Buttons, Icons, Boxes and More Elements.
Contrary to popular belief, Lorem Ipsum is not simply random text.  Richard McClintock, a Latin professor at Hampden-Sydney College in Virginia, looked up one of the more obscure Latin words, consectetur, from a Lorem Ipsum passage, and going through the cites of the word in classical literature, discover the undoubtable source.
Contrary to popular belief, Lorem Ipsum is not simply random text.  Richard McClintock, a Latin professor at Hampden-Sydney College in Virginia, looked up one of the more obscure Latin words, consectetur, from a Lorem Ipsum passage, and going through the cites of the word in classical literature, discover the undoubtable source.
Contrary to popular belief, Lorem Ipsum is not simply random text.  Richard McClintock, a Latin professor at Hampden-Sydney College in Virginia, looked up one of the more obscure Latin words, consectetur, from a Lorem Ipsum passage, and going through the cites of the word in classical literature, discover the undoubtable source.
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout.
Contrary to popular belief, Lorem Ipsum is not simply random text.
Contrary to popular belief, Lorem Ipsum is not simply random text.
Contrary to popular belief, Lorem Ipsum is not simply random text.


Represent a ray.
More...
#include <Ray.hpp>
Represent a ray.
Definition at line 14 of file Ray.hpp.
◆ Ray() [1/3]
◆ Ray() [2/3]
| voxomap::Ray::Ray |
( |
Ray const & |
ray | ) |
|
|
default |
Default copy constructor.
◆ Ray() [3/3]
Constructs Ray.
- Parameters
-
| src | Position of the ray |
| dir | Direction of the ray |
Definition at line 90 of file Ray.hpp.
◆ getRay()
Create a ray.
- Parameters
-
| position | Position of the source |
| target | Position of the target |
- Returns
- The created ray
Definition at line 98 of file Ray.hpp.
◆ intersectPlane()
Returns the distance between the ray source and the plane.
- Returns
- The square of the distance if it exist otherwise -1
Definition at line 132 of file Ray.hpp.
◆ intersectAABox() [1/2]
| bool voxomap::Ray::intersectAABox |
( |
Vector3D const & |
boxMin, |
|
|
Vector3D const & |
boxMax |
|
) |
| const |
Check if there is an intersection with a AABox (Axis Aligned Box)
- Parameters
-
| boxMin | Minimum position of the AABox |
| boxMax | Maximum position of the AABox |
- Returns
- True if there is an intersection
Definition at line 160 of file Ray.hpp.
◆ intersectAABox() [2/2]
| bool voxomap::Ray::intersectAABox |
( |
double |
x, |
|
|
double |
y, |
|
|
double |
z, |
|
|
double |
size |
|
) |
| const |
Check if there is an intersection with a AABox (Axis Aligned Box)
- Parameters
-
| x | Minimum position of the AABox on x axis |
| y | Minimum position of the AABox on y axis |
| z | Minimum position of the AABox on z axis |
| size | Size of the AABox |
- Returns
- True if there is an intersection
Definition at line 186 of file Ray.hpp.
◆ getOrigin()
| Vector3D const & voxomap::Ray::getOrigin |
( |
| ) |
const |
Get the origin point of the ray.
Definition at line 103 of file Ray.hpp.
◆ getDirection()
| Vector3D const & voxomap::Ray::getDirection |
( |
| ) |
const |
Get the direction vector of the ray.
Definition at line 108 of file Ray.hpp.
◆ getInverseDirection()
| Vector3F const & voxomap::Ray::getInverseDirection |
( |
| ) |
const |
Get the inverse direction vector of the ray.
Definition at line 113 of file Ray.hpp.
◆ setOrigin()
| void voxomap::Ray::setOrigin |
( |
Vector3D const & |
src | ) |
|
Set the origin point of the ray.
- Parameters
-
Definition at line 118 of file Ray.hpp.
◆ setDirection()
| void voxomap::Ray::setDirection |
( |
Vector3D const & |
dir | ) |
|
Set the direction and inverse direction vector of the ray.
- Parameters
-
Definition at line 123 of file Ray.hpp.
◆ src
Position of the ray.
Definition at line 85 of file Ray.hpp.
◆ dir
Direction of the ray.
Definition at line 86 of file Ray.hpp.
◆ inv_dir
Inverse direction of the ray.
Definition at line 87 of file Ray.hpp.
The documentation for this struct was generated from the following file:
- C:/Users/micce/projects/voxomap/utils/Ray.hpp


Name
Phone
Email
Car
Van
Tuk Tuk
Baby Seat
Wheelchair Access
Stock Tip
Pickup Date/Time
Pickup Place Select One Taxi Office CBD We'll Guess!
Dropoff Place
Special Instructions
Submit Booking


class that represents the Colloision Component of our GameObject Handles Collisions of our GameObject
More...
#include <CollisionComponent.hpp>
class that represents the Colloision Component of our GameObject Handles Collisions of our GameObject
◆ CollisionComponent()
◆ addCollisionCallback()
| void CollisionComponent::addCollisionCallback |
( |
py::object |
func | ) |
|
Upon a collision, add the inputted argument as a callback.
- Parameters
-
| func | A python function object |
◆ handleCollisions()
| bool CollisionComponent::handleCollisions |
( |
std::vector< GameObject * > |
objs | ) |
|
handles the collision of our Object
- Parameters
-
| objs | A vector of game objects we want to test collisions against |
The documentation for this class was generated from the following file:


Uses of Class
unifeat.result.performanceMeasure.Criteria
Package
Description
-
Uses of Criteria in unifeat.classifier.evaluation.wekaClassifier
Modifier and TypeMethodDescriptionstatic Criteria
CrossValidation.dTree
(String pathTrainData, double confidenceValue, int minNumSampleInLeaf, int kFold) This method builds and evaluates the decision tree(DT) classifier.static Criteria
TrainTestEvaluation.dTree
(String pathTrainData, String pathTestData, double confidenceValue, int minNumSampleInLeaf) This method builds and evaluates the decision tree(DT) classifier.static Criteria
This method builds and evaluates the k-nearest neighbours(knn) classifier.static Criteria
This method builds and evaluates the k-nearest neighbours(knn) classifier.static Criteria
CrossValidation.naiveBayes
(String pathTrainData, int kFold) This method builds and evaluates the naiveBayes(NB) classifier.static Criteria
TrainTestEvaluation.naiveBayes
(String pathTrainData, String pathTestData) This method builds and evaluates the naiveBayes(NB) classifier.static Criteria
CrossValidation.SVM
(String pathTrainData, SVMKernelType svmKernel, double c, int kFold) This method builds and evaluates the support vector machine(SVM) classifier.static Criteria
TrainTestEvaluation.SVM
(String pathTrainData, String pathTestData, SVMKernelType svmKernel, double c) This method builds and evaluates the support vector machine(SVM) classifier. -
Uses of Criteria in unifeat.featureSelection
Modifier and TypeMethodDescriptionFitnessEvaluator.crossValidation
(int[] selectedFeature) This method performs k-fold cross validation on the reduced training set which is achieved by selected feature subset. -
Uses of Criteria in unifeat.featureSelection.wrapper.ACOBasedMethods
Modifier and TypeMethodDescriptionabstract Criteria
BasicColony.evaluateCurrentSolution
(int antIndex) This method evaluates the fitness of each ant in the colony by predefined fitness function. -
Uses of Criteria in unifeat.featureSelection.wrapper.ACOBasedMethods.OptimalACO
Modifier and TypeMethodDescriptionColony.evaluateCurrentSolution
(int antIndex) This method evaluates the fitness of each ant in the colony by predefined fitness function. -
Uses of Criteria in unifeat.result.performanceMeasure
Modifier and TypeMethodDescriptionvoid
PerformanceMeasures.setCriteria
(int i, int j, Criteria criteria) Sets the obtained criteria values from feature selection method


The CAT map test cases in cat_map.json
are meant to be used
to verify the attributes that agents collect and attach to analytics
transaction events for the CAT map project.
NOTE currently nr.apdexPerfZone
is not
covered by these tests, make sure you test for this yourself until it is
added to these tests.
Each test case should correspond to a simulated transaction in the agent under test. Here’s what the various fields in each test case mean:
| Name | Meaning |
|---|---|
name |
A human-meaningful name for the test case. |
appName |
The name of the New Relic application for the simulated transaction. |
transactionName |
The final name of the simulated transaction. |
transactionGuid |
The GUID of the simulated transaction. |
inboundPayload |
The (non-serialized) contents of the
X-NewRelic-Transaction HTTP request header on the
simulated transaction. Note that this value should be serialized to
JSON, obfuscated using the CAT obfuscation algorithm, and
Base64-encoded before being used in the header value. Note also that
the X-NewRelic-ID header should be set on the simulated
transaction, though its value is not specified in these tests.
|
expectedIntrinsicFields |
A set of key-value pairs that are expected to be present in the analytics event generated for the simulated transaction. These fields should be present in the first hash of the analytic event payload (built-in agent-supplied fields). |
nonExpectedIntrinsicFields |
An array of attribute names that should not be present in the analytics event generated for the simulated transaction. |
outboundRequests |
An array of objects representing outbound requests that should be made in the context of the simulated transaction. See the table below for details. Only present if the test case involves making outgoing requests from the simulated transaction. |
Here’s what the fields of each entry in the
outboundRequests
array mean:
| Name | Meaning |
|---|---|
outboundTxnName |
The name of the simulated transaction at the time this outbound request is made. Your test driver should set the transaction name to this value prior to simulating the outbound request. |
expectedOutboundPayload |
The expected (un-obfuscated) content of the outbound
X-NewRelic-Transaction request header for this request.
|


JogjaJS
Image Processing
Web Workers
Multiple Web Workers
Original Image
Grayscale
Sepia
Processed Image


For as long as I can remember, I have always found joy in tinkering with any piece of hardware or software that I manage to get my hands on. I understand that writing code which is easy to test is an acquired trait and I work on perfecting my craft everyday. I enjoy anything to do with algorithms or back-end programming and love the sense of accomplishment in developing features across the full stack as well.
Apart from coding, I enjoy basketball, podcasts and video games. I keep up with what's going on in the world of finance and am passionate about entrepreneurship. Keep scrolling to see my projects!
This challenge consisted of developing an AI to play a game, in which four snakes fought each other in a 1v1v1v1 style. The game was focused on territory acquisition and trying to keep our snake alive.
We secured 7th place in head-to-head competition against over 200 participants and 70 other submissions.
This is a mapping software that gives you point-to-point directions, auto-completes your search queries, has a mini-map for easy navigation and much, much more.
This project taught me the basics of using version control (SVN) and comprehensive unit-testing. We wrote this program entirely in C++.
We coded the classic game, Duck Hunt, using NIOS-II Assembly on an FPGA board. We made our very own light gun that works on LCD screens from 2-3 feet away after some calibration for the environment it is being used in.
This project taught me how interrupts work and to use GPIO as an interface. It required us to use all our knowledge in electronics and low-level programming, which made it extremely satisfying to work on.
We made the game, Brick Breaker, in Verilog-DESL on an FPGA board as well. The objective of the game was to destroy all the bricks on the screen without missing the ball. We added a "fast ball" mode as well which made the game tougher to play. We implemented pause functionality and allowed the user to play the game using a PS/2 keyboard.
I learned that one clock cycle error can show itself in the program minutes after the actual bug took place. This really hit timing, systematic debugging and testing home.
I took part in F1 in schools in two different years and had podium car finishes both years. I was involved with coming up with multiple designs, creating worthy prototypes, testing for lift, drag, weight etc. and choosing the best to eventually hit the track after simulation first, then real-world testing. I rendered the cars in different environments and helped create VR and 360 animations as well to present the car during the competition.
This entire process was unlike anything I had done previously and had a huge learning curve, which I cherish to this day.
I created this website to showcase my work using HTML, Bootstrap CSS and JavaScript/jQuery.
You can check out the source code of this website and the rest of my projects (other than Voyager) on my github.


Query UNPD
About
UNPD Query Interface
Exact Mass
Tolerance (PPM)
Compound Name (substring)
Molecular Formula
{{unpdresults.length}} Query Results (1000 Max)
UNPD Accession
Exact Mass
Common Name
Formula
InChI Key
structure
{{result.unpd_accession}}
{{result.exactmass}}
{{result.common_name}}
{{result.molecular_formula}}
Pubchem


@* * Copyright 2023 HM Revenue & Customs * * 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 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import partials.{income_list, spending_list} @import ssttpaffordability.model.IncomeBudgetLine @import ssttpaffordability.model.Expenses @this( main: views.html.main, viewsHelpers: views.ViewsHelpers ) @( income: Seq[IncomeBudgetLine], spending: Seq[Expenses], total: BigDecimal )(implicit messages: play.api.i18n.Messages, request: Request[_], appConfig: config.AppConfig ) @main( title = messages("ssttp.affordability.how-much-you-could-afford.h1") ) {
@{Html(messages("ssttp.affordability.how-much-you-could-afford.leftover-zero.p"))}
} @if(total < 0) {@{Html(messages("ssttp.affordability.how-much-you-could-afford.leftover-negative.p"))}
} @(if (total <= 0) { viewsHelpers.form(ssttpaffordability.routes.AffordabilityController.getWeCannotAgreeYourPP(), 'id -> "we-cannot-agree-your-pp") { viewsHelpers.continue() } } else { viewsHelpers.form(ssttpcalculator.routes.CalculatorController.getCalculateInstalments(), 'id -> "how-much-you-could-afford") { viewsHelpers.continue() } }) }


To use Stan from the command line or C++, first follow the appropriate platform-specific installation guide.
Building Stan itself works the same way across platforms.
To build Stan, first open the Terminal application. Then change directories to the directory in which Stan is installed (i.e., the directory containing the file named makefile).
% cd <stan-home>
Then make the library with
% make bin/libstan.a
and then make the model parser and code generator with
% make bin/stanc
Warning: The make program may take 10+ minutes and consume 2+GB of memory to build libstan and stanc. Compiler warnings, including uname: not found, may be safely ignored.
Building libstan.a and bin/stanc need only be done once.
The rest of this quick start guide explains how to code and run a very simple Bayesian model.
The following simple model is availabe in the source distribution located at <stan-home> as
data { int<lower=0> N; int<lower=0,upper=1> y[N]; } parameters { real<lower=0,upper=1> theta; } model { for (n in 1:N) y[n] ~ bernoulli(theta); }
The model assumes the binary observed data y[1],...,y[N] are i.i.d. with Bernoulli chance-of-success theta. There is an implicit uniform prior on theta arising from the constraint in its definition in the parameters block restricting it to values between 0 and 1 (inclusive).
A data set of N=10 observations is availabe as
N <- 10 y <- c(0,1,0,0,0,0,0,0,0,1)
A single call to make will generate the C++ code for a model with a name ending in .stan and compile it for execution. This call will also compile the library libstan.a and the parser/code generator stanc.
First, change directories to where Stan was unpacked.
% cd <stan-home>
Then issue the command
% make src/models/basic_estimators/bernoulli
The C++ generated for the model and its compiled executable form will be placed in the same directory as the model.
The model can be executed from the directory in which it resides.
% cd src/models/basic_estimators
To execute the model under Linux or Mac, use
% ./bernoulli --data=bernoulli.Rdata
The ./ prefix before the executable is only required when executing a model from the directory in which it resides.
For the Windows DOS terminal, the ./ prefix is not needed, resulting in the command
% bernoulli --data=bernoulli.Rdata
Whether the command is run in Windows, Linux, or on the Mac, the output is the same. The parameters are echoed to the standard output, which shows up on the terminal as
STAN SAMPLING COMMAND data = bernoulli.Rdata init = random initialization init tries = 1 samples = samples.csv append_samples = 0 save_warmup = 0 seed =<PHONE_NUMBER> (randomly generated) chain_id = 1 (default) iter = 2000 warmup = 1000 thin = 1 (default) equal_step_sizes = 0 leapfrog_steps = -1 max_treedepth = 10 epsilon = -1 epsilon_pm = 0 delta = 0.5 gamma = 0.05
Then the sampler counts up the iterations in place, reporting percentage completed, ending with
Iteration: 2000 / 2000 [100%] (Sampling)
Each execution of the model results in a single Markov chain of samples stored in a file in comma-separated value (CSV) format. The default name of the output file is samples.csv.
The first part of the output file just repeats the parameters as comments.
# Samples Generated by Stan # # stan_version_major=1 # stan_version_minor=0 # stan_version_patch=0 # data=bernoulli.Rdata # init=random initialization # append_samples=0 # save_warmup=0 # seed=1845979644 # chain_id=1 # iter=2000 # warmup=1000 # thin=1 # equal_step_sizes=0 # leapfrog_steps=-1 # max_treedepth=10 # epsilon=-1 # epsilon_pm=0 # delta=0.5 # gamma=0.05
This is then followed by a header indicating the names of the values sampled, in this case
lp__,treedepth__,stepsize__,theta
with the first three names corresponding to log probability function value at the sample, the depth of tree evaluated by the NUTS sampler, and the step size. The single model parameter theta is stored in the fourth column.
Next up is the result of adaptation, reported as comments, here
# step size=1.43707 # parameter step size multipliers: # 1
This report says that NUTS step-size adaptation during warmup settled on a step size of 1.43707. The next two lines indicate the multipliers for scaling individual parameters, here just a single multiplier, 1, corresponding to the single parameter theta.
The rest of the file contains lines corresponding to the samples from each iteration.
-7.07769,1,1.43707,0.158674 -7.07769,1,1.43707,0.158674 -7.37289,1,1.43707,0.130089 -7.09254,1,1.43707,0.361906 -7.09254,1,1.43707,0.361906 -7.09254,1,1.43707,0.361906 -6.96213,1,1.43707,0.337061 -6.96213,1,1.43707,0.337061 -6.77689,1,1.43707,0.220795 -6.77689,1,1.43707,0.220795 -6.77689,1,1.43707,0.220795 -6.87869,1,1.43707,0.189999 -6.87869,1,1.43707,0.189999 -6.74837,1,1.43707,0.246732 -7.39894,1,1.43707,0.128071 ... -6.85235,1,1.43707,0.195994 -6.85235,1,1.43707,0.195994 -6.81491,1,1.43707,0.20624 -6.81491,1,1.43707,0.20624 -6.81491,1,1.43707,0.20624 -6.81491,1,1.43707,0.20624 -6.81491,1,1.43707,0.20624
There are repeated entries due to the Metropolis accept step in the NUTS algorithm.
The command-line options for running a model are detailed in the reference manual. They can also be printed on the command line in Linux and on the Mac with
./bernoulli --help
and on Windows with
bernoulli --help
To run the Stan unit tests of basic functionality, run the following commands from a shell.
% cd <stan-home>
% make O=0 test-unit
That's the letter O followed by an equal sign followed by the digit 0, which sets the tests to run at the lowest optimization level.
Warning: The make program may take 20+ minutes and consume 3+GB of memory to run the unit tests. Warnings can be safely ignored if the tests complete without a FAIL error.
The following document provides a user's guide for writing models in Stan along with a complete reference manual, including full documentation for running Stan from the command line.


In-store Beacons App
is a base App detecting beacons around and showing their deal on the screen.
\u00a9 2018 MFB, Marc Farssac


6. Reset and boot modes¶
There are soft resets and hard resets.
A soft reset simply clears the state of the MicroPython virtual machine, but leaves hardware peripherals unaffected. To do a soft reset, simply press Ctrl+D on the REPL, or within a script do:
import sys sys.exit()A hard reset is the same as performing a power cycle to the board. In order to hard reset the WiPy, press the switch on the board or:
import machine machine.reset()
6.1. Safe boot¶
If something goes wrong with your WiPy, don’t panic! It is almost impossible for you to break the WiPy by programming the wrong thing.
The first thing to try is to boot in safe mode: this temporarily skips
execution of boot.py
and main.py
and gives default WLAN settings.
If you have problems with the filesystem you can format the internal flash drive.
To boot in safe mode, follow the detailed instructions described here.
In safe mode, the boot.py
and main.py
files are not executed, and so
the WiPy boots up with default settings. This means you now have access
to the filesystem, and you can edit boot.py
and main.py
to fix any problems.
Entering safe mode is temporary, and does not make any changes to the files on the WiPy.
6.2. Factory reset the filesystem¶
If you WiPy’s filesystem gets corrupted (very unlikely, but possible), you can format it very easily by doing:
>>> import os
>>> os.mkfs('/flash')
Resetting the filesystem deletes all files on the internal WiPy storage
(not the SD card), and restores the files boot.py
and main.py
back
to their original state after the next reset.


We bring our 1990 Mack Fire Truck, that is custom fit with a 3,000 lb Neapolitan Wood Burning Pavesi Pizza Oven, to your party or event. It burns between 850 and 950 degrees and will cook your pie in 90 seconds. Then we proceed by making traditional and imaginative pizza creations for all your guests. Our Mozzarella, Olive Oil, Tomato sauce and Flour are of the highest quality. Our Caputo 00 Flour and Ciao Tomatoes are produced in and around lava enriched soil in the Mount Vesuvius/ Naples regions of Italy.
Small
Ksh.300
Medium
Ksh.600
Large
Ksh.1200
Pick your favourite pizza taste:
Choose your prefered size:
Choose your favourite crust:
Choose your favourite toppings
Number of pizzas:


Javascript design flaws and wired parts
JavaScript flaws
JavaScript is the most dominant programming language for the web. Powerful as it is, JavaScript has many design flaws that may cause confusions for both newbie and seasoned developers . So it’s worth making a summary here.
Data type and variables
NaN
can not be compared with any number, likeNaN === NaN; // false
, the only way to check is by usingisNaN()
:
isNaN(NaN); // true
-
null
andundefined
: The undefined value is a primitive value used when a variable has not been assigned a value. The null value is a primitive value that represents the null, empty, or non-existent reference. -
If a variable is defined without
var
, it is set to be a global variable, which may cause some errors that are hard to debug. This problem can be solved by adding'use strict';
in the first line
Strings
Strings are imutable, like
var s = 'Test';
s[0] = 'X';
alert(s); // s is still 'Test'
Conditions
JavaScript uses if () { ... } else { ... }
to set conditions. But if there is only one statement in a block, {}
can be removed. like
var age = 20;
if (age >= 18)
alert('adult');
else
alert('teenager');
However, there are risks doing this:
var age = 20;
if (age >= 18)
alert('adult');
else
console.log('age < 18');
alert('teenager'); // this line is actually not inside else
So it is better to always include {}
Loops
- “foreach” vs “for of” vs “for in”
foreach
is an method that is available only in Array objects. It allows you to iterate through elements of an array. When invoked it takes a callback function and invokes the callback once for every array element. The callback can access both index and value of the array elements. foreach is available only for looping arrays.for of
is a new way for iterating collections. Its introduced in ES6. Earlier you had to use for or while loop to iterate through elements of an collection. For for of to work on an collection, the collection must have an [Symbol.iterator] property.for in
is used to loop through properties of an object. It can be any object. for in allows you to access the keys of the object but doesn’t provide reference to the values. In JavaScript object properties themselves have internal properties. One of the internal properties is [[Enumerable]]. for in will only walkthrough a property if it has [[Enumerbale]] set to true. It not used to iterate elements of an collection rather used to iterate properties of objects. For example:
var a = ['A', 'B', 'C'];
for (var i in a) {
alert(i); // '0', '1', '2'
alert(a[i]); // 'A', 'B', 'C'
}
Map and Set
In JavaScript, Map can be inplemented with Object{}
, buy the key has to be a string. So ES6 introduced a new type Map
.
Map Reference
Objects
The property name has to be a valid name in order to let Objects.property
to access. For example,
var me = {
name: 'henry'
"university": "UD"
}
"university"
is not a valid property name here, so it has to be accessed by
me['university']
. But name can be accessed by me.name
- “this” key word:
The this object is bound at runtime based on the context in which a function is executed:- when used inside global functions,this is equal to window in nostrict mode and undefinedin strict mode.
- whereas this is equal to the object when called as an object method.
- as a constructor
- call and apply
- bound functions
- as dom event handler
this will point to global object:
function a() {
console.log(this);
this.newvariable = 'hello';
}
var b = function() {
console.log(this);
}
a();
console.log(newvariable);
When a global function is called, this
will point to the window. Likewise, ‘this’ inside a function which is inside another function will be attached to the global object.
In order to solve this problem, “self” or “that” is introduced:
var c = {
name: 'The c object',
log: function() {
var self = this;
self.name = 'Updated c object';
console.log(self);
var setname = function(newname) {
self.name = newname;
}
setname('Updated again! The c object');
console.log(self);
}
}
c.log();
Self points to the object c. When ‘setname’ is called, the js will look at the scope chain and find c.


| Modifier and Type | Class and Description |
|---|---|
class |
MonitoringController |
| Modifier and Type | Method and Description |
|---|---|
static IMonitoringController |
MonitoringController.getInstance() |
| Modifier and Type | Method and Description |
|---|---|
void |
ISampler.sample(IMonitoringController monitoringController)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
| Constructor and Description |
|---|
ScheduledSamplerJob(IMonitoringController monitoringController,
ISampler sensor)
Constructs a new
ScheduledSamplerJob with the given parameters. |
| Modifier and Type | Field and Description |
|---|---|
protected IMonitoringController |
OperationExecutionSOAPResponseInInterceptor.monitoringController
The monitoring controller of this interceptor.
|
protected IMonitoringController |
OperationExecutionSOAPResponseOutInterceptor.monitoringController
The monitoring controller of this interceptor.
|
protected IMonitoringController |
OperationExecutionSOAPRequestOutInterceptor.monitoringController
Note we are using this IMonitoringController only to access ITimeSource which
is configured for the singleton instance, as this is the instance used by the
corresponding other CXF probes.
|
protected IMonitoringController |
OperationExecutionSOAPRequestInInterceptor.monitoringController
Note we are using this IMonitoringController only to access ITimeSource which
is configured for the singleton instance, as this is the instance used by the
corresponding other CXF probes.
|
| Constructor and Description |
|---|
OperationExecutionSOAPRequestInInterceptor(IMonitoringController monitoringCtrl)
Creates a new instance of this class, using the given instance of a
MonitoringController as controller. |
OperationExecutionSOAPRequestOutInterceptor(IMonitoringController monitoringCtrl)
Creates a new instance of this class, using the given instance of a
MonitoringController as controller. |
OperationExecutionSOAPResponseInInterceptor(IMonitoringController monitoringCtrl)
Creates a new instance of this class, using the given instance of a
MonitoringController as controller. |
OperationExecutionSOAPResponseOutInterceptor(IMonitoringController monitoringCtrl)
Creates a new instance of this class, using the given instance of a
MonitoringController as controller. |
| Modifier and Type | Field and Description |
|---|---|
protected static IMonitoringController |
SessionAndTraceRegistrationFilter.MONITORING_CTRL |
| Constructor and Description |
|---|
OperationExecutionMethodInvocationInterceptor(IMonitoringController monitoringController)
This constructor is mainly used for testing, providing a custom
IMonitoringController instead of using the singleton instance. |
| Constructor and Description |
|---|
OperationExecutionMethodInvocationInterceptor(IMonitoringController monitoringController)
This constructor is mainly used for testing, providing a custom
IMonitoringController instead of using the singleton instance. |
| Modifier and Type | Method and Description |
|---|---|
protected IMonitoringRecord[] |
GCSampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr) |
protected IMonitoringRecord[] |
UptimeSampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr) |
protected IMonitoringRecord[] |
MemorySampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr) |
protected abstract IMonitoringRecord[] |
AbstractMXBeanSampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr)
Abstract method used as interface to realize concrete samplers.
|
protected IMonitoringRecord[] |
CompilationSampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr) |
protected IMonitoringRecord[] |
ClassLoadingSampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr) |
protected IMonitoringRecord[] |
ThreadsStatusSampler.createNewMonitoringRecords(long timestamp,
java.lang.String hostname,
java.lang.String vmName,
IMonitoringController monitoringCtr) |
void |
AbstractMXBeanSampler.sample(IMonitoringController monitoringController)
Perform one measurement with potential multiple records.
|
| Modifier and Type | Method and Description |
|---|---|
void |
MemSwapUsageSampler.sample(IMonitoringController monitoringCtr)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
void |
CPUsCombinedPercSampler.sample(IMonitoringController monitoringController)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
void |
NetworkUtilizationSampler.sample(IMonitoringController monitoringController)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
void |
CPUsDetailedPercSampler.sample(IMonitoringController monitoringController)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
void |
DiskUsageSampler.sample(IMonitoringController monitoringController)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
void |
LoadAverageSampler.sample(IMonitoringController monitoringController)
Triggers this
ISampler to perform a measurement and to pass the data to the given IMonitoringController . |
Copyright 2017 Kieker Project, http://kieker-monitoring.net


class ProximityZoneBuilder
Lets you build your ProximityZone objects in a fluent builder manner.
Author
Estimote Inc<EMAIL_ADDRESS>class CallbackBuilder
Builder for setting up actions and creating the final object |
|
class RangeBuilder
Builder for choosing range |
ProximityZoneBuilder()
Lets you build your ProximityZone objects in a fluent builder manner. |
fun forTag(tag: String): RangeBuilder
Lets you define tag to observe for |


Is The First Official Chrome OS Device A Monitor Or All-In-One PC? Nope.
MAR
2011
AudioBoo, the social sound sharing startup, has developed an iPhone framework that gives drag and drop audio recording functionality to any iPhone app. That means any app developer can now add Audioboo recording functionality to their app, thus adding a new kind of social functionality.
Deployment tools
But that’s probably not what will immediately kick off a new wave of users. Audioboo plans to officially launch this with a number of high profile media partners “in a couple of weeks” including the BBC, ABC Australia, Guardian, Aljazeera, Sky News and more all trialling the beta versions of the new platform that works with the plugin. A revamp of the Android version of the app will bring it up to par with the iPhone and have a similar plugin environment.
To keep it simple, I’d recogher average scores or for deciding betmmend a total of four to five principles; but as with everything, tailor it to your own business. One effective method I have found is to set your principles in a spreadsheet, rank them, and then decide on a cut-off average for qualification. This is a great tool for identifying deals with highe average scores or for deciding between two potential deals. We’ve prepared an example of such a spreadsheet ber of high profile mdentifying deals with hiedia partners “in a couple of weeks” including the BBC, ABC Australia, Guardian, Aljazeera, Sky News and more all trialling the beta
To keep it simple, I’d recommend a total of four to five principles; but as with everything, tailor it to your own business. One effective method I have found is to set your principles in a spreadsheet, rank them, and then decide on a cut-off average for qualification.
This is a great tool for identifying deals with higher average scores or for deciding between two potential deals. We’ve prepared an example of such a spreadsheet. But that’s probably not what will immediately kick off a new wave of users. Audioboo plans to officially launch this with a number of high profile media partners “in a couple of weeks” including the BBC, ABC Australia, Guardian, Aljadentifying deals with hizeera, Sky News and more all trialling the beta versions of the new platform th A revamp of the Android version of the app will bring it up to par with the iPhone and have a similar plugin environment. Audoboo CEO and founder Mark Rock believes this will “fundamentally change the nature of how audio is captured and then distributed on the Internet.” Clearly this will give audioboo a lot of potential for scale compared to competitors like SoundCloud and Cinch who continue to rely on user-generated growth.
Deployment tools
But that’s probably not what will immediately kick off a new wave of users. Audioboo plans to officially launch this with a number of high profile media partneraClearly this will give audioboo a lot of potential for scale compared to competitors like SoundCloud and Cinch who continue to rely on user-generated growth.
SoundCloud recently entered into the spoken word space, technically the “patch” of Audioboo. Audioboo was technically the first in 2009 to make voice “social” but it’s been joined by others like Broadcastr, Cinch and also iPadio, though iPadio is more enterprise focused. However, Soundcloud’s music focus has given it an impressive range of features in manipulating sound, while Audioboo has concentrated on dealing with broadcasters and media martners.s “in a couple of weeks” including the BBC, ABC Australia, Guardian, Aljazeera, Sky News and more all trialling the beta versions of the new platform that works with the plugin. A revamp of the Android version of the app will bring it up to par with the iPhone and have a similar plugin.


Contains the results of listing the versions in an Amazon S3 bucket, including a list of S3VersionSummary objects describing each version, information describing if this is a complete or partial listing, and the original request parameters. More...
Public Member Functions | |
| (void) | - addDeleteMarker: |
Properties | |
| NSMutableArray * | versionSummaries |
| A list of summary information describing the versions stored in the bucket. | |
| NSString * | name |
| The name of the Amazon S3 bucket containing the listed versions. | |
| NSString * | prefix |
| The prefix parameter originally specified by the caller. | |
| NSString * | keyMarker |
| The key marker parameter originally specified by the caller. | |
| NSString * | nextKeyMarker |
| When the number of responses exceeds the value of MaxKeys, NextKeyMarker specifies the first key not returned that satisfies the search criteria. | |
| NSString * | versionIdMarker |
| The version id marker parameter originally specified by the caller. | |
| NSString * | nextVersionIdMarker |
| When the number of responses exceeds the value of MaxKeys, NextVersionIdMarker specifies the first object version not returned that satisfies the search criteria. | |
| NSInteger | maxKeys |
| The maxKeys parameter originally specified by the caller. | |
| NSString * | delimiter |
| The delimiter parameter originally specified by the caller. | |
| bool | isTruncated |
| Indicates if this is a complete listing or if caller needs to make additional requests. | |
| NSMutableArray * | commonPrefixes |
| A list of common prefixes. |
Contains the results of listing the versions in an Amazon S3 bucket, including a list of S3VersionSummary objects describing each version, information describing if this is a complete or partial listing, and the original request parameters.
- (NSMutableArray *) commonPrefixes [read, write, retain] |
A list of common prefixes.
Will only be specified for requests that include a delimiter.
- (NSString *) delimiter [read, write, retain] |
The delimiter parameter originally specified by the caller.
- (NSString *) keyMarker [read, write, retain] |
The key marker parameter originally specified by the caller.
- (NSInteger) maxKeys [read, write, assign] |
The maxKeys parameter originally specified by the caller.
- (NSString *) nextKeyMarker [read, write, retain] |
When the number of responses exceeds the value of MaxKeys, NextKeyMarker specifies the first key not returned that satisfies the search criteria.
Use this value for the key-marker request parameter in a subsequent request.
- (NSString *) nextVersionIdMarker [read, write, retain] |
When the number of responses exceeds the value of MaxKeys, NextVersionIdMarker specifies the first object version not returned that satisfies the search criteria.
Use this value for the version-id-marker request parameter in a subsequent request.
- (NSString *) prefix [read, write, retain] |
The prefix parameter originally specified by the caller.
- (NSString *) versionIdMarker [read, write, retain] |
The version id marker parameter originally specified by the caller.


Here you can find the description of our entities in natural language following our conceptual model.


--- layout: default title: Gallery ---
The effective mechanical properties of trabecular bone specimens can be computed reliably using Isogeometric Analysis (IGA) in combination with the Finite Cell Method (FCM). By directly using micro-CT grayscale data to construct a computational grid, the geometry can be captured with a high precision.
Nutils functionality:
Earth surface displacement due to earthquakes is commonly modelled by placing a dislocation in an elastic medium. The standard finite element approach introduces discontinuities between element interfaces. Here the displacement field remains continuous. In this smeared approach the mesh and stiffness matrix remain independent of the fault, allowing for optimal reuse of computational components.
Complex fracture patterns in brittle materials can be captured using phase-field simulations. By using a phase field (or damage) field to mimic material degradation due to cracking, mechanisms such as nucleation, propagation, branching and coalescence follow directly from energy minimization principles.
Nutils functionality:


public interface CacheStatistics
Cache statistics are accumulated since the time a cache is created.
An instance of this class represents local node values only! For an accumulated view
on cluster level the user has to retrieve all nodes statistics and aggregate values
on his own.
Sample code:
ICache<Key, Value> unwrappedCache = cache.unwrap( ICache.class ); CacheStatistics cacheStatistics = unwrappedCache.getLocalCacheStatistics(); long cacheHits = cacheStatistics.getCacheHits();
| Modifier and Type | Method and Description |
|---|---|
float |
getAverageGetTime()
The mean time to execute gets.
|
float |
getAveragePutTime()
The mean time to execute puts.
|
float |
getAverageRemoveTime()
The mean time to execute removes.
|
long |
getCacheEvictions()
The total number of evictions from the cache.
|
long |
getCacheGets()
The total number of requests to the cache.
|
float |
getCacheHitPercentage()
This is a measure of cache efficiency.
|
long |
getCacheHits()
The number of get requests that were satisfied by the cache.
|
long |
getCacheMisses()
A miss is a get request that is not satisfied.
|
float |
getCacheMissPercentage()
Returns the percentage of cache accesses that did not find a requested entry
in the cache.
|
long |
getCachePuts()
The total number of puts to the cache.
|
long |
getCacheRemovals()
The total number of removals from the cache.
|
long getCacheHits()
Cache.containsKey(Object)
is not a get request for
statistics purposes.
In caches with multiple tiered storage, a hit may be implemented as a hit to the cache or to the first tier.
For an EntryProcessor
, a hit occurs when the
key exists and an entry processor can be invoked against it, even if no
methods of Cache.Entry
or
MutableEntry
are called.
float getCacheHitPercentage()
It is calculated as:
getCacheHits()
divided by ()
* 100.
long getCacheMisses()
In a simple cache, a miss occurs when the cache does not satisfy the request.
Cache.containsKey(Object)
is not a get request for
statistics purposes.
For an EntryProcessor
, a miss occurs when the
key does not exist and therefore an entry processor cannot be invoked
against it.
In caches with multiple tiered storage, a miss may be implemented as a miss to the cache or to the first tier.
In a read-through cache, a miss is an absence of the key in the cache that will trigger a call to a CacheLoader. So it is still a miss even though the cache will load and return the value.
Refer to the implementation for precise semantics.
float getCacheMissPercentage()
This is calculated as getCacheMisses()
divided by
getCacheGets()
* 100.
long getCacheGets()
A "get" is an operation that returns the current or previous value. It does not include checking for the existence of a key.
In caches with multiple tiered storage, a get may be implemented as a get to the cache or to the first tier.
long getCachePuts()
A put is counted even if it is immediately evicted.
Replaces, where a put occurs which overrides an existing mapping is counted as a put.
long getCacheRemovals()
long getCacheEvictions()
float getAverageGetTime()
In a read-through cache, the time taken to load an entry on miss is not included in get time.
float getAveragePutTime()
float getAverageRemoveTime()
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


England squad back jeered Gomez, says Chilwell
by AGENCE FRANCE PRESSELONDON, United Kingdom, Nov 15 – Ben Chilwell has told Joe Gomez he has the backing of England’s squad after the Liverpool defender was booed against Montenegro following his row with Raheem Sterling.
Sterling was left out of the Euro 2020 qualifier by England boss Gareth Southgate after the Manchester City star grabbed Gomez in an altercation at the team’s training base earlier this week.
The incident is believed to have been caused by lingering ill-feeling following Sterling’s clash with Gomez during Liverpool’s Premier League victory over title rivals City on Sunday.
With Sterling sidelined, it was Gomez who was jeered by England fans when he came on as a second-half substitute in the 7-0 rout of Montenegro at Wembley on Thursday.
Both Sterling and Southgate condemned the crowd’s reaction and England left-back Chilwell insisted no player should be abused by their own fans.
“I have known Joe for a long time and it is not nice to hear that sort of thing,” he said.
“No one deserves to get booed, everyone is behind Joe. He is a great player and a great guy and we all support everyone.
“I just want and everyone wants the fans to get behind the whole team. We are going to support Joe and Joe is a very strong character.
“He played well when he came on and we are all behind him.”
Gomez appeared to be the victim in the incident with Sterling, but the pair are said to have buried the hatchet and Leicester defender Chilwell is adamant the bust-up is already old news.
“Joe is a strong character. He has been great this week in training. His normal self. We all moved on from it the day after it happened,” Chilwell said.
“We are going to be supportive of him and behind him.
“Everyone has moved on from it in the camp. We just want everyone else, the fans, to move on from it as well.”
(Visited 15 times, 1 visits today)


Surefire Report
Summary
[Summary] [Package List] [Test Cases]
| Tests | Errors | Failures | Skipped | Success Rate | Time |
|---|---|---|---|---|---|
| 6 | 0 | 0 | 0 | 100% | 0.043 |
Note: failures are anticipated and checked for with assertions while errors are unanticipated.
Package List
[Summary] [Package List] [Test Cases]
| Package | Tests | Errors | Failures | Skipped | Success Rate | Time |
|---|---|---|---|---|---|---|
| org.apache.sling.maven.feature.launcher | 6 | 0 | 0 | 0 | 100% | 0.043 |
Note: package statistics are not computed recursively, they only sum up all of its testsuites numbers.
org.apache.sling.maven.feature.launcher
| Class | Tests | Errors | Failures | Skipped | Success Rate | Time | |
|---|---|---|---|---|---|---|---|
| LaunchTest | 6 | 0 | 0 | 0 | 100% | 0.043 |
Test Cases
[Summary] [Package List] [Test Cases]
LaunchTest
| validLaunch | 0.003 | |
| invalidLaunch_badId | 0 | |
| invalidLaunch_noId | 0 | |
| invalidLaunch_negativeTimeout | 0 | |
| invalidLaunch_unsupportedType | 0 | |
| invalidLaunch_noFeature | 0 |


{{ define "content" }}
Logging for this process is organized in scopes. Each scope has different output controls which determine how much and what kind of logging is produced by the scope.
| Scope | Description | Output Level | Stack Trace Level | Log Callers? |
|---|---|---|---|---|
| {{$value.Name}} | {{$value.Description}} |
|
|
{{ if $value.LogCallers}} {{ else }} {{ end }} |


Boolean Algebra¶
Topic Summary¶
Procedence:
NOT > AND > XOR/XNOR > OR
Laws
Idempotent Law:
/ˌʌɪdɛmˈpəʊt(ə)nt, ʌɪˈdɛmpət(ə)nt/
Operation applied multiple times without changing the result beyond the initial application.
Annihilator: \(x + 1 = 1 \quad x ⋅ 0 = 0\)
Complement Law: \(x+\bar{x}=1 \quad x⋅\bar{x}=0\)
Absorptive Law (easily forgotten):
Distributive Law & DeMorgan’s Law
Relationship between XOR and XNOR: \(\quad x⊙y=\overline{x⊕y}=x⊕\bar{y}=\bar{x}⊕y\)
XNOR
Quiz¶
Finish this quiz without paper & pencil.
1. Give the relationship that represents the dual of the Boolean property A + 1 = 1? (Note: * = AND, + = OR and ‘ = NOT) (2)
(1) A * 1 = 1
(2) A * 0 = 0
(3) A + 0 = 0
(4) A * A = A
(5) A * 1 = 1
- Give the best definition of a literal? (3)
(1) A Boolean variable
(2) The complement of a Boolean variable
(3) 1 or 2
(4) A Boolean variable interpreted literally
(5) The actual understanding of a Boolean variable
3. Simplify the Boolean expression (A+B+C)(D+E)’ + (A+B+C)(D+E) and choose the best answer. (1)
(1) A + B + C
(2) D + E
(3) A'B'C'
(4) D'E'
(5) None of the above
4. Which of the following relationships represents the dual of the Boolean property x + x’y = x + y? (5)
(1) x'(x + y') = x'y'
(2) x(x'y) = xy
(3) x*x' + y = xy
(4) x'(xy') = x'y'
(5) x(x' + y) = xy
5. Given the function F(X,Y,Z) = XZ + Z(X’+ XY), the equivalent most simplified Boolean representation for F is: (5 [Z])
(1) Z + YZ
(2) Z + XYZ
(3) XZ
(4) X + YZ
(5) None of the above
6. Simplification of the Boolean expression (A + B)’(C + D + E)’ + (A + B)’ yields which of the following results? (2)
(1) A + B
(2) A'B'
(3) C + D + E
(4) C'D'E'
(5) A'B'C'D'E'
7. Given that F = A’B’+ C’+ D’+ E’, which of the following represent the only correct expression for F’? (5)
(1) F'= A+B+C+D+E
(2) F'= ABCDE
(3) F'= AB(C+D+E)
(4) F'= AB+C'+D'+E'
(5) F'= (A+B)CDE
- An equivalent representation for the Boolean expression A’ + 1 is
(1) A
(2) A'
(3) 1
(4) 0
9. Simplification of the Boolean expression AB + ABC + ABCD + ABCDE + ABCDEF yields which of the following results? (2)
(1) ABCDEF
(2) AB
(3) AB + CD + EF
(4) A + B + C + D + E + F
(5) A + B(C+D(E+F))
Exercise¶
- Express XNOR with AND, OR, NOT.
- Truth Sequence of ABC (ordered triples) for \((AB+\bar{C})(\bar{A}+BC)(A+\bar{B}+C)\)
answer: [0, 0, 0], [1, 1, 1]
- Simplification of the expression: \(\overline{(\bar{A}+B)}(B+C)\overline{(A+\bar{C})}(A\bar{B}+BC)\)
answer: 0
- Simplify \(\overline{ \overline{(A+\overline{B})} (AB) } + \overline{(A+B) \overline{( \overline{A} B)} }\)
answer: 1


CUTLASS#
Subpackages#
Epilogue#
Registry of elementwise epilogues
Elementwise epilogues can be added to many CUTLASS kernels in the CUTLAS Python interface via code like the following for GEMM:
plan = cutlass.op.Gemm(element=cutlass.DataType.f32, layout=cutlass.LayoutType.RowMajor)
plan.activation = cutlass.epilogue.relu
- cutlass.epilogue.get_activation_epilogue(activation, element_output, elements_per_access, element_accumulator, element_compute)[source]#
Return an epilogue corresponding to the activation function, data types, and alignment used in the kernel
- Parameters:
activation – elementwise activation function to use
element_output – data type of the output
elements_per_access (int) – alignment of operand C of the kernel
element_accumulator – data type of the accumulated output C
element_compute – data type in which compute operations should be performed
- Returns:
epilogue functor
Library Defaults#
Classes containing valid operations for a given compute capability and data types.
- class cutlass.library_defaults.ArchOptions(target_cc, kernel_cc, operation_kind, gemm_kinds, allowed_math_operations=[<MathOperation.multiply_add: 1>, <MathOperation.multiply_add_saturate: 2>])[source]#
Bases:
object
Structure for keeping track of kernels available on a given compute capability
- Parameters:
target_cc (int) – compute capability of the device on which kernels will be run
kernel_cc (int) – compute capability of the kernels to generate
operation_kind (cutlass.OperationKind) – type of operation to register
gemm_kinds (list) – types of GEMM operations that can be included
allowed_math_operations (list) – types of primitive math operations allowed
- opclass_supports_combination(op_class, datatype_comb, layout_comb)[source]#
Returns whether the provided operation class supports the provided data type and layout combination
- Parameters:
op_class (cutlass.OpcodeClass) – operation class to consider
datatype_comb (tuple[cutlass.DataType]) – tuple of data types for (element_A, element_B, element_accumulator)
layout_comb (tuple[cutlass.LayoutType]) – tuple of data types for (layout_A, layout_B)
- Returns:
set of operation classes that support the provided data type and layout combination
- Return type:
set
- operations(op_class, element_a, element_b, element_accumulator, layout_a, layout_b)[source]#
Returns whether the provided operation class supports the provided data type combination
- Parameters:
op_class (cutlass.OpcodeClass) – operation class to consider
element_a (cutlass.DataType) – data type of operand A
element_b (cutlass.DataType) – data type of operand B
element_accumulator (cutlass.DataType) – data type of accumulator
layout_a (cutlass.LayoutType) – layout of operand A
layout_b (cutlass.LayoutType) – layout of operand B
- Returns:
container of kernels by alignment supported by the provided combination of parameters
- Return type:
- supporting_opclasses(element_a, element_b, element_accumulator, layout_a, layout_b)[source]#
Returns a set of operation classes that support the provided data type combination
- Parameters:
element_a (cutlass.DataType) – data type of operand A
element_b (cutlass.DataType) – data type of operand B
element_accumulator (cutlass.DataType) – data type of accumulator
layout_a (cutlass.LayoutType) – layout of operand A
layout_b (cutlass.LayoutType) – layout of operand B
- Returns:
set of operation classes that support the provided data type combination
- Return type:
set
- class cutlass.library_defaults.KernelsForDataType(datatype_comb, layout_comb)[source]#
Bases:
object
Container class for keeping track of kernels that correspond to a particular combination of data types for operands A, B, and accumulator
- Parameters:
datatype_comb (tuple) –
layout_comb (tuple) –
- property alignments#
Returns an unsorted list of alignments supported by this data type combination
- Returns:
unsorted list of alignments supported by this data type combination
- Return type:
list
- property all_operations#
Returns a list of all operations supported by this data type combination
- Returns:
list of all operations supported by this data type combination
- Return type:
list
- find_alignment(shape, layout)[source]#
Returns the most preferable alignment for a given shape and layout
- Parameters:
shape (tuple) – extent of each dimension of the tensor
layout (cutlass.LayoutType) – layout of the tensor
- Returns:
maximum alignment supported by the data type combination and tensor size
- Return type:
int
Swizzle#
Registry of swizzling functions


As the name stands, iMIRAGE a set of tools that facilitates imputation of microRNA or miRNA expression using protein-coding genes.
With a growing repertoire of publicly available transcriptomic data, it is now possible to study miRNA expression in several phenotypes. However, for a large number of transcriptomic studies still do not produce reliable miRNA profiles due to technical limitations of standard library preparation and expression profiling techniques. In case of such studies with reliable protein-coding data, it is possible to impute the expression of miRNAs using the iMIRAGE package. Essentially, the iMIRAGE package builds prediction models using protein-coding and miRNA expression data sets using machine learning, and then imputes the miRNA expression in the independent data set of interest using just their protein-coding profiles.
#Download using devtools
devtools::install_github("aritronath/iMIRAGE")
#Load the package in R
library(iMIRAGE)
See the iMIRAGE vignette for further details, quick start guide and detailed description of the package features.
See Reference for detailed documentation on various functions included in the package.


---
layout: portal
category: reject
tags: reject
id: 60
imgurl: https://lh5.ggpht.com/lEaqwR-xYpkUkhD0lf02gPueYRyNwMXBpbLIL7BMlN20uaOJlqdot2DTuHquou58w5oIl1q7btjdooWTfD2P7A
portalname: 贄川宿入口
sentdate: Tue Mar 17 17:08:39 JST 2015
title: 60 - 贄川宿入口
---
From: "Ingress Operations"<EMAIL_ADDRESS>日付: 2015/03/17 9:39
件名: Ingress Portal Rejected: 贄川宿入口
To: **
Cc:
Thank you for your Portal submission. However, this Portal candidate does not meet the criteria required for approval.
Please refer to New Portal Submission criteria at our Help Center for further information.


Yoo Seung Woo shares a sentimental story through MV for 'The Road You Take'
by danisurstYoo Seung Woo is back with a new song!
"The Road You Take" was released on November 25 at 6 PM KST, roughly six months after he dropped his previous release, his second full-length album 'Yoo Seung Woo 2.' The single, which was written by the singer, combines his father's story with the feelings of the word 'Seoul.' It has a lonely-feeling melody and quite guitar accompaniment, creating a sentimental atmosphere.
Check out the music video for "The Road You Take" above!


Talent Network
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Priyanka Chopra Jonas’s pretty selfie gets a cute response from Nick Jonas
by TNNTheir first wedding anniversary is just around the corner and Priyanka Chopra Jonas and Nick Jonas continue to give us couple goals. The couple, who tied the knot on December 1 last year, are active on social media and regularly post pictures. PeeCee, who was last seen on the big screen in Shonali Bose’s ‘The Sky Is Pink’ also starring Farhan Akhtar, Rohit Saraf and Zaira Wasim, is currently shooting in India. And with her better half all the way back in USA, it’s natural for the couple to miss each other. Priyanka, who posted a pretty selfie of herself on Instagram, was quickly inundated with comments and the one, which stood out, was from Nick, so wrote, ‘So beautiful’.
In the picture, PeeCee is wearing an aquamarine top and simple hoop earrings with minimal make-up. She captioned the picture, ‘The wound is the place where the Light enters you.” – Rumi #setlife #musings.’
Apart from her work commitments, the actress is also spending quality time with family. She also shared a picture of some of her relatives where she is seen wearing a black shirt and skirt with knee-high boots. In a recent interview, Nick was asked what special plans he had for their first anniversary, but refused to divulge any details because he wanted to surprise his wife.
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|
Bomberman
1.0
|
An class representing the lobby logic from client side. More...
#include <lobby.h>
Data Fields | |
| TScene *(* | Register_Scene )(struct TLobbyClient *, TScene *) |
| void(* | Start_Server )(struct TLobbyClient *, int, int) |
| void(* | Join_Lobby )(struct TLobbyClient *, const char *, const char *, int) |
| void(* | Start_Game )(struct TLobbyClient *) |
| void(* | Handle_Messages )(struct TLobbyClient *) |
| void(* | Leave_Lobby )(struct TLobbyClient *) |
| void(* | Free )(struct TLobbyClient *) |
| TClient * | client |
| TGameServer * | gameserver |
| TScene * | lobby_scene |
| unsigned int | is_owner |
| int | player |
| unsigned int | nb_players |
An class representing the lobby logic from client side.
TLobbyClient is a class representing the lobby logic from client side.
| TClient* client |
The network client for sending messages to the server.
| void(* Free) (struct TLobbyClient *) |
Free (ressources) method.
| TGameServer* gameserver |
The game server object if the client is the game owner.
| void(* Handle_Messages) (struct TLobbyClient *) |
Method for handle the message sended by the server.
| unsigned int is_owner |
A boolean to know if the client is the game owner.
| void(* Join_Lobby) (struct TLobbyClient *, const char *, const char *, int) |
Method for joining the lobby.
| void(* Leave_Lobby) (struct TLobbyClient *) |
Method for say to the server that the player left the lobby.
| TScene* lobby_scene |
The UI scene corresponding to the lobby.
| unsigned int nb_players |
The actual number of players in the lobby.
| int player |
The unique ID of the player.
| TScene*(* Register_Scene) (struct TLobbyClient *, TScene *) |
Method for register the UI scene used for the lobby.
| void(* Start_Game) (struct TLobbyClient *) |
Method called by the game owner to start the game.
| void(* Start_Server) (struct TLobbyClient *, int, int) |
Method for start the game server.


IdentityModule
The Identity Module (Id Module) is the component responsible for handling the user identity and the association of this identity with the Hyperty instances, in order to make Hyperty instances identifiable. The identity in the reTHINK project is not fixed to a unique Identity Service Provider, but obtained through several different Identity sources. With this approach, the Id Module provides to the user the option to choose the preferred method for authentication. This module will thus able to support multiple Identity acquisition methods, such as OpenID connect 1.0, Kerberos System, or authentication through smart cards. For example, a user with a Google account can use the Google as an Identity Provider to provide Identity Tokens, which can be used by the Identity Module to associate it with a Hyperty instance. The Identity Module uses a node package, the HelloJS, which is a client-side JavaScript API for authentication that facilitates the requests for the OpenID connect protocol. This method allows for some abstraction when making requests for different Identity Providers, such as OpenID connect used by Google, Facebook, Microsoft, for example. When a request for a user identity is made using the method loginWithRP(identifier, scope), this method will analyse the Identity Provider chosen to obtain an identity and will use the HelloJS node package with the selected Identity Provider and identity scope. After the HelloJS request for an Access Token to the Identity Providers, the user will be prompted to authenticate towards the Identity Provider. Upon receiving the Access Token, this token is validated with a RESTful web service request to an endpoint on the Identity Provider Authorization Server, and after the validation is done, an ID token is obtained with the information according to the scope required. This ID token is then preserved in this module that can obtained through the getIdentities() and is passed as return value of the loginWithRP function. The methods generateAssertion and validateAssertion have not yet been developed.
Constructor Summary
| Public Constructor | ||
| public |
This is the constructor to initialise the Identity Module it does not require any input. |
Method Summary
| Public Methods | ||
| public |
generateAssertion(contents: DOMString, origin: DOMString, usernameHint: DOMString): IdAssertion Generates an Identity Assertion |
|
| public |
getAssertionTrustLevel(assertion: DOMString) Trust level evaluation of a received IdAssertion |
|
| public |
getIdentities(): Array<Identities> Function to return all the identities registered within a session by a user. |
|
| public |
loginWithRP(identifier: Identifier, scope: Scope): Promise Function to request an ID Token from a user. |
|
| public |
Register a new Identity with an Identity Provider |
|
| public |
In relation with a classical Relying Party: Registration |
|
| public |
In relation with a Hyperty Instance: Associate identity |
|
| public |
validateAssertion(assertion: DOMString): Promise Function to validate an identity assertion generated previously. |
Public Constructors
public constructor source
This is the constructor to initialise the Identity Module it does not require any input.
Public Methods
public generateAssertion(contents: DOMString, origin: DOMString, usernameHint: DOMString): IdAssertion source
Generates an Identity Assertion
Params:
| Name | Type | Attribute | Description |
| contents | DOMString | contents |
|
| origin | DOMString | origin |
|
| usernameHint | DOMString | usernameHint |
Return:
| IdAssertion | IdAssertion |
public getAssertionTrustLevel(assertion: DOMString) source
Trust level evaluation of a received IdAssertion
Params:
| Name | Type | Attribute | Description |
| assertion | DOMString | assertion |
public getIdentities(): Array<Identities> source
Function to return all the identities registered within a session by a user. These identities are returned in an array containing a JSON package for each user identity.
public loginWithRP(identifier: Identifier, scope: Scope): Promise source
Function to request an ID Token from a user. If no token exists, the Identity Module will try to obtain one from an Identity Provider, and the user will be asked to authenticate towards the Identity Provider. The function returns a promise with a token containing the user information.
Params:
| Name | Type | Attribute | Description |
| identifier | Identifier | identifier |
|
| scope | Scope | scope |


Pleasantville A film review by Marty Mapes Copyright 1998 Marty Mapes
*** (out of 4) Pleasantville is that rare movie that is thought-provoking without being substantive. It's a parable without a meaning. A metaphor without a referent. It's enjoyable and stimulating, but it's not as deep as it leads you to believe.
David (Tobey Maguire) is a high school nerd. His greasy black hair is the perfect complement to his encyclopedic knowledge of TV Trivia. He has clearly grown up with Nick at Night, and his favorite show is Pleasantville, a combination of Father Knows Best and Leave It To Beaver.
His sister Jennifer (Reese Witherspoon) wants to watch the MTV concert with her boyfriend one evening, but David wants to watch the Pleasantville marathon so he can enter the trivia contest.
Their fight results in a broken remote control, without which the TV will not function. Coincidentally, a mysterious TV repair man (Don Knotts) shows up at their door with a super duper remote control.
The repairman is so impressed by David's knowledge of Pleasantville trivia that he leaves them the remote free of charge. David clicks the remote and he and Jennifer suddenly find themselves in Pleasantville. They are now trapped in the sanitary, black-and-white "utopia" of 1950s sitcoms. David and Jennifer are now "Bud" and "Mary Sue," at least until they can find that repairman again.
David knows this universe pretty well and he is able to cope with the change. Living in utopia and having a knowable, predictable future is actually something "Bud" is looking forward to.
In contrast, Jennifer is angry and resentful. She accepts that the universe around her has changed, but she's not going to play along with it. When she finally makes it to school, she introduces the word "cool" to her friends as a substitute for "swell." When she gets bored (which doesn't take too long) she seduces Mary Sue's boyfriend (who's never done more than hold hands with a girl) in the back seat of his car.
Her boyfriend had never heard of sex before (this IS the land where married couples sleep five feet apart on single beds). So when he experiences it for the first time, a rose appears in full, vivid, living color. The next day he tells his friends about the experience and soon, everyone is having sex and seeing real colors.
The universe as the inhabitants of Pleasantville know it shatters. Mr. Johnson (Jeff Daniels) who runs the soda shop learns about free will the hard way. Firemen learn about fires. Students learn about books. Boys learn about girls and girls learn about boys. With each revelation comes a new splash of color into the black and white world.
It seems as though modern ideas are so strong that they are unstoppable. But after about half of the townspeople pop into full color, Pleasantville hits a plateau. Some residents just don't like or understand what is happening. They cling to their old-fashioned black and white ways, and they don't experience the colorful epiphanies their friends and families had.
Some people without color resent these changes that they can't control, so they resort to prejudice and violence. The movie hits its climax with Bud's trial in a colorless courtroom with colorless jurors and a fearful colorless judge.
Although I enjoyed this film, I was ultimately disappointed that this elaborate parable had so little meaning. The only apparent lesson is that change - exciting to some and feared by others - is inevitable. Lots of other lessons take shape, but when you think about them too hard, they dissolve.
For example, it seems that passion sparks the change from black and white to color. If true, it would lead to all sorts of interesting conclusions about what the movie was trying to say. Later, an angry mob smashes a store window and none of them change color. The film now says that passion has to be "good" in order to effect the change to color. It leads to a different set of ideas about the film. Still later in the film, one of the last black and white holdouts changes color by confronting his own hatred. The film once again changes its own rules, leaving one to wonder if there really was supposed to be a metaphor at work.
(NOTE: Gary Ross responded to this question in Ebert's "Answer Man" column. Nevertheless, that's not a resource available to you when you're sitting in the theater.)
I was also disappointed that this movie avoided some of the bigger issues that could have made it really interesting. For example, when the town is split, the black-and-whites are not given equal time. The film doesn't let the audience see their point of view. It ignores the deep-down terror they must feel at watching their world collapse. Why weren't there any black-and-white suicides? What if the last one were unable to change? Would the new colorful world have a place for these leftovers, or would they become Pleasantville's forgotten homeless?
Finally, Ross let the film have an all-too-easy outcome. Conventional storytelling doesn't let Utopia come without some cost. Utopia is too boring or sterile to be one's permanent residence, or it requires some sacrifice the characters aren't willing to make. Yet by the end of the film, not only has everyone become colorful, the world is still free of crime, rape, violence, and presumably toilets. A little turmoil in the middle allowed the world of Pleasantville to become a true utopia, and that usually isn't allowed in fiction. (Even more unconventional is that Jennifer's decision at film's end is allowed to stand!)
Both before and during the movie, I was rooting to be won over, and I actually enjoyed the experience. But it turns out my expectations were too high. I saw that Ross was searching for human Truths, but the whole thing fell apart in my head not long after the movie was over.
Still, I did enjoy it and it was worth thinking about outside the theater, if only for an hour. That still lets me recommend this film.
Check out more current movie reviews at http://www.indra.com/~mmapes/
-- Marty Mapes<EMAIL_ADDRESS>Movie Habit http://net.indra.com/~mmapes
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


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An easy way to view Thymeleaf-rb performance evolution between iterations.
The current status of all comparison tests (last build). Shows IPS comparison (more is better). Reload to get an updated chart with different colors.
Here you can view each test comparison evolution individually.


Christopher Robin
Christopher Robin is a movie starring Ewan McGregor, Hayley Atwell, and Bronte Carmichael. A working-class family man, Christopher Robin, encounters his childhood friend Winnie-the-Pooh, who helps him to rediscover the joys of life.


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{% extends "base.html" %} {% block content %}
{{ current_content }}
Once you have a history of old entries, I'll show them to you at certain intervals here.


wendy
/
com.levibostian.wendy.types
/
ReasonPendingTaskSkipped
/
Visitor
/
visitUnresolvedRecordedError
visitUnresolvedRecordedError
abstract
fun
visitUnresolvedRecordedError
(
)
:
E
See Also
UNRESOLVED_RECORDED_ERROR


WARNING: This API is unstable and might change in the future. Please let us know if you want to use the C-API in your own code
The PyObjC package can be extended in C (or more likely Objective-C) using the C API described in this document. This API should be used to write custom wrappers for "hard" methods and to create/access Objective-C proxy objects from the wrappers for C functions.
IMHO this API shouldn't be used to write modules that "just happen" to work with Objective-C objects, using (static) methods in a class is much more convenient.
The C API is defined in pyobjc-api.h
. This file is currently not installed
because the API is not entirely stable. This is the only file that can
be included from outside of the 'Modules/objc' directory; future versions of
the bridge may use additional linker flags to make sure that the module doesn't
export symbols other than the module init function.
The easiest way to wrap global functions and constants is by using the scripts in Scripts/CodeGenerators. These scripts are unsupported and might not work on anything but the Apple headers, but if they work it will save you a lot of work.
An important limitation of the current C API is that you can only use the API from one C file in the implementation of an extension module. This limitation will probably not be removed in future versions of the API.
The initialization function (below) should be called before using the rest of the API:
static int PyObjC_ImportAPI(PyObject* calling_module)
This module will return 0 if loading the module was successful, and -1 otherwise. Reasons for failure include: not being able to locate the module and API version conflicts.
Loading the API will make it impossible to unload the calling_module
.
NOTE: Using the API other than by the mechanism described in this document is unsupported.
On Mac OS X, the version guard macro MAC_OS_X_VERSION_MAX_ALLOWED
will
always be available.
The macros PyDoc_STR
, PyDoc_VAR
and PyDoc_STRVAR
are defined
when they are not defined in Python.h
.
PyObjCObject_Type int PyObjCObject_Check(value);
PyObjCObject_Type
is the type of Objective-C objects, both pure Objective-C
objects and hybrid Python/Objective-C objects are instances of this type. Use
PyObjCObject_Check
to check if a value is an instance of this type.
There is at most 1 proxy for an Objective-C instance. That is, you can use
the is
operator in Python to check if two variables refer to the same
Objective-C object.
PyObjCClass_Type int PyObjCClass_Check(value);
PyObjCClass_Type
is the type of Objective-C classes, both pure Objective-C
objects and hybrid Python/Objective-C classes are instances of this type. Use
PyObjCClass_Check
to check if a value is an instance of this type.
There is at most 1 class proxy for an Objective-C class. That is, you can use
the is
operator in Python to compare two classes for equality.
PyObjCSelector_Type int PyObjCSelector_Check(value);
PyObjCSelector_Type
is the type of Objective-C methods (including the
methods defined in Python). Use PyObjCSelector_Check
to check if a value
is an instance of this type.
int PyObjC_RegisterMethodMapping( Class cls, SEL sel, PyObject *(callObjC)(PyObject*, PyObject*, PyObject*), IMP callPython);
Register a custom wrapper for a specific method. Returns -1 on failure.
int PyObjC_RegisterSignatureMapping( char* typespec, PyObject *(*callObjC)(PyObject*, PyObject*, PyObject*), IMP callPython);
Register a custom wrapper for methods with a specific signature. Returns -1 on failure.
id PyObjCObject_GetObject(PyObject* obj);
Return the Objective-C object that is proxied by a PyObjCObject_Type
instance.
void PyObjCObject_ClearObject(PyObject* obj);
Clear the proxied object. That is, the PyObjCObject_Type
instance will
no longer be a proxy.
Class PyObjCClass_GetClass(PyObject* cls);
Extract the Class from a proxied Objective-C class.
PyObject* PyObjCClass_New(Class cls);
Create or find a proxy object for the class.
id PyObjC_PythonToId(PyObject* value);
Create a proxy for the Python object. This will unwrap proxied Objective-C objects, and will create the appropriate proxy for Python objects.
PyObject* IdToPython(id value);
Create a proxy for the Objective-C object. This will unwrap proxied Python objects and will create a proxy object for Objective-C objects.
void PyObjCErr_FromObjC(NSException* localException);
Convert an Objective-C exception to Python. Use
PyObjCErr_FromObjC(localException)
to convert the exception in an
NS_HANDLER
block.
Note that PyObjC supports round-tripping for exceptions, if the current Objective-C exception is an converted Python exception, the original Python exception will be rethrown.
void PyObjCErr_ToObjC(void);
Convert a Python exception to Objective-C. This function does not return.
Note that PyObjC supports round-tripping for exceptions, if the current Python exception is an converted Objective-C exception, the original Objective-C exception will be rethrown.
int PyObjC_PythonToObjC(const char* typespec, PyObject* value, void* buffer);
Convert the value to an Objective-C value of type typespec
. The buffer must
be at least PyObjCRT_SizeOfType(typespec)
bytes long.
NOTE: The typespec
is a type specifier as described in the runtime
reference of the Objective-C manual from Apple. Use @encode(mytype)
if to
get code that is portable to a different Objective-C runtime.
PyObject* PyObjC_ObjCToPython(const char* typespec, void* value);
Convert an Objective-C value of type typespec
to python.
PyObject* PyObjC_CallPython(id self, SEL sel, PyObject* arglist, int* isAlloc);
Call the Python implementation of method sel
of self
. The arglist
must contain the complete argument list, including self. If isAlloc
is not
NULL
it is used to output whether this method should return a new reference
(TRUE) or a borrowed reference (FALSE).
int PyObjCRT_SizeOfType(const char* typespec);
Return the size of variables of the specified type.
int PyObjCRT_AlignOfType(const char* typespec);
Return the alignment of variables of the specified type.
Class PyObjCSelector_GetClass(PyObject* sel);
Return the class containing the definition of sel
.
SEL PyObjCSelector_GetSelector(PyObject* sel);
Return the Objective-C method name for sel
.
void PyObjC_InitSuper(struct objc_super*, Class, id);
Initialize the struct objc_super
for use with objc_sendMsgSuper
. Use
this if the self
argument is a normal object.
void PyObjC_InitSuperCls(struct objc_super*, Class, Class);
Initialize the struct objc_super
for use with objc_sendMsgSuper
. Use
this if the self
argument is a Class.
int PyObjCPointerWrapper_Register( const char* typespec, PyObject* (*pythonify)(void*), int (*depythonify)(PyObject*, void*) );
Use pythonify
to convert pointers of type typespec
to python and
depythonify
to extract them from Python. Use this to register helper
function for the conversion of opaque pointers.
id PyObjCUnsupportedMethod_IMP(id, SEL);
Use this as an argument for PyObjC_RegisterMethodMapping
or
PyObjC_RegisterSignatureMapping
if the method is not callable from
Objective-C.
PyObject* PyObjCUnsupportedMethod_Caller(PyObject*, PyObject*, PyObject*);
Use this as an argument for PyObjC_RegisterMethodMapping
or
PyObjC_RegisterSignatureMapping
if the method is not callable from Python.
int PyObjCObject_Convert(PyObject* object, void* pvar);
This is a variation on PyObjC_PythonToId
than can be used with
PyArg_Parse
.
int PyObjCClass_Convert(PyObject* object, void* pvar);
This is a variation on PyObjCClass_GetClass
than can be used with
PyArg_Parse
.
int PyObjCSelector_Convert(PyObject* object, void* pvar);
Write the SEL
for a selector object into *pvar
.
For use with PyArg_Parse
.
int PyObjC_ConvertBOOL(PyObject* object, void* pvar);
Write YES
into *pvar
if object
is true, write NO
otherwise.
*pvar
should be of type BOOL. For use with PyArg_Parse
.
int PyObjC_ConvertChar(PyObject* object, void* pvar);
Write the value of a string of length 1 into the character (type char)
at *pvar
. For use with PyArg_Parse
.


--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/113488general/92980vscodesettingsbug.html ---
There is a bug in the vscode plugin where in the "User Settings" panel the default settings for numerical constants like "lean.memoryLimit" are given in inverted commas (e.g. "4096"), when they actually shouldn't be.
why is that a problem?
are you sure only a number can appear there?
i.e. "32M"
Both formats (4096
and "4096"
) work, and no, you can't append a M
.
Default value changed to bare number a second ago.
(deleted)
At least on my computer, using inverted commas gives the vscode error "Incorrect type. Expected 'number'."
It's a warning, and it will probably still work. Nevertheless, use "lean.memoryLimit": 4096
. Just a bare number.


In Jenkins, navigate to Manage Jenkins.
Choose Manage Plugins.
Choose the Available tab.
Install the following Plugins:
* Anchore Container Image Scanner
* Sonar Quality Gates Plugin
* SonarQube Scanner for Jenkins
* xUnit plugin
* Gogs
Choose Install without Restart.
The Kubernetes Cloud plugin allows for the running of Kubernetes/OpenShift PODs as Jenkins JNLP Slaves
The OpenShift Jenkins Template configures a Kubernetes Cloud configuration for the current OpenShift environment. It provides two out-of-the-box Kubernetes Pod Templates to be Jenkins Slaves; maven and nodejs.
Configure Podman Kubernetes Pod Template
We will be using podman to build our container images so we need to include a new Kubernetes Pod Template that includes the podman binary.
The Dockerfile for the podman image can be found here:
https://github.com/Vizuri/openshift-cicd-podman-jenkins-slave
This container extends the OpenShift Maven image and just adds the podman binary.
In Jenkins, navigate to the Manage Jenkins -> Configure System. Scroll down to the Cloud->Kubernetes section.
Notice the provided configuration.
Let’s add our Podman Kubernetes Pod Template.
Click on the Add Pod Template button and choose Kubernetes Pod Template.
Enter the following values:
* Name: maven-podman
* Labels maven-podman
Click on the Add Container button and choose Container Template.
Click the Add Volume button and choose Empty Dir Volume
Enter the following values:
Save your changes.
In Jenkins, navigate to the Manage Jenkins -> Configure System.
Scroll down to the Anchore Plugin Mode
Enter the following values:
Click Save
In Jenkins, navigate to the Manage Jenkins -> Configure System.
Scroll down to the SonarQube servers section.
Click the Add SonarQube button.
Enter the following values:
* Name: sonar
* Server URL: http://sonarqube-student-55-cicd.apps.ocpws.kee.vizuri.com
Scroll down to the Quality Gates SonarQube
Click the Add Sonar Instance button
Enter the following values:
Click the Save button
Login into your SonarQube Server.
http://sonarqube-student-55-cicd.apps.ocpws.kee.vizuri.com
Click the Login button and enter
And press the Login button.
Click skip this tutorial on the pop-up.
Click on Administration and then choose WebHooks.
Enter the following values:
* Name: Jenkins
* URL: http://jenkins-student-55-cicd.apps.ocpws.kee.vizuri.com/sonarqube-webhook/
Click Save


We Have Changed Our Mind And So What? – Sammy Gyamfi To NPP
by Peace FM OnlineThe opposition National Democratic Congress (NDC) continue to justify why they made a u-turn and decided to campaign against the upcoming referendum.
The Minority in Parliament supported the amendment of Article 55 of the 1992 Constitution until the National Chairman of the NDC at a press conference indicated a change of mind and called on Ghanaians to vote ‘No’ in the December 17 referendum.
This decision has been met with some criticisms from the ruling New Patriotic Party (NPP) who feel the NDC acted in bad faith.
The National Communications Officer of the NDC, Sammy Gyamfi reacting to the NPP on UTV's morning show 'Adekye Nsroma' queried: 'we have changed our mind and so what?'
Watch his take in the video below
Featured Video


THE CELEBRATION (1998) A Film Review by Ted Prigge Copyright 1999 Ted Prigge
Director: Thomas Vinterberg Writers: Thomas Vinterberg and Mogens Rukov (from an idea by Thomas Vinterberg) Starring: Ulrich Thomsen, Henning Mortizen, Thomas Bo Larsen, Paprika Steen, Birthe Neumann, Trine Dyrholm, Helle Dolleris, Therese Glahn, Klaus Bondam, Bjarne Henriksen, Gbatokai Dakinah
"The Celebration" is one of an elite kind of films that is completely absorbant. You know, where you sit down to watch it, and no matter what you've heard about it before, you just can't help but be totally drawn into its story and shocked by every single turn that occurs. I prefer films like these because these are what the best kind of films are like. I don't really feel there are to be any real "rules" for cinema; a film can do anything, as long as it makes it work. But I do ask that all films have one thing in common: they create experiences. When I watch a film, no matter what kind of film it is, I want to be able to take certain memories along with me.  It creates a world so completely realistic that everything that occurs is as memorable as the little instances of life that catch your attention and stay with you for the rest of your life. And then it makes things just a tad bit farscial, just to make sure you're paying attention, which you are because what transpires is just so goddam interesting that if you were to ever feel bored, then you're of your attention span needs a bit of a tuning-up.
The story takes place at the extravagant home of an aging patriarch (Henning Mortizen), who has just turned 60 and is having a party thrown for him. All his friends and family turn up, and for the first half hour, we get introduced to everyone, simplistically and realistically (no aggravatingly condescending posing for the camera deals here). The eldest son, Christian (Ulrich Thomsen, looking a bit like a young Malcolm McDowell), is the first to be seen in the film, walking to his father's home. His brother, Michael (Thomas Bo Larsen), drives by, pulls over, greets him, then kicks his family out of the car, forcing them to walk to the estate, just so Christian can be comfortable. We then meet Helene (Paprika Steen), their sister, a woman who always seems to be stressed-out, who invites the driver of her car (Gbatokai Dakinah), an American, to to come join her at the party she's going to.
Once they're all there and settled in, the party begins, and as custom, the eldest son has to make a speech to his dad, so Christian stands up, at the head of the table, and reveals the film's punchline: his father raped all his children at a young age. But since this is a family/friends affair, his confession becomes more detested than the supposed truth, and is simply brushed off despite his efforts, and what transpires is sorta like Jerry Springer crossed with Jean Renoir, and it's all terribly interesting to watch. Twists occur, and soon the film has taken on a nearly-farsical nature, but still seems realistic because the people involved really feel like they could reach such ends.
The most notorious thing about this film, which has been getting the most notice, though, is that the director, Thomas Vinterberg has shot it in a completely awkward fashion. As a member of the Danish filmmakers clan, Dogme 95, a group that has vowed to oppose "the auteur concept, make-up, illusions, and dramaturgical predictability" so that they may "purge film so that once again the inner lives of the characters justify the plot." I have not seen "Breaking the Waves," the other notable film by a member of this group (Lars Von Trier, to be exact), but "The Celebration" works exquisitely in this department. It feels like reality, like you're actually watching real people and not actors, and as a major pointer, has been shot on video. As a result, it looks more like the home movies you never dare shot of your family than an actual film, but always wanted to. We see key moments in people's lives that they wouldn't dare show to the world, and it captures the farscial comedy of life so accurately and acutely that this style, as ironically-showmanship as it really is, works perfectly for the nature of the film.
The key, though, to this film, and the reason it's not just a cool Danish import, is because this film is not about revealing the truth as much as it is about the way people react to such an explosive truth. Throughout the film, we see a completely realized debate over the truth and the effects it has on the lives of those who have learned to live with lies, a debate so three-dimensional that it could easily blow Oliver Stone and his the-truth-at-all-costs reasoning out of the water. Of course it was not right for the father to rape his children, and of course, they couldn't have fought back then, and of course this has created scarring suppression inside them. And yes, it's thearapeutic for one to release the truth years later, when they know it could easily destroy the one who emotionally destroyed them earlier. But then again, the father, after all, is not a totally bad guy, and we can see the emotional complications that arise thanks to a performance by Mortizen which is just so great and touching that while we do believe that he could have raped his children years earlier, we also see a man who has also learned to live with what he's done, and deep down, feels true guilt that is only now beginning to surface. The final scene, involving Mortizen and everyone else, is utterly devastating, thanks to him and Thomsen, whose performance is utterly flawless and equally emotionally complex.
Everyone else is flawless as well - the actors never seem to be stepping into the shoes of their characters as much as they do walking comfortably in them. The actors or writers have not made the mistake to judge these characters in the slightest: there are no whites or blacks but instead all grays, exactly like life. As such, "The Celebration" may be the one truly bizarro film of the year: a work of art so eerily close to reality that it's utterly disturbing and utterly fascinating.
MY RATING (out of 4): ****
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Grace Jones is put in charge of Meltdown festival: It's about time darling
Grace Jones has accepted an invite to curate next year’s Meltdown festival, saying “it’s about time”.
The singer, 71, known for her androgynous look and distinctive wardrobe, will oversee and headline the Southbank Centre event.
Jones, who has previously performed at Meltdown, said she was “honoured” to turn her hand to curating.
She added: “Year after year, the festival continues to spread its colourful wings, allowing its curators to bring together an array of diverse talent not seen anywhere else.
“It’s about time I was asked to curate Meltdown darling, don’t you think?!”
Jones was one of the first black supermodels before signing to Island Records.
She became a star of New York City’s Studio 54-centred disco scene and in the 1980s moved to a new-wave hybrid of reggae, funk, pop and rock.
Albums include Warm Leatherette, Nightclubbing, and Slave To The Rhythm.
She is also known for starring as a villain in Bond film A View To A Kill and for slapping presenter Russell Harty live on air in 1981 when she thought that he was ignoring her.
In 2015, Jones declared that current female singers like Rihanna, Lady Gaga and Miley Cyrus have no taboos to break because she had smashed them all.
She accused chart topping stars of today of copying her, writing in her autobiography: “They dress up as though they are challenging the status quo but by now, wearing those clothes, pulling those faces, revealing those tattoos and breasts – that is the status quo.”
And Jones also warned of life in the music industry: “If you haven’t got a long-term plan then you are just a passing phase, the latest trend, yesterday’s event.”
Previous curators of the music and arts festival have included The Cure’s Robert Smith, David Bowie, Yoko Ono, rapper MIA and Jones’s former collaborator Nile Rodgers.
Bengi Ünsal, head of contemporary music at Southbank Centre, said: “There’s no denying it, Grace Jones is unlike anybody else…
“She is one of the few living artists who can truly be described as iconic, with a relentlessly individualistic vision.”
Grace Jones’s Meltdown runs from June 12-21 next year at the Southbank Centre, London, with line-up details to be announced.


Scratch (High School)
Scratch is an educational programming language and multimedia tool that can be used by pupils, teachers and parents for a range of educational and entertainment projects from maths and science projects, including simulations and visualisations of experiments, recording lectures with animated presentations, to social sciences animated stories, and interactive art and music. Simple games can be made with it, as well.
Alice 3 (PUC)
Alice is an innovative 3D programming environment that makes it easy to create an animation for telling story, playing an interactive game, or a video to share on the web. Alice is a teaching tool for introductory computing. It uses 3D graphics and drag-and-drop interface to facilitate a more engaging, less frustrating first programming experience.


Menus, Footers and Pages
Manage your site menu, footer and website pages
Menus, Footers and Pages
Pages


Moonlight is as self-powered bike wheel that comes along with an Android mobile application. The mechanical components and the software elements together ensure public safety for the biking community and helps recover theft. The Android app allows users to:
Unathenticated Bluetooth connection between Arduino and app, will trigger 'stolen lights'.
Claim your registered bike as stolen.
View other bikes lost within the proximity of your current location, as a list and Map
Prototyped the UI using FluidUI and then improved it during implementation.
Used Google Maps and Geolocation APIs' to display information on Google Maps.
Stored user's claim of 'stolen bike' & retrieved information from Parse.
After a series of meetings with the clients and the team, my teammates and I were able to understand the expectations of the clients, i.e to develop a companion app to promote a bicycle community, with the 3 main features.
After Preliminary Design Review presentation, I led the paper prototyping session and took the initiative to complete the low fidelity prototype using FluidUI (with limited interactions). The latter was presented during the Critical Design Review to clients, teaching faculty and peers.
Upon testing the prototype on a few volunteers and receiving critiques, comments and suggestions from CDR, the UI was redesigned after discussing the test results with the team and clients. The UI at this point was changed from a light to dark theme to best match the idealogy of the project.
Using the Google Maps API and Geolocation API, the Maps feature was implemented. Testing it on an Android phone confirmed that location permission had to be set to ACCESS_FINE_LOCATION value in addition to ACCESS_COARSE_LOCATION to ensure precise and accurate coordinates were retrieved. User contact information was retrieved from PARSE database to let users choose which piece of contact information they would like to display in the 'list of lost bikes'. In order to inform users completed actions or tuen on location services, alert dialogues and/or Toasts were included.
The menu UI was improved to include graphical icons that visually convey it's functions. Once all the other features were programmed, I checked for consistency across most frames.


and then drag and drop, and you will see (use cursor keys to finetune)
...and now GET BACK TO WORK AND PRODUCE SOME CODE!!! or go back where you came from


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Software engineer, sound designer, book author, conference speaker and open source maintainer.
(@dubreuia)
TODO
Slides and Code: alexandredubreuil.com


I am a graduate of Coventry University's Games Technology Course, with a 2:1. Having started up a small games development studio, I'm looking for work in order to further my programming career and improve my skills.
My recent projects have lead me to learn aspects of Unity, though I had a basic understanding of several engines through a university project which required me to benchmark a selection of Game Engines. As a result my skills are localised around Unity and C#, but I have experience with other languages. For example, during my time at University I familarised myself with C++ and OpenGL, and would enjoy working more with these.
Used for both personal and professional use
As the primary language used in the Unity engine, this has been the language of choice for many of the projects demonstrated here.
Used primarily during University.
A back up language for Unity as well as a tool used for several professional projects.
Through personal and professional use on various projects.
Acquired via several professional projects