Thacker leads Idaho over Walla Walla University 100-50
MOSCOW, Idaho (AP) - Damen Thacker had 24 points as Idaho easily defeated Walla Walla University 100-50 on Saturday night. Chance Garvin added 21 points for the Vandals.
Thacker hit 4 of 6 3-pointers.
BJ Simmons had 18 points and seven rebounds for Idaho (3-3). Scott Blakney added 11 points and nine rebounds.
It was the first time this season Idaho scored at least 100 points.
Dylan Browning had 16 points for the Wolves. KiAndre Gaddy added eight rebounds. Ethan Ford had six rebounds.
Idaho takes on North Dakota State at home on Tuesday.
More AP college basketball: https://apnews.com/Collegebasketball and https://twitter.com/AP_Top25
This was generated by Automated Insights, http://www.automatedinsights.com/ap, using data from STATS LLC, https://www.stats.com
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Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


System Architect Symbol details for "Subject Phenomenon"
Activity For Subject (Class)
- Child Diagrams:
-
Activity For Subject (
OMT Object Model)
Description:
"Activity" directed towards a single "Subject".
Comment:
Previous definitions from which the above have been distilled:
An act which changes either the state, or the knowledge of the state, of a "Subject" (CBS v2).
associated phenomenon (Association)
- From Class:
"Subject Phenomenon"
- To Class:
"Phenomenon Under Heading"
- From Class:
"Subject Phenomenon"
- To Class:
"Phenomenon Under Heading"
focus for qualification (Association)
- From Class:
"Phenomenon Or Qualifier"
- To Class:
"Phenomenon Qualifier"
- From Class:
"Phenomenon Or Qualifier"
- To Class:
"Phenomenon Qualifier"
from (Association)
- From Class:
"Subject Phenomenon"
- To Class:
"Temporal Phenomenon Link"
- From Class:
"Subject Phenomenon"
- To Class:
"Temporal Phenomenon Link"
- Redefines:
"Phenomenon Or Qualifier"."Phenomenon Qualifier"."focus for qualification"
- Definitions Used:
-
focus for qualification (Association)
heading (Association)
- From Class:
"Subject Phenomenon"
- To Class:
"Phenomenon As Heading"
- From Class:
"Subject Phenomenon"
- To Class:
"Phenomenon As Heading"
Phenomenon As Heading (Class)
- Child Diagrams:
-
Phenomenon As Heading (
OMT Object Model)
- Description:
"Heading" being a "Subject Phenomenon" used as a heading for one or more other "Subject Phenomena".
- Comment:
For instance, a clinician may wish associate all relevant properties and activities with a "focus"
property. A myocardial infarct may act as the focus for an emergency admission, a subsequent by-pass
procedure, follow up medication and physiotherapy.
Phenomenon Or Qualifier (Class)
- Child Diagrams:
-
Phenomenon Or Qualifier (
OMT Object Model)
- Description:
"Subject Phenomenon" or "Phenomenon Qualifier" extending knowledge about a "Subject".
Phenomenon Qualifier (Class)
- Child Diagrams:
-
Phenomenon Qualifier (
OMT Object Model)
- Description:
Extension or modification of a "Subject Phenomenon" or another "Phenomenon Qualifier".
Phenomenon Under Heading (Class)
- Child Diagrams:
-
Phenomenon Under Heading (
OMT Object Model)
- Description:
"Subject Phenomenon" placed under a "Heading" by an "Agent".
PhOQ/Direction (Generalization Node)
- Base Class:
"Phenomenon Or Qualifier"
- Definitions Used:
-
Phenomenon Or Qualifier (Class)
SPh/Essential Type (Generalization Node)
- Base Class:
"Subject Phenomenon"
- Definitions Used:
-
Subject Phenomenon (Class)
SPh/Essential Type (Generalization Node)
- Base Class:
"Subject Phenomenon"
- Definitions Used:
-
Subject Phenomenon (Class)
subject (Association)
- From Class:
Subject
- To Class:
"Subject Phenomenon"
- From Class:
Subject
- To Class:
"Subject Phenomenon"
Subject (Class)
- Description:
"Percept" consisting of one or more persistent physical objects.
- Comment:
-
The definition above, as for others, has been distilled from what has been suggested in the past,
including:
The "Object" of interest to an "Agent" (CBS v2).
One or a collection of physical objects.
"Percept" which is a physical object and / or a collection of physical objects.
Persistent perceivable object.
Extension of one or more "Concepts" which is perceived or inferred to exist in the universe.
Subject Phenomenon (Class)
- Description:
Fact or event, related to a "Subject", that appears or is perceived by one of the senses or by the
mind.
Subject Phenomenon (Class)
- Description:
Fact or event, related to a "Subject", that appears or is perceived by one of the senses or by the
mind.
Subject Property (Class)
- Child Diagrams:
-
Subject Property (
OMT Object Model)
- Description:
Condition or state associated with a "Subject".
Temporal Phenomenon Link (Class)
- Child Diagrams:
-
Temporal Phenomenon Link (
OMT Object Model)
- Description:
Link between two "Subject Phenomena" based on time.
- Comment:
Note that for Activities, the start and end are assumed to be that of performance.
to (Association)
- From Class:
"Subject Phenomenon"
- To Class:
"Temporal Phenomenon Link"
- From Class:
"Subject Phenomenon"
- To Class:
"Temporal Phenomenon Link"


Get your medicines
Get prescribed medicines including suggested alternatives for a safe treatment and cure.
Learn About Possible Causes
Get a better understanding of a condition: Discover if you're at risk, how it's diagnosed, and what you can do about it.


This documentation describes the classes and interfaces for Junicon, a Java-based interpreter for the Unicon programming language. Unicon is a unique object-oriented dynamic language that supports goal-directed evaluation of generator expressions. Junicon is implemented using program transformation onto another scripting language, Groovy, that runs under Java. The result is a transformational interpreter for goal-directed evaluation that has seamless integration with Java. Junicon can function either as an interactive line-by-line interpreter, or as a tool that can translate its input to Java for compilation.
The transformational interpreter works by first parsing the source language into a decorated XML abstract syntax tree. A series of transforms then take the XML language representation into its substrate equivalent. The program is first normalized into a familiar form more amenable to translation to Java, by flattening nested generators and making iteration explicit. The normalized Junicon program is then transformed into a Java class with expressions translated into calls on the Junicon runtime. Lastly, the XML tree is deconstructed back into the target Java language, and then the result is piped into the the Groovy scripting engine. The interpreter can function in several modes, either as an interactive line-by-line interpreter, or as a tool that can transform its input directly to Java.
Support is also provided for correlating error messages back into the original source language, so as to enable debugging and tracing.
The Junicon Interpreter is composed of the:


Team name: 1014
Write the name of each of your team members in a separate column. For each person,
indicate the extent to which you agree with the statement on the left, using a scale
of 1-4
Total the numbers in each column.
| Evaluation Criteria | Team member:[Simon Garratt, ID: 20105577] | Team member:[Chris Young, ID: 0774797] | Team member:[Raymond Wong, ID: 16928947] | Attends team meetings regularly and arrives on time. | 4 | 4 | 4 | Contributes meaningfully to team discussions. | 4 | 4 | 4 | Completes team assignments on time. | 4 | 4 | 4 | Prepares work in a quality manner. | 4 | 4 | 4 | Demonstrates a cooperative and supportive attitude. | 4 | 4 | 4 | Contributes significantly to the success of the project. | 4 | 4 | 4 | Overall Contribution. | 4 | 4 | 4 | Team Member Total. | 28 | 28 | 28 |
|---|


hookMsgListener
(method in module tri
)
This function is called during the initialzation of tri.js and performs several housekeeping functions:
The messages are routed according to a prefix which is a string separated by a :
. The handler is expected to be in
oGBL.msgHandler[sPref]
where sPref
is the string before the :
.
If no prefix exists they are assumed to be system messages which are processed in the following manner.
sys-close-page
The
Form Page has closed.
sys-get-template
Form Page
requires a template. This message will be received in the primary page.
Responds with sys-put-template
which will be seen in secondary page. The message includes the requested template.
sys-put-template
See in the secondary page.
Stores the template sent into $templateCache
where it is picked up by ng-include
in "forms-panel.html" in AppsBase.htm
.
sys-templates
Obsolete code.
Replaced sys-get-template/sys-put-template
and by ng-include
in "forms-panel.html" in AppsBase.htm
.
hookMsgListener();


Georgia school: 4 teens board school bus, attack kids inside
DECATUR, Ga. (AP) - Officials for an Atlanta-area public school say a group of older students boarded a bus and attacked elementary school students inside, sending one to the hospital.
A statement from the Dekalb County School District obtained by news outlets says two middle school students, one high school student and an 18-year-old non-student are accused of assaulting younger students onboard the bus Monday morning. Officials said the bus was about 1 mile (1.6 kilometers) from Snapfinger Elementary.
The statement says district police obtained warrants for the high school student and the 18-year-old. The two middle schoolers were transported to juvenile intake.
WSB-TV reports officials sent a voicemail to parents Monday saying the group of older students boarded the bus “to assault an elementary school student.”
The hospitalized student’s condition hasn’t been released.
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


MT
3/4 BP
BS
BO
2LM
CP
Strong initial/igniting move?
Does initial move come AFTER a consolidation (time or price)?
Is the 1st Leg smaller than 15% of the stock price?
Short Consolidation with no or small retracement = Inside Resting Bar?
Consolidation only 1 (max. 2) Bars?
Does IRB have low volume (NO high Ending Volume)?
Does IRB make a 50% retracement of prior bar?
Does IRB form in upper 50% of prior bar?
Does IRB have Bottoming Tails?
Check
Reset
Calculator Your Share Size
Rating:
-


Ari Levin is a reporter from Boca Raton, Florida. He reports on sports and Northwestern athletics for WNUR Sports. He is a senior at Northwestern with a double major in Journalism and Mathematical Methods in the Social Sciences. He was the sideline reporter at the game.
For this project, he helped write the story, created the website, embedded the Knight Lab elements, and made the animation and interactive game.
Debbie-Marie Brown is a reporter and musician from New Britain, Connecticut, with a passion for news, politics and people. Brown loves to explore topics akin to communities of color, mental health, border politics, queer identities, spirituality, and more. She is a junior studying journalism at Northwestern, with minors in Latino/a Studies and African-American Studies. She was with the marching band at the game.
For this project, she helped write the story, organized interviews, created the podcast, and made the graphs and the quiz.


×
Filter
more
artist
album
title
genre
Editing
Track
Editor
artist
title
album
track
genre
---
rock
electro
jazz
trip-hop
world
gain
Confirm to send new data to server
Play List
Filtering
«
»
/
Track


An unexpected error occured while attempting to update your application. Please restart and try again.


About Us
Kitchen Restaurant is an award winning Restaurant.
Craving some delicious food? Are you in the mood for some flavoury delicious food? No matter what kind of meal you have in mind, Kitchen Restaurant is ready to prepare it for you.
Where we come from
We are a local calgary restaurant here to serve you the best food around, whenever you’re looking for a great Canadian restaurant in Calgary, AB
"Although a great restaurant experience must include great food, a bad restaurant experience can be achieved through bad service alone. Ideally, service is invisible. You notice it only when something goes wrong. ― Dana Spiotta"


Implementing good sanity checks in your client.
The server has an endpoint called db_validate
. What this does is take
a key
and a value
argument, and compares value
to a set of rules specified by
key
. This is the same function used internally by the database to check
values before committing them to the database. By default it returns a
descriptive object under data
, but you can specify the key/value pair
"error": True
to get a standard error response back. A standard call
to db_validate
will look like this.
{
"key": "title",
"value": "this title\nis bad \nbecause it contains \nnewlines"
}
and the server will respond like this when the input should be corrected.
{
"data": {
"bool": False,
"description": "Titles cannot contain whitespace characters besides spaces."
},
"error": False,
"usermap": {}
}
if everything is okay, the data object will look like this instead.
"data": {
"bool": True,
"description": null
},
Alternatively, you can supply "error": True
in the request.
{
"error": True,
"key": "title",
"value": "this title\nis bad \nbecause it contains \nnewlines"
}
// and you get...
{
"data": null,
"usermap": {},
"error": {
"code": 4,
"description": "Titles cannot contain whitespace characters besides spaces."
}
}
The following keys are currently available.
- "user_name"
- "auth_hash"
- "quip"
- "bio"
- "title"
- "body"
- "color"
The descriptions returned are friendly, descriptive, and should be shown directly to users
By using this endpoint, you will never have to validate values in your own code before sending them to the server. This means you can do things like implement an interactive prompt which will not allow the user to submit it unless the value is correct.
This is used in the elisp client when registering users and for the thread title prompt which is shown before opening a composure window. The reason for rejection is displayed clearly to the user and input window is restored.
(defun bbj-sane-value (prompt key)
"Opens an input loop with the user, where the response is
passed to the server to check it for validity before the
user is allowed to continue. Will recurse until the input
is valid, then it is returned."
(let* ((value (read-from-minibuffer prompt))
(response (bbj-request! 'db_validate 'value value 'key key)))
(if (alist-get 'bool response)
value ;; return the user's input back to the caller
(message (alist-get 'description response))
(sit-for 2)
(bbj-sane-value prompt key))))


Prices shown are for one-way flights that our customers have recently found and started to book, so should be a good indication of popular routes and flight times. They are for reference only but we hope they help you find flights that offer exceptional value.


A tempting opportunity to display a mini-biography of sorts. A road-trip to record, a travel to catalogue, a journey to map Come see?


| Package | Description |
|---|---|
| org.apache.cayenne |
Contains persistence APIs directly accessible by users.
|
| org.apache.cayenne.access |
Contains classes that make up Cayenne ORM stack.
|
| org.apache.cayenne.query |
Defines standard queries supported by Cayenne and extension mechanism to create
custom queries.
|
| Modifier and Type | Method and Description |
|---|---|
<T> ResultBatchIterator<T> |
BaseContext.batchIterator(Select<T> query,
int size) |
<T> ResultBatchIterator<T> |
ObjectContext.batchIterator(Select<T> query,
int size)
Creates a ResultBatchIterator based on the provided query and batch size.
|
<T> void |
BaseContext.iterate(Select<T> query,
ResultIteratorCallback<T> callback) |
<T> void |
ObjectContext.iterate(Select<T> query,
ResultIteratorCallback<T> callback)
Creates a ResultIterator based on the provided query and passes it to a
callback for processing.
|
abstract <T> ResultIterator<T> |
BaseContext.iterator(Select<T> query) |
<T> ResultIterator<T> |
ObjectContext.iterator(Select<T> query)
Creates a ResultIterator based on the provided query.
|
<T> ResultIterator<T> |
CayenneContext.iterator(Select<T> query)
This method simply returns an iterator over a list of selected objects.
|
<T> List<T> |
BaseContext.select(Select<T> query) |
<T> List<T> |
ObjectContext.select(Select<T> query)
Executes a selecting query, returning a list of persistent objects or
data rows.
|
<T> T |
BaseContext.selectFirst(Select<T> query) |
<T> T |
ObjectContext.selectFirst(Select<T> query)
Selects a single object using provided query.
|
<T> T |
BaseContext.selectOne(Select<T> query) |
<T> T |
ObjectContext.selectOne(Select<T> query)
Executes a selecting query, returning either NULL if query matched no
objects, or a single object.
|
| Modifier and Type | Method and Description |
|---|---|
<T> ResultIterator<T> |
DataContext.iterator(Select<T> query) |
| Modifier and Type | Class and Description |
|---|---|
class |
ColumnSelect<T>
A helper builder for queries selecting individual properties based on the root object.
|
class |
FluentSelect<T>
Base class for
ObjectSelect and ColumnSelect |
class |
MappedSelect<T>
A query that represents a named parameterized selecting query stored in the mapping.
|
class |
ObjectSelect<T>
A selecting query providing chainable API.
|
class |
PrefetchSelectQuery
A SelectQuery to perform a prefetch based on another query.
|
class |
SelectById<T>
A query to select single objects by id.
|
class |
SelectQuery<T>
A query that selects persistent objects of a certain type or "raw data" (aka
DataRows).
|
class |
SQLSelect<T>
A selecting query based on raw SQL and featuring fluent API.
|
Copyright © 2001–2019 Apache Cayenne. All rights reserved.


Use the .btn-*
classes on any element with a .btn
class to change that button element's color.
For obvious reasons, the .btn-white
style button works best on a dark background. All of the following white button examples have been given a wrapper with a dark background (and some minor padding for aesthetic reasons).
It should be noted that the input background color also changes when the .btn-white
class is used. To get the appropriate colors, also add .input-group-white
to the wrapper class.
To create a disabled Button Input Group, add an attribute of disabled
to the input tag and a .disabled
class to the button tag.
Adding .input-group-lg
or .input-group-sm
will increase or decrease your input group element.


/pellizzetti
O que é?
Por que usar?
Pod
Service
Volume
HorizontalPodAutoscaler
Namespace
kube-apiserver
etcd
kube-scheduler
kube-controller-manager
cloud-controller-manager
kubelet
kube-proxy
Container Runtime
> The Noun Project (Ícones)
> Question: https://thenounproject.com/term/question/1613835
> Workshop: https://thenounproject.com/term/workshop/2063239
> Checklist: https://thenounproject.com/term/checklist/634354
> Ship: https://thenounproject.com/term/ship/2464422
> Itinerary: https://thenounproject.com/term/itinerary/2737483
> Architecture: https://thenounproject.com/term/architecture/2594169
> API: https://thenounproject.com/term/api/2479337
> Components: https://thenounproject.com/term/components/1286164
> Crown: https://thenounproject.com/term/crown/4574
> Simple Icon (Ícones)
> Github e LinkedIn: https://simpleicons.org
> dribbble (Animação)


This inspection reports on any duplicate conditions among different branches of an
if
statement in JavaScript content. While it may rarely be the desired semantics, duplicate conditions usually represent programmer oversight.
Powered by InspectionJS


Use this node to configure common options specified in the table below, as well as the specific options for compilers used in IntelliJ IDEA.


[1]
election test, inspection commission test, exam, inspection missile World Bank ship, plane poll, election party


{{ 'Please check your inbox.  If you don\'t receive anything, first check your spam folder and then try again.' | translate }}.


{% extends 'base_admin.html' %} {% load permissionif %} {% block title %}{{h2}} | Lens and Lights at WPI{% endblock %} {% block content %}
Motorola XTS/APX users can import the list directly
| Full Name | Ugly Name | MDC |
|---|---|---|
| {{ user }} | {{ user.mdc_name }} | {{ user.mdc }} |
Only people with permission to edit MDCs can see this.


@include('components/modals.html') @include('components/header.html') @include('components/settings.html') @include('components/main.html')


Welcome
C++ is a multi-paridigm, staticly typed, compiled programming language created by Bjarne Stroustrup. It was created using C and was originaly called C with classes.
C++ is used in a varity of software such as:
- Video Games
- Embedded Systems
- Finacial Software
- GUI
- Windows Applications
History
Bjarne Stroustrup created C++ at Bell Labs and got the idea while working on his thesis with the Simula 67. It added oop concecpts to C and was considered a superset of C. It's name was changed to c++ in 1985.
Hello World
To print hello world to the screen we first use #include which is a preprocessor directive and iostream which is a library that allows us to with input and output. Next the main function which is essintially the entry point for our program.
#include <iostream>
int main()
{
std::cout << "Hello World!\n";
}
Variables
Variables are parts of memory used to store a value. You can think of them as storage boxes. Variables are given names known as identifiers. You can name what whatever you want, with a few exceptions.
x = 5;
y = 7;
sum = x + y;
Data Types
Data Types tell what is stored inside the variable along with the amount of memory space it occupies.
| Type | Size | Description |
|---|---|---|
| Char | 1 Byte | Character |
| Int | 4 Bytes | Interger |
| Float | 4 Bytes | Floating Point Decimal |
| Double | 8 Bytes | Double Floating Point Decimal |
| Void | 0 Byte | Nothing |
| Bool | 1 Byte | True or False |
int x = 5;
float y = 7.400980;
double z = 3.000000000099;
char letter = 'T';
bool answer = True;
Scope
Scope is the designates the start and end points of a block of code. Code within this block are bookended by brackets. No variables declared in the scope will not be accessable outside, unless returned by a function or method.
int main()
{ <- Beginning
} <- End
Operators
Operators allow you to operate on variables, changing or comparing them.
| Type | Symbol | Description |
|---|---|---|
| Math | "+,-,*,/,%" | Perform Math operations |
| Compound | "==,+=, -=, *=, /=, %=, >>=, <<=, &=, ^=, |=" | Does an operation before assigment |
| Comparsion | "==, !=, >, <, >=, <=" | Checks for equality returns true or false |
| Incremet/Decrement | "++,--" | Shorthand for + 1 and - 1 |
Conditionals
A conditional is a statement that if evaluates to true will execute it's block of code. An else statement will execute if none of the above statements are true.
if(x > 4)
{
return true;
}
else
{
return false;
}
You can have multiple Conditionals using else if.
if(x > 4)
{
x++;
}
else if(x < 4)
{
x--;
}
else
{
return true;
}
Loops
There are three types of loops. A For, While, and Do-While loop.
The While loop continues looping until the condition evaluates to true
while(x > 4)
{
x++;
}
The above code adds one to x until it is greater than 3.
The Do While loops operates the same except the condition is evaluted after a loop. The Do while loop is guaranteed to run once.
do{
x++;
}while(x > 5);
The For loop iterates a certain number of times.
- A variable is initialized at the start of the loop.
- If the condition is true the loop continues else it stops.
- The variable is the increased.
- The loop repeats step 2.
int end = 9;
for(int start = 0; start != end; start++)
{
std::cout << start;
}
Functions
A function is a group of lines of code given a name.
They contain:
- A return type written before the name that determines the datatype of the value returned.
- Parameters which are variables passed to the function.
int add(int x, int y)
{
return x + y;
}
int main()
{
int x = 5, y = 3;
int sum = add(5,3);
}


| | | | Total Parliamentary Electorate (thousands) | % Change |
| Rank | Parliamentary Constituency | County (C) or Borough (B) | 2013 | 2014 | 2013/14 |
| 1 | Cardiff Central | B | 62.9 | 51.3 | -18.3 |
| 2 | Liverpool Riverside | B | 74.6 | 63.3 | -15.2 |
| 3 | Newcastle upon Tyne East | B | 67.9 | 58.6 | -13.8 |
| 4 | Nottingham South | B | 70.8 | 61.9 | -12.6 |
| 5 | Ceredigion | C | 56.2 | 49.4 | -12.0 |
| 6 | City of Durham | C | 73.0 | 64.6 | -11.5 |
| 7 | Loughborough | C | 78.4 | 69.9 | -10.8 |
| 8 | York Central | B | 76.8 | 68.5 | -10.8 |
| 9 | Brighton Pavilion | B | 73.9 | 66.4 | -10.2 |
| 10 | Leicester South | B | 77.9 | 70.1 | -10.0 |
| | | | | | |
| Source: Office for National Statistics, Electoral Office for Northern Ireland |
| |


Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
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L
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N
O
P
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R
S
T
U
V
W
M
main(String[])
- Static method in class algorithm.
AlgorithmBase
main(String[])
- Static method in class algorithm.
TestSolution
main(String[])
- Static method in class fitness.
EvenParity
main(String[])
- Static method in class fitness.
Majority
main(String[])
- Static method in class fitness.
Multiplexer
main(String[])
- Static method in class fitness.
SemanticMajority
main(String[])
- Static method in class fitness.
SemanticOrder
main(String[])
- Static method in class fitness.
True
main(String[])
- Static method in class genotype.
EvalJScheme
main(String[])
- Static method in class gp.
MersenneTwister
Tests the code.
main(String[])
- Static method in class gp.
MersenneTwisterFast
Tests the code.
Majority
- Class in
fitness
Majority(int)
- Constructor for class fitness.
Majority
majority(List<Boolean>)
- Method in class fitness.
Majority
math
- package math
max
- Variable in class phenotype.
SRPhenotype
MersenneTwister
- Class in
gp
MersenneTwister and MersenneTwisterFast
MersenneTwister()
- Constructor for class gp.
MersenneTwister
Constructor using the default seed.
MersenneTwister(long)
- Constructor for class gp.
MersenneTwister
Constructor using a given seed.
MersenneTwister(int[])
- Constructor for class gp.
MersenneTwister
Constructor using an array of integers as seed.
MersenneTwisterFast
- Class in
gp
MersenneTwister and MersenneTwisterFast
MersenneTwisterFast()
- Constructor for class gp.
MersenneTwisterFast
Constructor using the default seed.
MersenneTwisterFast(long)
- Constructor for class gp.
MersenneTwisterFast
Constructor using a given seed.
MersenneTwisterFast(int[])
- Constructor for class gp.
MersenneTwisterFast
Constructor using an array of integers as seed.
min
- Variable in class phenotype.
SRPhenotype
Minus
- Class in
math
Minus(Operator, Operator)
- Constructor for class math.
Minus
Multiplexer
- Class in
fitness
Multiplexer(int)
- Constructor for class fitness.
Multiplexer
multiplexer(List<Boolean>)
- Method in class fitness.
Multiplexer
Multiply
- Class in
math
Multiply(Operator, Operator)
- Constructor for class math.
Multiply
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operator
mutate(Individual)
- Method in interface operator.
Mutate
mutate(Individual)
- Method in class operator.
SubtreeMutate
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src/components/device/factory.ts
Factory class for controlling what device controller implementation is supported for the corresponding device VendorID and ProductID.
Methods |
|
| Static Async getDevice | ||||||||||||||||||||||||
getDevice(productId: number, preferredDeviceApi: IHuddlyDeviceAPI, secondaryDeviceApis: Array
|
||||||||||||||||||||||||
|
Defined in src/components/device/factory.ts:164
|
||||||||||||||||||||||||
|
Function that selects the appropriate transport implementation and uvc control interface and returns a concrete implementation of the IDeviceManager with the camera main interface does not work on the concrete implementation of the IHuddlyDeviceApi
Parameters :
Returns :
Promise<IDeviceManager>
Returns a concrete implementation of the IDeviceManger |
| Static Async getHIDInterface | ||||||||||||||||
getHIDInterface(device: any, preferredDeviceApi: IHuddlyDeviceAPI, secondaryDeviceApis: Array
|
||||||||||||||||
|
Defined in src/components/device/factory.ts:128
|
||||||||||||||||
|
Get a HID api implementation for the device on the concrete implementation of the IHuddlyDeviceApi with the camera main interface does not work
Parameters :
Returns :
Promise<any>
Returns the device class that is used for UVC controls |
| Static Async getTransportImplementation | ||||||||||||||||
getTransportImplementation(device: any, preferredDeviceApi: IHuddlyDeviceAPI, secondaryDeviceApis: Array
|
||||||||||||||||
|
Defined in src/components/device/factory.ts:51
|
||||||||||||||||
|
Get a concrete transport implementation on the IHuddlyDeviceAPI on the concrete implementation of the IHuddlyDeviceAPI with the camera main interface does not work to the device
Parameters :
Returns :
Promise<ITransport>
Returns the transport implementation for the device used to talk to the device |
| Static Async getUVCControlInterface | ||||||||||||||||
getUVCControlInterface(device: any, preferredDeviceApi: IHuddlyDeviceAPI, secondaryDeviceApis: Array
|
||||||||||||||||
|
Defined in src/components/device/factory.ts:90
|
||||||||||||||||
|
Get an instance of the device which can be used to issue standard UVC control commands on the concrete implementation of the IHuddlyDeviceApi with the camera main interface does not work
Parameters :
Returns :
Promise<any>
Returns the device class that is used for UVC controls |
import ITransport from '@huddly/sdk-interfaces/lib/interfaces/ITransport';
import IUsbTransport from '@huddly/sdk-interfaces/lib/interfaces/IUsbTransport';
import IHuddlyDeviceAPI from '@huddly/sdk-interfaces/lib/interfaces/IHuddlyDeviceAPI';
import IDeviceManager from '@huddly/sdk-interfaces/lib/interfaces/IDeviceManager';
import IDeviceFactory from '@huddly/sdk-interfaces/lib/interfaces/IDeviceFactory';
import IGrpcTransport from '@huddly/sdk-interfaces/lib/interfaces/IGrpcTransport';
import HuddlyHEX from '@huddly/sdk-interfaces/lib/enums/HuddlyHex';
import Logger from '@huddly/sdk-interfaces/lib/statics/Logger';
// Device Manager Imports
import HuddlyGo from './huddlygo';
import Boxfish from './boxfish';
import Dwarffish from './dwarffish';
import Clownfish from './clownfish';
import DartFish from './dartfish';
import Ace from './ace';
import See from './see';
import Smartbase from './smartbase';
import { EventEmitter } from 'events';
import SmartbaseAce from './smartbaseAce';
import SmartbaseSee from './smartbaseSee';
import Crew from './crew';
export function createFactory(): IDeviceFactory {
return DeviceFactory;
}
/**
* Factory class for controlling what device controller implementation is supported for the corresponding
* device VendorID and ProductID.
*
* @export
* @class DeviceFactory
*/
export default class DeviceFactory {
/**
* Get a concrete transport implementation on the IHuddlyDeviceAPI
*
* @static
* @param {*} device An object that reperesents the usb device which is discovered
* on the concrete implementation of the IHuddlyDeviceAPI
* @param {IHuddlyDeviceAPI} preferredDeviceApi The main IHuddlyDeviceAPI used for communicating
* with the camera
* @param {Array<IHuddlyDeviceAPI>} secondaryDeviceApis Fallback IHuddlyDeviceAPI-s in case the
* main interface does not work
* @returns {Promise<ITransportable>} Returns the transport implementation for the device used to talk
* to the device
* @memberof DeviceFactory
*/
static async getTransportImplementation(
device: any,
preferredDeviceApi: IHuddlyDeviceAPI,
secondaryDeviceApis: Array<IHuddlyDeviceAPI>
): Promise<ITransport> {
const mainTransport = await preferredDeviceApi.getValidatedTransport(device);
if (mainTransport) {
return mainTransport;
}
Logger.warn(
'Transport init on main device api failed. Falling back to secondary device apis',
'SDK DeviceFactory'
);
for (const deviceApi of secondaryDeviceApis) {
const fallbackTransport = await deviceApi.getValidatedTransport(device);
if (fallbackTransport) {
return fallbackTransport;
}
}
throw new Error(
`Unable to find appropriate transport implementation for device: ${JSON.stringify(device)}`
);
}
/**
* Get an instance of the device which can be used to issue standard UVC control commands
*
* @static
* @param {*} device An object that represents the usb device which is discovered
* on the concrete implementation of the IHuddlyDeviceApi
* @param {IHuddlyDeviceAPI} preferredDeviceApi The main IHuddlyDeviceAPI used for communicating
* with the camera
* @param {Array<IHuddlyDeviceAPI>} secondaryDeviceApis Fallback IHuddlyDeviceAPI-s in case the
* main interface does not work
* @returns {Promise<any>} Returns the device class that is used for UVC controls
* @memberof DeviceFactory
*/
static async getUVCControlInterface(
device: any,
preferredDeviceApi: IHuddlyDeviceAPI,
secondaryDeviceApis: Array<IHuddlyDeviceAPI>
): Promise<any> {
if (await preferredDeviceApi.isUVCControlsSupported(device)) {
return preferredDeviceApi.getUVCControlAPIForDevice(device);
}
/**
* Main device api does not support uvc control interface
*/
for (const deviceApi of secondaryDeviceApis) {
if (await deviceApi.isUVCControlsSupported(device)) {
return deviceApi.getUVCControlAPIForDevice(device);
}
}
/**
* None of the device api's support uvc control interface
*/
return undefined;
}
/**
* Get a HID api implementation for the device
*
* @static
* @param {*} device An object that represents the usb device which is discovered
* on the concrete implementation of the IHuddlyDeviceApi
* @param {IHuddlyDeviceAPI} preferredDeviceApi The main IHuddlyDeviceAPI used for communicating
* with the camera
* @param {Array<IHuddlyDeviceAPI>} secondaryDeviceApis Fallback IHuddlyDeviceAPI-s in case the
* main interface does not work
* @returns {Promise<any>} Returns the device class that is used for UVC controls
* @memberof DeviceFactory
*/
static async getHIDInterface(
device: any,
preferredDeviceApi: IHuddlyDeviceAPI,
secondaryDeviceApis: Array<IHuddlyDeviceAPI>
): Promise<any> {
if (await preferredDeviceApi.isHIDSupported(device)) {
return preferredDeviceApi.getHIDAPIForDevice(device);
}
Logger.warn('Preferred device api does not support HID interface', 'SDK DeviceFactory');
for (const deviceApi of secondaryDeviceApis) {
if (await deviceApi.isHIDSupported(device)) {
return deviceApi.getHIDAPIForDevice(device);
}
}
throw new Error(
`Unable to find appropriate HID interface for device: ${JSON.stringify(device)}`
);
}
/**
* Function that selects the appropriate transport implementation and uvc control interface
* and returns a concrete implementation of the IDeviceManager
*
* @static
* @param {number} productId A usb device product id to distinct betweern different huddly products
* @param {IHuddlyDeviceAPI} preferredDeviceApi The main IHuddlyDeviceAPI used for communicating
* with the camera
* @param {Array<IHuddlyDeviceAPI>} secondaryDeviceApis Fallback IHuddlyDeviceAPI-s in case the
* main interface does not work
* @param {*} devInstance An object that represents the usb device which is discovered
* on the concrete implementation of the IHuddlyDeviceApi
* @returns {Promise<IDeviceManager>} Returns a concrete implementation of the IDeviceManger
* @memberof DeviceFactory
*/
static async getDevice(
productId: number,
preferredDeviceApi: IHuddlyDeviceAPI,
secondaryDeviceApis: Array<IHuddlyDeviceAPI>,
devInstance: any,
cameraDiscoveryEmitter: EventEmitter
): Promise<IDeviceManager> {
const transport = await this.getTransportImplementation(
devInstance,
preferredDeviceApi,
secondaryDeviceApis
);
const uvcControlInterface = await this.getUVCControlInterface(
devInstance,
preferredDeviceApi,
secondaryDeviceApis
);
let device: IDeviceManager;
switch (productId) {
case HuddlyHEX.GO_PID:
const hidApi = await this.getHIDInterface(
devInstance,
preferredDeviceApi,
secondaryDeviceApis
);
device = new HuddlyGo(
devInstance,
<IUsbTransport>transport,
uvcControlInterface,
hidApi,
cameraDiscoveryEmitter
);
break;
case HuddlyHEX.CLOWNFISH_PID:
device = new Clownfish(
devInstance,
<IUsbTransport>transport,
uvcControlInterface,
cameraDiscoveryEmitter
);
break;
case HuddlyHEX.BOXFISH_PID:
device = new Boxfish(
devInstance,
<IUsbTransport>transport,
uvcControlInterface,
cameraDiscoveryEmitter
);
break;
case HuddlyHEX.DWARFFISH_PID:
device = new Dwarffish(
devInstance,
<IUsbTransport>transport,
uvcControlInterface,
cameraDiscoveryEmitter
);
break;
case HuddlyHEX.DARTFISH_PID:
device = new DartFish(
devInstance,
<IUsbTransport>transport,
uvcControlInterface,
cameraDiscoveryEmitter
);
break;
case HuddlyHEX.L1_PID:
device = new Ace(devInstance, <IGrpcTransport>transport, cameraDiscoveryEmitter);
break;
case HuddlyHEX.S1_PID:
device = new See(devInstance, <IGrpcTransport>transport, cameraDiscoveryEmitter);
break;
case HuddlyHEX.SMARTBASE_PID:
device = new Smartbase(devInstance, <IUsbTransport>transport, cameraDiscoveryEmitter);
break;
case HuddlyHEX.SMARTBASE_S1_PID:
device = new SmartbaseSee(devInstance, <IUsbTransport>transport, cameraDiscoveryEmitter);
break;
case HuddlyHEX.SMARTBASE_L1_PID:
device = new SmartbaseAce(devInstance, <IUsbTransport>transport, cameraDiscoveryEmitter);
break;
case HuddlyHEX.SMARTBASE_CREW_PID:
device = new Crew(devInstance, <IUsbTransport>transport, cameraDiscoveryEmitter);
break;
default:
throw new Error(`Unsupported Device. USB ProductId: ${productId}`);
}
return device;
}
}


After enabling HTTPS, you can force all non-secure HTTP requests to get redirected to HTTPS. Unless you have a strong reason to not do this based on the specific requirements of your deployment, this is a strongly recommended feature.


about
books
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Guiltless Pleasure
by Lazzlo Jenkins on July 1, 2015
Guiltless Pleasure, 2015
Guiltless Pleasure - July 1, 2015 -


It helps people harness more of their brain power. The more a neurological pathway is used, the stronger it gets this reduces anxiety, as tasks/thoughts/habits are familiar.
Repetition seems to be the core to neuroplasicity. Also to be able to consciously understand what your brain is physically doing.
Focus on single tasks and repeat them, if you have too many ideas or thoughts then it is harder to form a pathway. Realise you brain needs more than to type. Moving, takingbreaks, water, exercise, and eating well and regularly For mindfulness I use the apps, Headspace and Calm.
L ink to a resource that you found particularly useful or engaging. https://www.verywellmind.com/what-is-brain-plasticity-2794886Essentially, if you believe in something enough you can achieve it. Reinforcing the neurological pathways, with positive but realistic praise will help reprogram the brain to run more efficiently, or in our case happier.
Yes, the power you have to understand how the different areas of brain work and how to use it its quite incredible. The importance of repetition. I knew it is important, but didn’t understand how it physically affected the brain.
I think “Growth Mindset”, will be crucial for bootcamp. It should be one of the tools assessed each day and ask myself, how have I used this knowledge/skill to make me a better programmer ?


Indian Railways serve nearly 23 million passengers every day therefore security and safety of these passengers especially women and other vulnerable sections of society is of paramount importance to the system. The maintenance of law & order in railways and railway premises is the responsibility of concerned State Police whereas the security of passengers and their belongings in the running trains and railway premises is the shared responsibility of the Railway Protection Force (RPF) and the Government Railway Police (GRP). This portal provides the facility to file an instant FIR to be served by the GRP on the next hault.
Reserved(for reserved seats)
Check Status(to check status of your FIR)


1
the
largest
cities
in
australia
are
sydney,
melbourne,
brisbane,
perth
and
adelaide.
2
the
name
for
germany
in
german
language
is
deutschland.
3
the
netherlands
is
also
known
as
holland.
4
animals
such
as
lions,
buffaloes,
leopards,
elephants
and
rhinoceros
are
present
in
kenya.
5
the
capital
of
switzerland
is
bern,
while
the
largest
city
is
zurich.
6
the
petronas
towers
are
twin
skyscrapers
in
kuala
lumpur
in
malaysia.
7
pico
bolivar
is
the
highest
mountain
in
venezuela.
8
french,
the
language
of
france,
is
the
second
most
studied
language
in
the
world
after
spanish.


--- layout: page title : About Me header : Post Archive group: navigation --- {% include JB/setup %}
Name :alphaxiang
Email<EMAIL_ADDRESS><EMAIL_ADDRESS>I am a Android kernel software engineer at shen zhen ,china. interested in Linux kernel ,arm ,c programming 大家好,我是alpha,是一名android kernel software engineer ,喜欢写blog,以前在alphaxiang.wikispaces.com上写blog. 最近发现了github,觉得挺不错,于是就转移到这里来了.


{% extends "base.html" %} {% block body %}
Members: {% for engineer in project.engineers %} {{engineer.username}} {% endfor %}


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AUSTRALIA ROAD TRIP PLAN – CITY, COASTLINE & CONSERVATION IN VICTORIA
My Australia road trip in Victoria wouldn’t have been the same without digging deep into its capital, Melbourne. One of the world’s ‘most livable cities’, it sprung from the gold rush in the mid 1800’s, where today a scattering of colonial architectural pokes through as a window of its short history. It is compact and easily navigable, but heavy on the cultural and activity spectrum – sports and entertainment venues in droves, riverside cool and eclectic neighbourhoods, quirky fast food outlets and gourmet restaurants, gritty laneways and glistening towers.
Nieves Leocadia


Looping: Ruby vs JavaScript
Feb 14, 2016
Looping is one of my favorite (and easiest) ways of iterating over data in many proramming languages. Most languages handle loops in mostly the same way, and the syntax can be almost identical. However, Ruby and JavaScript have pretty different ways of starting and writing loops.
My favorite way of looping in Ruby is the .each method, which simply iterates over 'each' data point in a set. It's simple, easy to use, and elegant (3 things I like my life to be).
In JavaScript, however, there's no .each method, so we have to use something else. The 'for' and 'while' loops are probably the easiest to use, and work in almost the same way as those loops in Ruby. The big difference is in the syntax: mainly that you need to wrap everything in curly braces.
Loops in JavaScript do have one really cool feature, though. Built in counters. Unlike Ruby where you have to create your own counters for keeping track of how many times you've looped, they're more-or-less required in JavaScript. To create a 'for' loop, you define it as "for (var i = 0; i < 10; i++)", which simply means that your counter is set to whatever you want, the code block loops until the center condition is met, and at the end of each loop it does whatever is in the last phrase (in this case, it increases by one).


The European Commission Approved nearly 94 Million Euros for a New Power Plant in Bulgaria
The European Commission approved nearly 94 million euros for a high-efficiency cogeneration plant in Bulgaria. It will generate heat and electricity of approximately 55 MW for heat and 19 MW for electricity.
Nearly 180,000 tons of unrecyclable waste will be used as fuel on an annual basis. The installation, set up by Toplofikacia EAD, will be connected to the Sofia-district heating network. Its construction should complete by the end of 2023.
"European support will help Bulgaria achieve its energy efficiency targets and contribute to reducing carbon dioxide emissions in line with EU environmental targets without unduly distorting competition," EU Competition Commissioner Margaret Westerger commented.
EC funds are divided into two separate measures: a direct grant of approximately EUR 90.8 million (about BGN 177.6 million), financed by EU structural funds managed by Bulgaria, and a loan granted from the Sofia Municipality of Toplofikacia EAD with a preferential interest amounting to approximately EUR 3 million (about BGN 5.8 million).


VICKS QLEARQUIL 12 HOUR DECONGESTANT MOISTURIZING- oxymetazoline hydrochloride spray
The Procter & Gamble Manufacturing Company
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredient
Oxymetazoline HCl 0.05%
Purpose
Nasal decongestant
Uses
temporarily relieves
- nasal congestion due to a cold, hay fever, or other upper respiratory allergies
- sinus congestion and pressure
Warnings
Ask a doctor before use if you have
- heart disease
- thyroid disease
- diabetes
- high blood pressure
- trouble urinating due to enlarged prostate gland
When using this product
- do not exceed recommended dosage
- do not use this product for more than 3 days. Use only as directed. Frequent or prolonged use may cause nasal congestion to recur or worsen
- temporary discomfort such as burning, stinging, sneezing, or increased nasal discharge may occur
- use of this container by more than one person may spread infection
Stop use and ask a doctor if
If pregnant or breast-feeding, ask a health professional before use.
Keep out of reach of children. If swallowed, get medical help or contact a Poison Control Center right away
Directions
Remove protective cap. Before using for the first time, prime the pump by firmly depressing its rim several times. Hold container with thumb at base and nozzle between first and second fingers. Without tilting your head, insert nozzle into nostril. Fully depress rim with a firm, even stroke and inhale deeply.
| Adults and children 6 years and older (with adult supervision): |
2 or 3 sprays in each nostril, not more often than every 10 to 12 hours. Do not exceed 2 doses in any 24-hour period |
| Children 2 to under 6 years: |
ask a doctor |
| Children under 2 years: |
do not use |
Other information
- store at room temperature
Inactive ingredients
acesulfame potassium, aloe, benzalkonium chloride, chlorhexidine gluconate, citric acid anyhdrous, edetate disodium, fragrance, purified water, sodium citrate, sodium hydroxide, sorbitol, tyloxapol
Questions?
1-800-873-8276
DIST. BY PROCTER & GAMBLE,
CINCINNATI, OH 45202.
PRINCIPAL DISPLAY PANEL - 15 ml Bottle Carton
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VICKS®
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12 HOUR NASAL
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Nasal Decongestant
12
HR
Fast Acting
Cold & Allergy
Congestion
Sinus Pressure
KEEP OUT OF REACH
OF CHILDREN
Ultra Fine
Mist
½ FL OZ
(15 ml)


Code designed to run in user mode and be interpreted by domains is called “domain code”. There are about 60 such programs in the current release. All of these are written in C but but most of then use a special preprocessor called “kcpp”. kcpp translates commands such as
KC (fen, Node_Fetch + FEN_Parm2) KEYSTO(k3)into
{OC(Node_Fetch + FEN_Parm2);XB(0x00C00000);NB(0x0080A000);cjcc(0x00000000,&_jumpbuf); }This command invokes the key in one of the 16 general key slots. “fen” identifies the key slot and an earlier statement in the program:
KEY fen = 12; /* Receives red front end node key */provides the concrete value. The order code here is “Node_Fetch + FEN_Parm2” which is passed thru for the standard C compiler to see as an argument. As “fen” names the slot of the invoked key, “k3” names the slot to receive a key that will be returned when control returns to this domain.
main/src/domains/support/cfstart.s is a program that first runs in domains that will later run C code. It sets up the domain for compiled code.


*
Disclaimer: All USD prices shown are an estimation of the token values. Token values are fetched from
CryptoCompare


12.5. FriendsIn some cases, it is convenient to let specific nonmember functions access the private members of a class while still preventing general access. For example, over-loaded operators, such as the input or output operators, often need access to the private data members of a class. For reasons we'll see in Chapter 14 these operators might not be members of the class. Yet, even if they are not members of the class, they are "part of the interface" to the class. The friend mechanism allows a class to grant access to its nonpublic members to specified functions or classes. A friend declaration begins with the keyword friend. It may appear only within a class definition. Friend declarations may appear anywhere in the class: Friends are not members of the class granting friendship, and so they are not affected by the access control of the section in which they are declared.
Friendship: An ExampleImagine that in addition to the Screen class we had a window manager that manages a group of Screens on a given display. That class logically might need access to the internal data of the Screen objects it manages. Assuming that Window_Mgr is the name of the window-management class, Screen could let Window_Mgr access its members as follows: class Screen { // Window_Mgr members can access private parts of class Screen friend class Window_Mgr; // ...restofthe Screen class }; The members of Window_Mgr can refer directly to the private members of Screen. For example, Window_Mgr might have a function to relocate a Screen:
Window_Mgr&
Window_Mgr::relocate(Screen::index r, Screen::index c,
Screen& s)
{
// ok to refer to height and width
s.height += r;
s.width += c;
return *this;
}
In absence of the friend declaration, this code would be in error: It would not be allowed to use the height and width members of its parameter named s. Because Screen grants friendship to Window_Mgr, all the members of Screen are accessible to the functions in Window_Mgr. A friend may be an ordinary, nonmember function, a member function of another previously defined class, or an entire class. In making a class a friend, all the member functions of the friend class are given access to the nonpublic members of the class granting friendship. Making Another Class' Member Function a FriendInstead of making the entire Window_Mgr class a friend, Screen could have specified that only the relocate member was allowed access: class Screen { // Window_Mgrmust be defined before class Screen friend Window_Mgr& Window_Mgr::relocate(Window_Mgr::index, Window_Mgr::index, Screen&); // ...restofthe Screen class }; When we declare a member function to be a friend, the name of the function must be qualified by the name of the class of which it is a member. Friend Declarations and ScopeInterdependencies among friend declarations and the definitions of the friends can require some care in order to structure the classes correctly. In the previous example, class Window_Mgr must have been defined. Otherwise, class Screen could not name a Window_Mgr function as a friend. However, the relocate function itself can't be defined until class Screen has been definedafter all, it was made a friend in order to access the members of class Screen. More generally, to make a member function a friend, the class containing that member must have been defined. On the other hand, a class or nonmember function need not have been declared to be made a friend.
Class names and functions (definitions or declarations) introduced in a friend can be used as if they had been previously declared: class X { friend class Y; friend void f() { /* ok to define friend function in the class body */ } }; class Z { Y *ymem; // ok: declaration for class Y introduced by friend in X void g() { return ::f(); } // ok: declaration of f introduced by X }; Overloaded Functions and FriendshipA class must declare as a friend each function in a set of overloaded functions that it wishes to make a friend: // overloaded storeOn functions extern std::ostream& storeOn(std::ostream &, Screen &); extern BitMap& storeOn(BitMap &, Screen &); class Screen { // ostream version of storeOn may access private parts of Screen objects friend std::ostream& storeOn(std::ostream &, Screen &); // ... }; Class Screen makes the version of storeOn that takes an ostream& its friend. The version that takes a BitMap& has no special access to Screen. |


The DestinationDirs section specifies the default destination directory or directories for all copy, delete and/or rename operations on the files defined elsewhere in the .INF.
See also the Glossary entry for [DestinationDirs].
Entries and values
[file-list-section=dirid[,subdir]] ...
file-list-section
- Specifies the INF-writer-determined name of a section referenced by a CopyFiles directive elsewhere in the INF file.
Definitions :
-
[DestinationDirs]
...
AC97SMPL.CopyList=10, system32\drivers
AC97PROP.CopyList=10, system32
DevUpgrd.CopyList=10, win9xmig\DevUpgrd
W2KDriver.CopyList=10, win9xmig\DevUpgrd\AC97W2K
[AC97SMPL.CopyList]
...
AC97SMPL.sys
[AC97PROP.CopyList]
...
AC97PROP.dll
[DevUpgrd.CopyList]
...
Migrate.dll
[W2KDriver.CopyList]
...
AC97SMPL.inf
AC97SMPL.sys
AC97PROP.dll
References :
-
[AC97SMPL]
...
CopyFiles=AC97SMPL.CopyList, AC97PROP.CopyList, DevUpgrd.CopyList, W2KDriver.CopyList
[AC97SMPL.NTX86]
...
CopyFiles=AC97SMPL.CopyList, AC97PROP.CopyList
dirid
- Specifies the directory identifier of the target directory for operations on files that are referenced within named file-list-sections of the INF ([AC97SMPL.CopyList] and [AC97PROP.CopyList]).
In this case, AC97SMPL.sys will be copied in %windir%\system32\drivers and AC97PROP.dll will be copied in %windir%\system32.
The Windows 2000 DDK contains the complete list of directory identifiers.


SUGAR HILL A film review by Mark Takacs Copyright 1994 Mark Takacs
Twentieth Century Fox / rated R Starring: Wesley Snipes Theresa Randle Abe Vigoda Michael Wright Clarence Williams III Ernie Hudson Classification: Gangster Tragedy Tak Rating: see it several times - full and/or matinee
One-Line-Summary ---------------- A native drug lord in Harlem's Sugar Hill neighborhood tries to break away from the cycle of violence and start a new life.
Tak Plot Summary ---------------- SUGAR HILL revolves around Romello (Wesley Snipes), his brother Ray Nathan (Michael Wright) and their father (Clarence Thomas III), told from Romello's point of view. With both parents as victims of heroin addiction, native Harlem residents Romello and Ray Nathan now control the drug action, supported by old-time mob suppliers. Problems arise when smart, educated Romello wants out, tired of the hopelessness, fear and violence. Forces beyond his control, including mob ties, a new and more ruthless operator, and his own family, try to convince him that his place is in Harlem.
Tak Thoughts ------------ I love deadly serious, epic gangster movies like NEW JACK CITY, JUICE, BOYZ IN THE HOOD, PUBLIC EYE, and THE GODFATHER series. These movies usually include slow motion shoot-outs, agonized and anguished characters, and plenty of what could be considered melodramatic scenes. Sometimes they end on an upbeat note, and sometimes they end like classical tragedies, with everyone dead or wishing they were. SUGAR HILL manages to do both. How? I can't tell ya....
The violence inherent in any drug/gangster movie was well handled and not glamorized in the slightest. When people get killed, tortured or roughed up, it's not pretty, though it's not a gore-fest either. It's stark, and all the more shocking.
A friend of mine thought the pacing was slow, and even complained about extraneous scenes, but I was totally into the movie and didn't even notice the time. Nor did I think any scenes were out of place.
The scene under discussion involved Romello's love interest after she spurns his lifestyle and goes out with an athlete, who ends up almost raping her--instant asshole, just add alcohol. She realizes she had a good, loving man in Romello, especially as he's trying to escape his old ways. My friend argued that the whole "bad date" scene was worthless, but I felt it served to explains why she returned after so firmly rejecting him.
Clarence Thomas III was wonderful as their shattered father. A former musician who used to deal but strayed, he was crippled by his mob suppliers and was directly responsible for Romello's entry into a criminal career. Romello cares deeply for his father, a feeling not shared by Ray, who can only see his father's failings. Michael Wright gives a believable performance as Ray Nathan, who is Romello's constantly strung-out and emotionally insecure older brother.
Wesley Snipes convinced me that Romello was intelligent, street-wise and strong enough to establish his turf, yet also wise enough to see that he's headed nowhere fast. I believed he was a basically good, caring person who had begun to regret the role he had taken in life. When I think about it, what I just wrote sounds really implausible, but it worked, and worked well.
Tak Rating: ----------- I liked the intensity of SUGAR HILL. The acting is first rate, and I enjoyed the story. If you like serious gang/drug dramas (verging on tragedy) that depict the hopelessness and simultaneous struggle for redemption, treat yourself to a performance of SUGAR HILL and then bring some friends.
avoid at all costs see several times (w/friends) as matinee wait for videotape see once at full price watch it on cable X see it several times - full and/or matinee see once as a matinee see many times at full price
--<EMAIL_ADDRESS>.
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


This port lies on the southern end of the east coast of Madagascar. Currently, it has a rather run-down appearance.
Position 25°1'37" S,46°59'46" E.
This is a new port. Ed. more information will be posted as soon as it is available.
Last updated January 2010.


Expensify Integrations
Expensify is an expense reporting tool that started by targeting SMBs and startups, but has grown with its customers (which includes the likes of Uber, Square, Snapchat, Stripe, GitHub, Docker and Zendesk) into a nearly complete enterprise ready application.
Product Assortment with Integrations
As part of its evolution, Expensify now integrates into a variety of accounting products. However, recognizing that those accounting products generally target different types of buyers, they’ve decided to create product assortment by feature-gating various integrations.
The free tier allows individuals to use Expensify to organize their personal expenses before submitting through an antiquated enterprise solution. Each subsequent tier is designed to appeal to companies of differing sizes (generally, only large enterprises are using SAP & Oracle expense reporting solutions.) By visiting the integrations page, admins can see which tools their current plan is able to integrate with.
Integration experience
Once signed in as an account admin, Expensify showcases the integrations that are available on its Connections screen. If a company gets started at a lower tier and then wants to integrate with a tool that is out of their plan, they’re encouraged to upgrade. By clicking to integrate a premium application, the admin is instantly give the option to confirm the account upgrade to the level that enables this integration.
Assuming that the integration is available to the account, it appears that Expensify has implemented two different flows for doing the technical integration. For companies with open and well documented APIs, it appears that Expensify has simplified the integration process by enabling an auth flow for automated integration. For other applications that likely require more complex setup or integration configuration, Expensify pops a modal to connect with its support team to complete the integration.
The team at Expnsify has done a great job of documenting their integrations in a way that explains the benefits of the integration before it is implemented.
Export Builder
Beyond these predefined integrations, Expensify allows it’s customers to export their data out.
By creating an export format, the account admin can actually control the format (CSV, XLS, MS access) as well as the exact column headers and data format (by using a templating language.) This is an incredibly powerful too for customizing reports into formats that will work with existing systems and processes.
Integrations API
In addition to manual export, Expensify offers options to programmatically export data from their API. This functionality appears to only be available to their Enterprise customers (at some point Expensify stopped accepting new applications to be created for its platform.)
They’ve continuously supported this option with detailed technical documentation of the integration API.
This was published on Feb. 1, 2017.
Content Contributors
Is a feature of your app EnterpriseReady?
We'd love to work with you to breakdown your implementation and share it with the EnterpriseReady community.


DAP rep no show at Sarawak legal counsel
by BY SULOK TAWIEKUCHING, Nov 15 — DAP’s Pending state lawmaker Violet Yong today failed to turn up at the Sarawak State Legislative Assembly building to face State Legal Counsel Datuk Fong Joo Chong with members of the local media as witnesses.
Fong has written a letter to Yong yesterday, informing her to be present at 3pm at the cafeteria at the state assembly building over her allegations against him during her debate speech on the State Budget on November 6.
“Although her allegations have been expunged [from the State Assembly’s Hansard as ordered by the Speaker Datuk Amar Asfia Awang Nasar], the fact is that it has been said and somehow or rather, it has been promoted outside the Dewan,” he told reporters.
In his letter, Fong also told Yong that she has made false and defamatory allegations against him when he was not in a position to defend himself.
He also wanted her to maintain her false allegations and waive her parliamentary immunity so that he can sue her in court.
In an immediate response, Yong said as an elected state lawmaker, it is her duty to bring up issues that concern the people of Sarawak.
“In the just concluded Sarawak State Assembly, I pointed out some Petroleum Sarawak Berhad (Petros) Board members who either have shares or hold directorships in companies that procured contract projects from Petronas.
“There is an issue of conflict of interest,” she said.
On Fong’s challenge to her to bring the matter to the court, she said her simple answer is that it is her “constitutional right to speak in the State Assembly without fear or favour”.


Koponen P et al.,
2011,
Finland
[
45]
|
Prospective single-center,
hospitalized children with a clinical diagnosis of bronchiolitis
with a follow-up at 5-6 years of age
|
Dec 2001–May 2002 and
Oct 2002–May 2004
|
<6 months |
166 infants:
Viral types
- RSV 117/166 (70.5%)
- RV 21/166 (12.7%)
- Others 28/166 (16.9%)
|
Current asthma, defined as a continuous maintenance medication for asthma,
doctor-diagnosed wheezing or prolonged
(4 weeks) cough apart from an infection,
during the preceding year and BHR in ECT
|
Previous non-RSV bronchiolitis associated with more frequent current asthma in preschool-age than RSV bronchiolitis
(24% vs. 8.2%,
p = 0.01),
but no single virus (nor RV) was predominant in the “former non-RSV bronchiolitis” group with current asthma
At the adjusted multivariate analysis, non-RSV bronchiolitis resulted as an independent risk factor for preschool asthma
(aOR 3.74,
95% CI 1.28–10.99)
|
Midulla F et al.,
2014,
Italy
[
46]
|
Prospective single-center, hospitalized children with a clinical diagnosis of bronchiolitis with yearly follow-up for 3 years since discharge |
Oct 2004–May 2008 |
<1 year |
230 infants,
134 virus-positive cases:
Viral types
- RSV 99/134 (73.9%)
- RV 20/134 (14.9%)
- Others 29/134 (21.6%)
|
Recurrence of wheezing
(3 groups:
no wheezing, occasional wheezing
(≥2 episodes of wheezing in 3 years), recurrent wheezing
(≥2 episodes of wheezing in a year for3 years))
|
RV bronchiolitis associated with recurrent wheezing than other viral groups at multivariate analysis
(OR 3.2,
95% CI 1.1-9.6,
p = 0.03)
|
Amat et al.,
2018,
France
[
47]
|
Prospective single-center,
hospitalized children with a clinical diagnosis of bronchiolitis with follow-up for 3 years after discharge
|
Oct 2011–May 2012 |
<1 year |
154 infants:
Viral types
- RSV 117/154 (76%)
- RV 44/154 (28.6%)
- Others 108/154 (70.1%)
Co-infections
- Coinfect. 54/154 (35.1%)
N.B. frequency of RV + RSV infection not specified
|
Diagnosis of recurrent wheezing
Sensitization (IgE rate) to aeroallergens
|
No significant differences in the frequency of recurrent wheezing among single and mixed viral groups,
but initial RV-RSV co-infected bronchiolitis associated with the risk of sensitization to aeroallergens at 3 years at multivariate analysis
(OR 3.88,
95% CI 1.24–12.1,
p = 0.02)
|
Bergroth E et al.,
2019,
Finland
[
36]
|
Prospective multicenter cohort study (MARC-30),
hospitalized children with a clinical diagnosis of bronchiolitis with follow-up 4 years after discharge
|
Nov 2008–Mar 2010 |
<2 years |
349 children,
302 virus-positive cases:
Viral types
- RSV 145/302 (48%)
- RV 101/302 (33.4%)
- Others 51/302 (16.9%)
Co-infections
- RSV + RV 8/302 (2.6%)
N.B. frequency of global co-infections not specified
|
Use of asthma control medication 4 years after bronchiolitis |
RV infection associated with higher use of asthma control medication in the last year than RSV infection
(47% vs. 15%, aOR 3.67,
95% CI 1.88–7.19,
p < 0.001)
At the multivariable analysis, RV-C was specifically associated with a higher risk for the use of asthma control medication 4 years after severe bronchiolitis
(aOR 3.72,
95% CI 1.80–7.66,
p < 0.001)
|
Hunderi JOG et al.,
2020,
Norway
[
48]
|
Prospective multicenter,
hospitalized children with a clinical diagnosis of moderate-severe bronchiolitis (based on a 10-pointed CSI) with follow-up 2 years after discharge
|
2010–2011 |
<2 years |
294 children,
129 virus-positive cases
Viral types
- RSV 107/129 (82.9%)
- RV 45/129 (34.9%)
- RV-A/B 12/45 (26.7%)
- RV-C 33/45 (73.3%)
- high RV genomic load
8/45 (17.8%)
Co-infections
- Coinfect. 170/266 (63.9%)
N.B. frequency of RV + RSV infection not specified
|
Recurrent wheeze at 2 years (defined as ≥3 episodes, including the bronchiolitis at the enrollment) |
Recurrent wheeze by 2 years of age was neither significantly associated with RV or RSV nor with rates of high viral load during acute infant bronchiolitis |
Mansbach et al.,
2020,
USA
[
49]
|
Prospective multicenter cohort study (MARC-35), hospitalized children with a clinical diagnosis of bronchiolitis with follow-up 2 years after discharge with a focus on delayed viral clearance (detection of the same virus in nasal swab 3 weeks after the discharge) and sequential infection (detection of a new RSV type or RV genotype) |
2011–2014
(winter seasons)
|
<1 year |
673 infants:
Viral typed
- RSV 107/673 (15.9%)
- RV 122/673 (18.1%)
Co-infections
- Coinfect. 170/266 (63.9%)
N.B. frequency of RV + RSV infection not directly specified
|
Recurrent wheezing by age 3 years (defined as having ≥2 corticosteroid-requiring exacerbations in 6 months or ≥4 wheezing episodes in 1 year that last ≥1 day and affect sleep) |
No significant association between RSV DC, RSV SI, RV DC, RV SI, and a higher risk of recurrent wheezing
Among infants with RV at hospitalization, those with a new RV SI had a higher risk of recurrent wheezing compared to children without a new RV SI
(HR 2.49,
95% CI 1.22–5.06,
p = 0.01)
|


"None" indicates that no QoS Spec is currently associated. Conversely, setting
the QoS Spec to "None" will remove the current association.
This is equivalent to the cinder qos-associate and cinder qos-disassociate
commands.
{% endblocktrans %}


{% extends 'main/layout.html' %} {% block content %}
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Source code for pilot.util.proxy
#!/usr/bin/env python
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0
#
# Authors:
# - Paul Nilsson<EMAIL_ADDRESS>2017-2019
from pilot.util.container import execute
import logging
logger = logging.getLogger(__name__)
[docs]def get_distinguished_name():
"""
Get the user DN.
Note: the DN is also sent by the server to the pilot in the job description (produserid).
:return: User DN (string).
"""
dn = ""
executable = 'arcproxy -i subject'
exit_code, stdout, stderr = execute(executable)
if exit_code != 0 or "ERROR:" in stderr:
logger.warning("arcproxy failed: ec=%d, stdout=%s, stderr=%s" % (exit_code, stdout, stderr))
if "command not found" in stderr or "Can not find certificate file" in stderr:
logger.warning("arcproxy experienced a problem (will try voms-proxy-info instead)")
# Default to voms-proxy-info
executable = 'voms-proxy-info -subject'
exit_code, stdout, stderr = execute(executable)
if exit_code == 0:
dn = stdout
logger.info('DN = %s' % dn)
cn = "/CN=proxy"
if not dn.endswith(cn):
logger.info("DN does not end with %s (will be added)" % cn)
dn += cn
else:
logger.warning("user=self set but cannot get proxy: %d, %s" % (exit_code, stdout))
return dn


Eve features
Eve is a front-end data processiong imperative programming language. Eve is multi-paradigm, statically typed, with type inference and gradual typing. Our intention is to create a verbose robust language for enterprise applications.
Names: {eve, Eve, EVE) are related. Eve is the language name, EVE is the virtual machine, *.eve is the source code extesion for script files. Initially Eve use to be called Level 123 but we have simplified the name. Level project was archived in 2007.
Targt Features:
| # | Feature | Description |
| 1 |
readable |
use familiar keywords |
| 2 |
effective |
focus on domain specific jobs |
| 3 |
safe |
use static data type system |
| 4 |
modular |
has reusable scripts and modules |
| 5 |
versatile |
can connect to multiple databases |
Design: Eve has a classic design inspired from Ada, Ruby & Fortran. Therefore learning Eve is more easy if you know one of these languages. Eve is not a curly bracket language, and is much more different than C, C++, Java, Rust, Go, Swift, JavaScript.
Readable
Eve is designed to be learned by reading code examples. It has an explicit consistent and verbose syntax. We believe future users will learn a language much more easly, when the syntax looks right.
Eve has ...
- familiar English keywords, with no abbreviation;
- declarative statements based on noun keywords;
- sugestive keywords to finish a block statement;
- only ASCII operators and delimiters not Unicode symbols;
- more flat code by making indentation optional at 2 spaces;
- comprehensive data literals for constants and collections;
- uppercase and lowercase to separate data types from variables;
- sigil/prefix for some identifiers to reduce name collisions;
The result of these choices is demonstrate below with an example. You can observe different comment notations enable different colors. Syntax colorizer is able to identify the keywords and highlight every statement. This can not be achieved in a curly bracket language.
# Fibonacci series demonstrate
driver fibonacci:
** declare Fibonacci routine
function fib(n:Integer) => (y:Integer):
if (n == 1) or (n == 0) then
let y := 1; -- first value
else
let y := fib(n-1) + fib(n-2);
done;
return;
process
** local variable for result
new r: Integer;
** call fib rule using argument 5
let r := fib(5);
** print the result to console
print r;
return;
Effective
Eve is aiming to be effective and feasible. This means Eve is design to improve developer productivity and get the job done. Effective does not necessarily imply extreme efficiency or higher performance. Eve is design to be productive and easy to learn.
Eve ...
- is using gradual typing;
- is using type inference;
- is using separation of concerns;
- enables string templates and interpolation
- enables exclusive database connectivity;
- enables model first application design;
- enables generative (macro) programming;
Safe
Eve is designed to be a safe. For this we avoid using Null pointers. Eve is using boxed values that are actually references but we initialize all the basic types with zero values. Null is equivalent to zero value. We believe the next principles will help us design a better language:
- We favor safety over performance,
- It is better to be productive than efficient,
- Implicit values are better than wrong values,
- A good error message worth more than gold,
- If the system is not ready it should tell you,
- If a process fail it should report the errors,
- Sometimes if you try a second time it works!
Modular
Eve applications are usually small, based on single source file that do one job. However we enable usage of multiple files for separation of concerns in large project. There are 3 kind of modules defined for Eve, as follows:
Eve modular design
- One master script called "driver"
- Multiple secondary scripts called "aspects"
- Multiple reusable modules organized in lybraries.
Drivers and aspects are executable while modules are reusable but not executable. Aspects are launched from the driver and are individual process. Once an aspect is resolved it is removed from memory, unlike modules that are persistent until the driver ends.
Versatile
Eve is a domain specific language but it looks and feel like a general purpose language. We do not do graphics but we manipulate data in any form. This can be text data but also row bit data. So we can read and write images and video streams. Next design choices will make Eve a versatile language:
- Eve variables and parameters can be declared using: type hint, type inference and gradual typing. This improve readability and reduce clutter;
- Eve use implicit data types that are static but enable also variant type. The variant type can support a number of alternative data types that can be specified.
- Eve has processes that can support input/output parameters. A process can run in a separate thread. However a process can not be used in expressions.
- Eve has functions. Functions are usually defined in modules. A function can return one or more results. You can define the result name and type explicit.
- Eve has lambda expressions. These are similar to functions but restricted. A lambda expression can't have side effects and can return a single value.
- Variables and parameters are automatically initialized with zero value when there is no explicit initialization. Also, if a parameter has explicit initial value it becomes optional.
- In a subroutine, native type parameters are transferred by value. You can sent parameters by reference using "@" prefix.
- Eve has two assignment operators: "::" (colne) and ":=" (assign). Developers can control the asignment explicit.
Classic
Eve is using a familiar syntax. We try to avoid being disruptive. If you know Java or C++ you will be able to learn Eve in less then one week. Also if you know Ada or Pascal, or Ruby you will be confortable learning Eve.
- Eve is using classic control flow statements: {decision, selection, repetition, error handlers} that you already know from other languages.
- Eve is using ASCII operators, and keyword based operators but not Unicode. This enable fast code input required to write large business oriented scripts.
- Eve has user defined data types (classes). Eve is a hybrid language it has suport for object oriented programming OOP.
- Eve is familiar with SQL, HTML and JSON. To deal with many SQL dialects, Eve have specific drivers that enable direct interaction with major databases.
Read next:
Eve Syntax


Random contains a variety of random number distributions as static instance variables as well as a few next* methods for returning the next psuedo-random value from a distribution. Before using any of the instance variable distributions, these distributions must be created via the appropriate create* method. For example,
// initialize Random.uniform
Random.createUniform();
// Random.uniform is now initialized and can be used.
int index = Random.uniform.getNextIntFromTo(0, 100);
This creates a uniform distribution from which to draw random numbers. You can then draw random numbers from this distribution using the the appropriate methods. See the cern.jet.random package in the colt documentation for the details of these methods. The actual random number generator is seeded on first use with the current timestamp. See below for more details on seeding the generator.
Once created a distribution can be used anywhere in your code through
the use of Random's static instance variables. So for example, if
you create the Uniform distribution in your model's begin()
method, you can access the same Uniform distribution in your
model's agent code with Random.uniform
. This instance
variable should always be referenced as such, that is, as
Random._distribution_name_, and not as the right hand side of an
assignment. Assigning a variable in this way can lead to unpredictable
results when setting the random seed. In short, code like this:
int index = Random.uniform.nextIntFromTo(0, 10);
and never like this:
Uniform myUniform = Random.uniform; // This is dangerous. Don't do it!!!
...
int index = myUniform.nextIntFromTo(0, 10);
All but one of the distributions in Random are from the colt library. The instance variable name is the same as the corresponding colt object with the first character in lower case. For example, the cern.jet.Random.Zeta distribution is Random.zeta. See the cern.jet.random package in the colt library documentation for more information about these distributions, and how to draw random numbers from them. The next* methods can be used as is, without creating a distribution before hand. For example,
double s = Random.nextCauchy();
Draws the next value from a Cauchy distribution.
In all cases, the distributions use a MersenneTwister as the source
for psuedo-random numbers. The MersenneTwister is a particularly good
generator for simulations as it has an extremely large period. This
generator is seeded on first use with the current timestamp. However,
Random also allows you to set and get the random seed as well as the
random number generator associated with that seed. Setting a new seed
with Random.setSeed
will create a new MersenneTwister
with the specified seed and invalidate any previously created
distributions. If you wish to use a distribution after the seed has
been set, you must create it as described above. Consequently, the
following is correct code:
Random.createUniform();
int index = Random.uniform.nextIntFromTo(1, 10);
...
Random.setSeed(1L);
Random.createUniform();
...
int index = Random.uniform.nextIntFromTo(1, 10);
but this is not:
Random.createUniform();
int index = Random.uniform.nextIntFromTo(1, 10);
...
Random.setSeed(1L);
...
int index = Random.uniform.nextIntFromTo(1, 10); // This won't work
Calling a Repast model's setRngSeed method will also set Random's seed, as will setting the seed through the parameter's panel of a gui model. Once the seed has been set all the distributions will use the same random number stream and repeatable randomness can be easily achieved.
Note that Random creates a default random number generator using the current timestamp as the seed. If you do not explicitly set your own seed, the distributions created via the create* calls will use this default generator.
The normal pattern of use then is to create the distributions you want, and having done so draw randon numbers from those distributions througout your code via Random's instance variables. For example:
Random.createUniform();
Random.createNormal(.5, .3);
...
int index = Random.uniform.nextIntFromTo(0, 10);
double val = Random.normal.nextDouble();
Custom Random Number Generationimport cern.jet.random.*; import cern.jet.random.engine.MersenneTwister; ... public class MyModel extends SimModelImpl { Normal myNormalDist; Uniform myUniformDist; ... public void begin() { MersenneTwister generator1 = new MersenneTwister(123); MersenneTwister generator2 = new MersenneTwister(321); myNormalDist = new Normal(1.0, 1.0, generator1); myUniformDist = new Uniform(generator2); } ... public void someMethod() { int index = myUniformDist.nextIntFromTo(0, 10); doubl val = myNormalDist.nextDouble(); } }
The important part here is the creation of two different MersenneTwisters. This will provide two different random number streams to the distributions. You can parameterize the seeds to these distributions and make them available to be set via the user interface or through a parameter file, by providing get and set methods for two seed values. You would then use the seed variables to seed the MersenneTwisters in place of "123" and "321" above. If the seeds are user specifiable, its also important to create the distributions in the begin() method rather than the setup() method. Any parameter changes will occur after setup() has been called and so creating your distributions there will ignore any parameter changes.
For more information see the doc for cern.jet.random in the colt library documentation.


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Data-driven hindsight shows third-party presence can have a sizeable influence on political races.
In 2016, then-candidate Angie Craig (DFL) suffered a bruising loss to Jason Lewis (R) in Minnesota's Second Congressional District, in part due to the Green Party's Paula Overby sharing space on the ballot.
The impact third-party candidates have on politics races is hotly debated. But comparing 2016's results to 2018's, when Craig beat Lewis in a rematch, shows that Overby's absence from that latter race significantly impacted the results.
A Star Tribune analysis shows precincts in 2018 reported Democratic percentages either over or even (within two points) the combined 2016 totals of Craig and Overby. Only some totals were less than the previous cycle, mostly in areas trending Republican.
Ovarall, Craig's 2018 totals closely matched her and Overby's combined leftwing vote from 2016.
About a third of precincts voted more Republican than in 2016 as political polarization strengthened its hold across the state. Craig fared better than 2016's combined leftwing vote in only a few precincts.
As 2020’s election cycle revs up to full speed, multiple independent challengers are slated to run for seats spanning from local elections to federal races. Whether this coming election showcases similarly contentious multiparty races remains to be seen.


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CamelBones - Home CamelBones 0.2.3 Not a major release, but it has a few interesting things. Thread support and more flexible method naming are the primary additions. See What's new in 0.2.3 for more.なにげにバージョンアップしてるな…。


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You take the weapon and head into the castle. You are confronted by a gang of goblins asking for Bit Coins™ in exchange for safe passage. What do you do?
Bitcoin Mining
Run away
Fight Club


Grain results mixed for region
by Jake DietschThe Grain Industry Association of WA's yield report reveals the Esperance port zone had varying yield results in October.
GIWA found Esperance had "very good areas" along the coast, but it had "some very poor areas" in the north and north west.
The survey found coastal areas had a "dream run" due to an earlier start than most, little waterlogging and no frost.
"Grain yields for all crops will be above average and grain quality is expected to be good," GIWA said.
In contrasts, the results have been erratic away from the coast because of the dry spring and the influence of frost.
"The frost has taken the top off many barley and canola crops and grain yields swing wildly through paddocks," GIWA said.
"Most barley in the zone is grown for feed and the high screenings for many loads have been less of a problem than contamination from wheat volunteers.
"Canola grain yields in the better areas have been better than expected although in the north and eastern areas, the dry, frost and rain prior to harvest has resulted in some very poor yields and some undeliverable loads due to sprouting."
GIWA found there had been little wheat harvested and the estimated wheat tonnage was unknown.
The wheat crops were at a more vulnerable growth stage when the frosts hit and many were cut for hay.
Early results had found frost had more of an affect on wheat than expected and tonnage was likely to be lower than current estimates.


Highlight
Features
- Easy to implement pluggable plugin for other other web
application project
- Easy to plug other pluggable plugin by a line of
configuration
- Fully Support Security Role Mapping - User + Group + Role
- Integrated with Bootstrap for Cear UI look and feel
- Database migration support when deploy new version
Highlight
Features
- Web Page layout are high customization
- Support web application inheritance
- Auto generate all rest api document
- Database DDL auto generate
- Plugin management module
- Group management module
- Chart / Report
- Rapid Prototyping
- User management module
- Fully Support Quartz for batch processing
Highlight
Features
- Fully Support Amazon S3 for file upload storage (some
cloud does not have local file storage)
- Role management module
- Fully Support Restfull
- Http Authentication : Basic, Digest, Form
- Installation page when first deployment
- Application Setting
- Plugin Setting


Apple Mac OS X: the most popular Desktop Unix?
Apple does it again: explosive growth in the computer market,
no doubt in part to its
Macbook/Macbook
Pro line of laptops. As Ars
Technica points out:
> As predicted last
> quarter,
> however, Apple broke its tie for third place with Gateway by shipping
> 1.33 million units and growing by a whopping 37.2 percent (double that
> of any other US vendor) from third quarter 2006 to claim 8.1 percent
> of the US market for the quarter. These numbers also continue the
> company’s trend of steadily gaining market share every two
> quarters
> for at least the past year.
Here’s the graph of the figures:
Is it the most popular desktop
UNIX? No, as until
Leopard comes out it is not officially a
UNIX stamped and sealed POSIX
compliant system; but then again neither is
Linux. Apple has the benefit of reporting
numbers with hard sales; something thats impossible for Linux. With
estimates of 22 million Mac users, compared to
Ubuntu and Fedora
(the two most popular user-friendly distributions) which reported 8
million dynamic IP’s updating
from mirrors (16 million total). That doesn’t include
SuSe, Red Hat,
Slackware, Debian,
Mandriva and other popular distributions, which
means Linux has most likely a bigger install base, although Apple is
gaining ground fast. As Rob Malda (founder of
popular geek news site: Slashdot)
said:
> Linux will have a strong position on the server for a long time, but
> as GNOME and KDE
> bickered with each other,
> Apple came along and
> gave the world a great desktop UNIX.
> It’s sad, but true, and there’s a huge lesson to learn there.


Event Mapper
Traditional applications (operating with data at rest) and Event Processing Applications (with data in motion), may need to share data via the Event Streaming Platform. These applications will need a common mechanism to convert data from events to domain objects and vice versa.
Problem
How do I move data between an application’s internal data model (with domain objects) and an event streaming platform (with events) while keeping the two independent of each other?
Solution
Event Mappers provide independence between the application and the event streaming platform so that neither is aware of the other, and ideally not even of the event mapper itself.
Create (or use an existing) Event Mapper to map the Domain Model (or the application's internal data model) to the data formats accepted by the event streaming platform, and vice versa. The mapper reads the domain model and converts it into outgoing events that are sent to the event streaming platform. Conversely, a mapper can be used to create or update domain objects from incoming events.
Implementation
In this example, we use Kafka's Java producer client to implement a Mapper that constructs an Event (PublicationEvent
) from the Domain Model (Publication
) before the event is written to an Event Stream a.k.a. topic in Kafka.
private final IMapper domainToEventMapper = mapperFactory.buildMapper(Publication.class);
private final Producer<String, PublicationEvent> producer = ...
public void newPublication(String author, String title) {
Publication newPub = new Publication(author, title);
producer.send(author /* event key */, domainToEventMapper.map(newPub));
We can implement the reverse operation in a second Mapper that converts PublicationEvent
instances back into Domain Object updates:
private final IMapper eventToDomainMapper = mapperFactory.buildMapper(Publication.class);
private final Consumer<String, PublicationEvent> consumer = ...
public void updatePublication(PublicationEvent pubEvent) {
Publication newPub = eventToDomainMapper.map(pubEvent);
domainStore.update(newPub);
Considerations
- The mapper may optionally validate the schema of the converted objects, see the Schema Validator pattern.
References
- Related patterns: Event Serializer and Event Deserializer
- This pattern is derived from Messaging Mapper in Enterprise Integration Patterns by Gregor Hohpe and Bobby Woolf


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{% trans "Follow this link to approve the new location:" %}
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| Exported Interfaces - Summary |
| XMultiServiceFactory |
This interface uses a service name to instantiate a component
which supports the specified service.
|
| XMultiComponentFactory |
This interface uses a service name and a component context to instantiate
a component which supports the specified service.
|
| XServiceInfo |
Factories, as well as all other services, should always support
this interface.
|
| Exported Interfaces - Details |
XMultiServiceFactory
- Description
- This interface uses a service name to instantiate a component
which supports the specified service.
|
|
XMultiComponentFactory
- Description
- This interface uses a service name and a component context to instantiate
a component which supports the specified service.
|
|
XServiceInfo
- Description
- Factories, as well as all other services, should always support
this interface.
|
|
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Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


My name is Ciaran Mallory and I am a 20 year old aspiring Electronic Engineer and Software developer. I am an extremely hardworking, dedicated and driven individual, who exceeds at problem solving. I enjoy learing new technologies and I learn by doing so I have built have a wide variety of projects which can be found on my Github. I am always curious about how things work. I work well in a team and have excellent leadership skills due to my background in Kayak Instructing.
My engineering journey began when I was in primary school. I have always been fascinated by engineering and I knew that I wanted to help influence the future. Once I graduated secondary school, I completed a Level 8 Bachelors of Engineering in Electronic Engineering at Limerick Institute of Technology. I developed an interest in software development and throughout the course of my time at LIT I taught myself as much as I could about software.


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