{“statisticType” : “Mean”, “onStatisticField” : “soil_depth_cm”}, {“statisticType” : “Any”, “onStatisticField” : “quadrat_desc”}]
multipart
Optional boolean. If True, the output service can contain multipart features. If False (default):, the output service will only contain single-part features, and individual features will be created for each part.
output_name
optional string. The task will create a feature service of the results. You define the name of the service.
gis
optional GIS. The GIS object where the analysis will take place.
- Returns
FeatureLayer
merge_layers¶
-
manage_data.
merge_layers
(merge_layer, merge_attributes=None, output_name=None, gis=None)¶ The Merge Layers task combines two feature layers to create a single output layer. The tool requires that both layers have the same geometry type (tabular, point, line, or polygon). If time is enabled on one layer, the other must also be time enabled and have the same time type (instant or interval). The result will always contain all fields from the input layer. All fields from the merge layer will be included by default, or you can specify custom merge rules to define the resulting schema. For example:
I have three layers for England, Wales, and Scotland and I want a single layer of Great Britain. I can use Merge Layers to combine the areas and maintain all fields from each area.
I have two layers containing parcel information for contiguous townships. I want to join them together into a single layer, keeping only the fields that have the same name and type in the two layers.
Only available at ArcGIS Enterprise 10.7 and later.
Argument
Description
input_layer
Required FeatureLayer. The point, line or polygon features.
merge_layer
Required FeatureLayer. The point, line, or polygon features to merge with the input_layer. The merge_layer must contain the same geometry type (tabular, point, line, or polygon) and the same time type (none, instant, or interval) as the input_layer. All fields in the merge_layer will be included in the result layer by default or you can define merge_attributes to customize the resulting schema.
merge_attributes
Optional list. Defines how the fields in mergeLayer will be modified. By default, all fields from both inputs will be included in the output layer.
If a field exists in one layer but not the other, the output layer will still contain the field. The output field will contain null values for the input features that did not have the field. For example, if the input_layer contains a field named TYPE but the merge_layer does not contain TYPE, the output will contain TYPE, but its values will be null for all the features copied from the merge_layer.
You can control how fields in the merge_layer are written to the output layer using the following merge types that operate on a specified merge_layer field:
Remove - The field in the merge_layer will be removed from the output layer.
Rename - The field in the merge_layer will be renamed in the output layer. You cannot rename a field in the merge_layer to a field in the inputLayer. If you want to make field names equivalent, use Match.
Match - A field in the merge_layer is made equivalent to a field in the input_layer specified by mergeValue. For example, the input_layer has a field named CODE and the merge_layer has a field named STATUS. You can match STATUS to CODE, and the output will contain the CODE field with values of the STATUS field used for features copied from the merge_layer. Type casting is supported (for example, double to integer, integer to string) except for string to numeric.
REST web example:
- Syntax: This example matches Average_Sales to Mean_Sales,
removesBonus, and renamesField4 to Errors.
- [{
“mergeLayerField”: “Mean_Sales”, “mergeType”: “Match”, “mergeValue”: “Average_Sales”
}, {
“mergeLayerField”: “Bonus”, “mergeType”: “Remove”,
}, {
“mergeLayerField”: “Field4”, “mergeType”: “Rename”, “mergeValue”: “Errors”
}]
output_name
Optional string. The task will create a feature service of the results. You define the name of the service.
gis
Optional GIS. The GIS object where the analysis will take place.
- Returns
FeatureLayer
overlay_data¶
-
manage_data.
overlay_data
(overlay_layer, overlay_type='intersect', output_name=None, gis=None)¶ Only available at ArcGIS Enterprise 10.6.1 and later.
Argument
Description
input_layer
required FeatureLayer. The point, line or polygon features.
overlay_layer
required FeatureLayer. The features that will be overlaid with the input_layer features.
overlay_type
optional string. The type of overlay to be performed. Values: intersect, erase
intersect - Computes a geometric intersection of the input layers. Features or portions of features that overlap in both the inputLayer and overlayLayer layers will be written to the output layer. This is the default.
erase - Only those features or portions of features in the overlay_layer that are not within the features in the input_layer layer are written to the output.
output_name
optional string. The task will create a feature service of the results. You define the name of the service.
gis
optional GIS. The GIS object where the analysis will take place.
- Returns
FeatureLayer


The following list contains terms that are blocked. If any of the following terms appears in the browser's URL/search bar, the corresponding tab will be closed or blocked from opening.
Specify a term that, if it appears in any form in the browser's URL/search bar, will cause the tab to close.


Koodo offering 12 months of Amazon Prime with new activations
The offer is only available November 15th to 24th
by Dean DaleyKoodo is offering a pretty sweet deal when you activate a talk, text and data plan.
When you get a talk, text and data plan online and add the code “AMAZONPRIME” at checkout, you’ll get 12 months of Amazon Prime for free.
Current Prime members can add the promotion on top of their existing membership. The offer is only valid from November 15th until November 24th.
Telus says the deal excludes Wireless Home Phone, prepaid, talk and text and lastly data-only activations.
Those who use the promotion will get the membership code in an e-mail within 35 business. Customers also must redeem the code and agree to Prime’s terms and agreements to qualify, says Telus.
The membership after 12 months automatically renews, so you’ll need to cancel right before the 12 months end if you don’t want to continue paying for the subscription.
And lastly, the offer only works for Amazon Prime Canada.
A Prime membership is regularly $79.99 per year and includes faster shipping options, along with access to Prime Video, Amazon’s streaming video service that features original content like Tom Clancy’s Jack Ryan, The Boys and The Tick.
Source: Koodo Mobile


{% extends "base.html" %} {% load url from future %} {% load i18n %} {% block page_class %}Mycroft Lectures: Store{% endblock %} {% block content %}
If you are not member of a Mycroft Lectures licensee, we still want you to be able to benefit from our lectures. You can cherry-pick the lectures and just pay for those you want. Links to the purchased lectures are delivered by e-mail and will be live for week.


Francais / Legal / About Us / Contact
PLAYERS
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Don Norman
EST. 2014
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Start - End
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Your reward for scorching up the most places in the rankings.
You are a legend for bringing in the most earn to your team.
If I can't cook, I can sure as heck click a mean delivery.
Boston Pizza is my stadium and I am it's groundskeeper.
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Not sure how you still have friends.
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It's not too late to make a comeback.
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April 21, 2018
This is my list of cheat-sheets created over the course of my computer engineering degree at Uvic. The reason I decided to create a web-page, is because I was making too much cheat-sheet and it was hard to find them all, perhaps I will modify the css, to create something that’s easier to print, although it is not bad looking at the moment.
See ??.
Table 1: Time log for ELEC 360 — Assignment 2
| Week of Oct 8 | Week of Oct 15 | Week of Oct 22 | Week of Nov 5 | Week of Nov 12 |
| 5 hours Prepared for ELEC 360 Lab and completed it | 2 hours working on lab report | 3 hours spent on preparing for lab | 3 hours doing the prelab and and lab experiment | 2 hours working on lab report |
| 3 hours of studying for quizzes | 3 hours studying for midterm | 2 hours studying midterm solutions | 2 hours reviewing for quizzes | 5 hours solving question for assignment 2 |
| 1 hour creating notes | 2 hours preparing for midterm | 2 hours preparing for quizzes | 3 hours solving questions of assignment 2 | 1 hour studying for quizzes |


The srcset
with the sizes
attribute is definitely the way to go to create responsive, flexibel, adaptive images.
Unfortunately there is no way to tell the browser, that a specific image doesn't gain much perceived quality with a higher density or that image quality of a specific image isn't important for the user experience.
Due to the fact, that a 2x retina means 4x data and 3x retina means 9x data, performance can suffer even on good connections badly.
lazySizes data-optimumx
feature (build on top of data-sizes="auto"
) gives the developer more control to use adaptive images markup, but opt-out from to high retina at some point by defining the optimum density.
Unfortunately this demo makes only sense, if you are using a retina device. Maybe come back with one (tablet / smartphone)? Sorry!
data-optimumx
attribute


About
You probably want to see some of my work huh? Sit tight, learn a little about me first! I've worked on some pretty cool shows, including Family Guy, American Dad, Modern Family, Fresh Off The Boat, The Mindy Project, The Path, Brooklyn Nine-Nine and Bates Motel. I’ve worked as a Hammer (Grip) on Hand of God and True Blood and done the whole PA thing as well (meh!) — gotta start somewhere! But what I’m most passionate about is this—what you’re looking at! Production Art, Graphic design, Photoshop manipulation art and helping craft killer identities that help businesses connect with their audience.


groups
My Team
Michael Scott
business_center
Manager
fingerprint
ID: 1
email
Email:
<EMAIL_ADDRESS>business
Office Number: 1738
Jim Halpert
laptop_mac
Engineer
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ID: 3
email
Email:
<EMAIL_ADDRESS>code
GitHub:
jimhalpert
Ryan Howard
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Intern
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ID: 2
email
Email:
<EMAIL_ADDRESS>school
School: Business School


Bruce Wang homepage
CEEN 514
This homepage showes all assignments
Assignment 1: Build the first Web page
Assignment 2: Make a Web page with CSS Styling
Assignment 3: Build a Unit Convertor Web Page with JavaScript
Assignment 4: Interactive Page With Google Maps
Assignment 5: ArcGIS JavaScript Maps
Assignment 6: Ubuntu and PyCharm


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However, this would appear to be absurd. If you are a different person than you were when you were born, then there is no sense in referring to you by the person that was created when you were born. In this sense, you were created out of nothing. Thus, this view would appear to be a contradiction.


hallowed be thy name.
Thy kingdom come,
Thy will be done,
on earth, as it is in heaven.
Give us this day our daily bread,
and forgive us of our trespasses,
as we forgive those that trespass against us.
And lead us not into temptation,
but deliver us from evil.
For thine is the Kingdom and the Power, and The Glory Forever.
Amen


Sequence-specific DNA binding of the B-cell-specific coactivator OCA-B.
Abstract
B-cell-specific transcription of immunoglobulin genes is mediated by the interaction of a POU domain containing transcription factor Oct-1 or Oct-2, with the B-cell-specific coactivator OCA-B (Bob-1, OBF-1) and a prototype octamer element. We find that OCA-B binds DNA directly in the major groove between the two subdomains of the POU domain, requiring both an A at the fifth position of the octamer element and contact with the POU domain. An amino-terminal fragment of OCA-B binds the octamer site in the absence of a POU domain with the same sequence specificity. Coactivator OCA-B may undergo a POU-dependent conformational change that exposes its amino terminus, allowing it to recognize specific DNA sequences in the major groove within the binding site for Oct-1 or Oct-2. The recognition of both the POU domain and the octamer sequence by OCA-B provides a mechanism for differential regulation of octamer sites containing genes by the ubiquitous factor Oct-1.