Rights group say there is a worsening climate for gays in the Muslim-majority country, where authorities have maintained a colonial-era ban on sodomy and mete out harsh physical punishments for same-sex relations.
The men, aged 26 to 37, received six strokes of the cane each in a prison outside Kuala Lumpur on Monday for attempting "intercourse against the order of nature", an offence under sharia law, Amnesty International said.
They admitted committing the offence in an apartment last year, with an Islamic court also fining the men and sentencing them to jail terms of up to seven months each.
Religious authorities found out about the private event by monitoring messages between the men, and then sent a raiding party of 50 officers to detain them, according to Amnesty.
A fifth man convicted with the others was not caned as he is appealing against the punishment, while a further six men arrested in the apartment raid are still facing charges, the rights group added.
"These vicious punishments ... are the actual crimes being committed here," said Shamini Darshni Kaliemuthu, Amnesty's Malaysia executive director.
"Malaysia should be creating an environment in which LGBT people are free from discrimination, not ensnaring and beating innocent people."
Gay rights activist Numan Afifi, who has been following the case, confirmed the men were caned. AFP could not immediately contact court officials or the men's lawyers.
Malaysia has a dual-track legal system, with sharia courts handling some cases for Muslim citizens. Sodomy is a crime under the country's regular criminal code as well as under Islamic law.
Prime Minister Mahathir Mohamad last year said that Malaysia could not accept LGBT rights such as same-sex marriage, dismissing them as "western" values.
A month before his remarks, two women were caned in a sharia court in what campaigners said was the first time the punishment had been used in Malaysia as part of a conviction for lesbian sex.


Fresh bagels, cold cuts, hot and cold sandwiches, coffee, candy, soda, pizza, caviar, f9 fighter jets
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First butter two slices of bread. Then heat up a skillet over medium heat over the stove. After that layer a cheese slice ontop one of the bread slices and place it in the skillet to cook. After a minute or so or until it turns a light brown color, take off the skillet and place the remaining bread onto. Let cool then eat.
First put the fitted bottom sheet in place. Second spred the top sheet into the matrress and tuck the end of the top sheet into the mattress. After that make corners with the bottom corners of the top sheet thats placed down. Tuck the sides of that top sheet into the sides of the matress. Finally spread a blanket over the top sheet and place pillows,stuffed animals, and etc ontop.
First fold each end of the lace into a single "bunny ear." Next cross the bunny ears so that they form an "X" in the air. After that loop the bottom bunny ear over and through the top bunny ear. Finally pull the bunny ears out to the side away from the shoe.


I'm a header 1!
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This is a link to KNLU!
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|
BeTA
A caching system for geospatial paths
|
Indexes paths in a R-tree. More...
#include <pathrtree.h>
Public Member Functions | |
| void | add (std::shared_ptr< Path > path) override |
| Adds a path to the tree. | |
| void | remove (std::shared_ptr< Path > path) override |
| Removes a single matching path from the tree. | |
| std::shared_ptr< Path > | find (const path_query &query) const override |
| Finds a path whose origin and destination match the query. More... | |
| size_t | sizeBytes (std::shared_ptr< Path > path) const override |
| Returns the size that a given path would consume in the tree. | |
Indexes paths in a R-tree.
PathRTree places each segment of a path into an R-tree and uses point intersections to determine if queries can be answered.
Definition at line 33 of file pathrtree.h.
|
overridevirtual |
Finds a path whose origin and destination match the query.
Implements beta::PathIndex.
Definition at line 39 of file pathrtree.cpp.


Software Engineering Tech Lead Cisco, Galway2011 to Present Microservice architecture and development in the Webex portfolio.
Software Engineer Ericsson, Athlone, Ireland2003 to 2007 todo: fill in description and other employments.


Histograms in D3 and Observable HQ
Handy Dandy (ObservableHQ) Notebook!
How Many Times Did It Happen?
Histograms visualize a collection of items based on the number of things from that collection that fit into given bins. The bins are most often of equal width. Histograms help visualize the distribution of data and can be used to estimate the probability distributions.
Getting The Data
I grabbed historical Divvy data from the City of Chicago Data Portal , an awesome open-source resource with hundreds and hundreds of datasets to choose from. Here's the API docs for Divvy trips in particular.
I’m interested in calculating the data from a given date seven days into the future, so I need to filter my query by start_time. This is pretty simple.
let querystring = `$where=start_time between '${startTime}' and '${endTime}'&$limit=9999999`;
let data = d3.json(
"https://data.cityofchicago.org/resource/fg6s-gzvg.json?" + querystring
);
The trickiest part is obtaining a value for “seven days from now” without using some date library like Moment.js. We know that a day is 86,400 seconds, or 86,400,000ms. So to add n days, we just add n*86400000ms to a previous date.
function addDaysToDate(start, numDays = 6) {
let startDate = new Date(start);
startDate.setTime(startDate.getTime() + numDays * 86400000);
return startDate.toISOString().split("T")[0];
}
I can call this function like so:
let startTime = "2014-12-25T00:00:00";
let endTime = addDaysToDate(startTime, 6) + "T23:59:59";
The weirdness around splitting on T is because we don’t want the default date timestamp. Instead, I want to go to the very end of this day (23:59:59). The reason we convert to a date format internally and then grab the date again is that it’s far easier to do this than to think about how many days are in a given month, is it a leap year, etc. We convert into and out of the date object to obtain this result. Then we append the timestamp we desire.
Binning The Data, Times Two
For reference, my data is an array of objects, each corresponding to a single ride.
{
"bike_id": "1162",
"birth_year": "1987",
"from_latitude": "41.904613",
"from_location": { "type": "Point", "coordinates": "Array(2)" },
"from_longitude": "-87.640552",
"from_station_id": "138",
"from_station_name": "Clybourn Ave & Division St",
"gender": "Male",
"start_time": "2014-12-25T00:00:00.000",
"stop_time": "2014-12-25T00:04:00.000",
"to_latitude": "41.911386",
"to_location": { "type": "Point", "coordinates": "Array(2)" },
"to_longitude": "-87.638677",
"to_station_id": "118",
"to_station_name": "Sedgwick St & North Ave",
"trip_duration": "205",
"trip_id": "4396063",
"user_type": "Subscriber"
}
Since I already have a timestamp in each of these rides as a start time, it’s really easy to bin out the data. Here’s what I do:
function binData(rides) {
var timeAndDates = new WeakMap();
rides.forEach((ride) => {
const timeBin = ride.start_time
? String(+ride.start_time.split("T")[1].split(":")[0])
: -1;
const dateBin = ride.start_time.split("T")[0];
if (!timeAndDates[dateBin]) {
timeAndDates[dateBin] = [];
}
timeAndDates[dateBin][timeBin]
? timeAndDates[dateBin][timeBin]++
: (timeAndDates[dateBin][timeBin] = 1);
});
return timeAndDates;
}
I’m going to bin rides by days of the week and then, within each day, by the 24 hours of the day.
For each ride, I key the day of the week with the date part of the start_time
property (e.g., “2014-12-25”). If the date does not already exist, I add an empty slot for it. If it does exist already, I check to see if the second-level key (date + time bin) exists. If it does, increment the value by one. If it doesn’t, set up the bin, and put the item in (set the value to 1). I establish the bins by grabbing the hours of the start time, converting it to a number (to remove e.g., the preceding “0” in “00” — “09”), then re-casting to a String.
I call a generateReport method with the result of binData.
function generateReport(binned) {
var dates = ["Sun", "Mon", "Tues", "Weds", "Thurs", "Fri", "Sat"];
var newInfo = [];
Object.keys(binned).forEach((key) => {
if (binned[key].length < 24) {
//missing keys
for (var i = 0; i < 24; i++) {
if (!binned[key][i]) {
binned[key][i] = 0; // set to zero
}
}
}
const maxV = max(binned[key]);
const minV = min(binned[key]);
newInfo.push({
data: binned[key],
statMd: `max: ${maxV.value} @ ${maxV.hour}:00 // min: ${minV.value} @ ${minV.hour}:00`,
day: key.split("-").slice(1).join("/"),
name: dates[new Date(key).getUTCDay()],
});
});
return newInfo;
}
generateReport
does two things. First, it accounts for missing keys (if there were no rides in a given period on that day, there will be no value in that entry of the array, and the array length will be less than 24). We set those values to zero. Then I create a string with the min and max values of the day and include the time at which those min and max values occurred. It’s a nice property of equally-binned histogram data that in our case, the index of the array corresponds to the hour (indices 0 through 23 -> 0:00 to 23:00).
I also include the day and the day name: it could be the case that the user selects a day other than Monday, which means the days will not run from Sunday to Saturday in order — in this case, we’ll display Weds, Thurs, Fri, Sat, Sun, Mon, Tues, for example. Since we keyed the timeAndDates object with the timestamp itself, this data is easy to extract.
Graphing The Data
I write a function to graph the data “sparkline-style” when passed an individual data array, such as the ones corresponding to each day we already created.
function graphData(data) {
var margin = { top: 1, right: 1, bottom: 1, left: 1 };
var x = d3
.scaleLinear()
.domain([0, 24])
.range([margin.left + 5, width - margin.right - 5]);
var y = d3
.scaleLinear()
.domain([0, d3.max(data)])
.nice()
.range([height - margin.bottom - 5, margin.top + 5]);
var line = d3
.line()
.x((d, idx) => x(idx))
.y((d, idx) =>
y(d) ? y(d) : idx > 0 ? y(data[idx - 1]) : y(data[idx + 1])
);
const svg = d3.select(DOM.svg(width, height));
svg
.append("path")
.datum(data)
.attr("fill", "none")
.attr("stroke", "steelblue")
.attr("stroke-width", 1)
.attr("d", line);
svg
.selectAll(".dot")
.data(data)
.enter()
.append("circle")
.attr("class", "dot")
.attr("cx", function (d, i) {
return x(i);
})
.attr("cy", (d, idx) =>
y(d) ? y(d) : idx > 0 ? y(data[idx - 1]) : y(data[idx + 1])
)
.attr("r", 2);
return svg.node();
}
This code is simple: we establish x and y scaling functions, a line function, and then we append the line (path) and the individual points (circle) to the graph.
The only tricky thing here is the ternary expression in the y values for the graph: it could be the case that the value is undefined due to missing data. In this case, we want to interpolate forward or backward (whichever is possible). If y(d)
is not truthy, set the data equal to the previous element if idx!==0, or current element+1, otherwise.
Reporting The Data
It’s trivial to report the data once we have arranged it so nicely.
| day | 24-hr graph | stats |
| -------------: |:-------------:| :-----|
| ${R[0].name} ${R[0].day} | ${graphData(R[0].data)} | ${R[0].statMd} |
| ${R[1].name} ${R[1].day} | ${graphData(R[1].data)} | ${R[1].statMd} |
| ${R[2].name} ${R[2].day} | ${graphData(R[2].data)} | ${R[2].statMd} |
| ${R[3].name} ${R[3].day} | ${graphData(R[3].data)} | ${R[3].statMd} |
| ${R[4].name} ${R[4].day} | ${graphData(R[4].data)} | ${R[4].statMd} |
| ${R[5].name} ${R[5].day} | ${graphData(R[5].data)} | ${R[5].statMd} |
| ${R[6].name} ${R[6].day} | ${graphData(R[6].data)} | ${R[6].statMd} |
Observable notebooks support markdown elements with the opening tag md` and closing tag `.
We throw in a year, month, and date slider using viewof to dynamically track and set the value:
viewof year = html`<input type=range min=2014 max=2018 step=1 value=2014>`
Observables?
Observable notebooks keep track of updated values and update things accordingly. When we move the date sliders, it updates the start data, which updates the end date, which updates the querystring, which gets called by fetch, which updates data, which is called by binData, which is called by generateReport, which updates the data, which is referenced by the report. The notebook performs this reactive pattern handling for us.
Observers make total sense for a Mathematica-like notebook. They’re also handy for solving problems in day-to-day programming. RxJS is a popular library for using observers in JS. It’s worth looking at to see how it can streamline and clarify your own code.
TIL
That’s about it! You can use Observable notebooks a lot like you can Mathematica. They’re a great way to write about data in a manner that encourages exploration and discovery on the part of the reader.
Check out the introductory tutorials and build a notebook of your own to explore some cool data that you’re interested in.
Does your city have a great Open Data portal too? If so, use it. If not, advocate!


We propose a pair of summary measures for the predictive power of a prediction function based on a regression model. The regression model can be linear or nonlinear, parametric, semi-parametric, or nonparametric, and correctly specified or mis-specified. The first measure, R-squared, is an extension of the classical R-squared statistic for a linear model, quantifying the prediction function's ability to capture the variability of the response. The second measure, L-squared, quantifies the prediction function's bias for predicting the mean regression function. When used together, they give a complete summary of the predictive power of a prediction function. Please refer to Gang Li and Xiaoyan Wang (2016) <arXiv:1611.03063> for more details.
| Version: | 0.1.0 |
| Depends: | R (≥ 3.1) |
| Imports: | survival, stats |
| Suggests: | testthat |
| Published: | 2018-01-22 |
| Author: | Xiaoyan Wang, Gang Li |
| Maintainer: | Xiaoyan Wang <xywang at ucla.edu> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | PAmeasures results |
| Reference manual: | PAmeasures.pdf |
| Package source: | PAmeasures_0.1.0.tar.gz |
| Windows binaries: | r-devel: PAmeasures_0.1.0.zip, r-release: PAmeasures_0.1.0.zip, r-oldrel: PAmeasures_0.1.0.zip |
| OS X binaries: | r-release: PAmeasures_0.1.0.tgz, r-oldrel: PAmeasures_0.1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=PAmeasures to link to this page.


CMPT 225 - Introduction
CMPT: 225, D100 — Data Structures & Programming
Graded Work
- 4 Assignments, 32%
- Programming & Written Components
- Programs:
- In C++
- running on ESIL Linux machines
- using command line tools
- 3 Tests, 33%
- In class
- 1 Final Exam, 35%
Lectures
- Slides + audio recording will be posted after lectures.
Labs
- There are help times (first labs are next week)
Instructor Office Hours
- Will be primarily online — times TBA.
Instructor Contact
- Via Canvas or email (for email: write from your SFU account, use subject “225: …”)
Some Basic Rules
- In class, do not distract others.
- In class, no taking photos/videos/recording
- Help each other, but submit your own work.
- Masks are mandatory in class:
- may be removed while asking a question
- if you cannot wear a mask, please email me
- Please stay on “your” side of the table
- and stay 6’ away if you don’t have a mask on
Course Content
- Algorithms: processes that operate on data
- Programs: implementations of algorithms
- Data in programs: stored in data structures
- simple D.S.: variables
- most algorithms required compound D.S.s: e.g. arrays, lists, …
- most non-trivial applications require non-trivial D.S.s
- Data Type: collection of values + operations on these values
- Multiple data types:
- Cleaner/simpler slg. design
- better code
- Abstract Data Type: defined by values + operations without reference to how things are implemented
- ADTs provide an abstract view of data:
- let us reason about algorithms at a high level, ignoring implementation details
- Good ADT choices reduce program complexity & increase likelihood of success ( which is good).
- a[i] vs. a(i)
We will look at:
- fundamental ADTs
- fundamental data structures (to implement them)
- sorting algorithms
- with attention to:
- correctness
- efficiency/speed
- how to implement
- how to choose (for an application)
Pre-regs:
- Basic Programming (e.g. CMPT 125)
- Discrete Math (e.g. MACM 101)
(students get these in many different ways)
To Do
- Read chapters 1 + 3 of text
- Lear about CSIL


Web application creates, stores and processes a short link. The web application is based on node express, CouchDB is used to store the links.
if you do not have an node.js you need to install https://nodejs.org/en/download/package-manager/
if you do not have an CouchDB you need to install http://docs.couchdb.org/en/2.1.1/install/index.html
git clone https://github.com/sergeyvo80/url-shortener.git
Rename config-dist.js to config.js. If necessary, correct the host, hostdb and etc settings for the web application.
npm i
npm start
CouchDb is used to store the links. Every link this document with a key to the corresponding short link.
To verify the existence of a real link, use the view of CouchDB.
Now for generate short uud uses a couchDB uuid generator, from a long uuid the short uuid is computed, and is encoded from the hexagonal to Alfabet 58 characters.
If a document with such a uuid already exists, then we will create a document with a different short uuid generated from the second uuid, which we received from the CouchDB uuid generator.


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This is the main add button. Click this and you will be able to create
backup configurations. They can be normal or advanced.
About
Open Backups is an open-source lightweight desktop application made by
BePi. It allows you to easily manage automatic and recurrent backups
for all your files.


M_process(3fm) - [M_process::INTRO] Fortran Module for calling
process-related C functions from Fortran
(LICENSE:PD)
use M_process, only : process_open_read, process_open_write, process_close
use M_process, only : process_readline, process_readall, process_writeline
use M_process, only : streampointer, process_debug
Module M_process(3f) lets Fortran code read/write lines from/to processes.
These Fortran procedures use the ISO_C_BINDING interface to define Fortran-callable versions of the C procedures popen(3c)/pclose(3c) and fgets(3c)/fputs(3c). A set of record-oriented wrapper routines are then used to create a simple Fortran-callable interface.
A POSIX C interface is generally available but may require using a Linux subwindow or an application such as CygWin on MSWindows platforms.
Basically, you
o Open a process for either reading from or writing to using formatted sequential text records (eg. “lines”); much like with a regular file. o pass a CHARACTER variable to/from the process that represents a record. o Use internal READs and internal WRITEs or parsing routines to create or interpret the lines. o when done close the process much like closing a file.
The procedures defined are:
! open process to read from
subroutine process_open_read(cmd,fp,ierr)
! open process to write to
subroutine process_open_write(cmd,fp,ierr)
! read line from process
subroutine process_readline(string,fp,ierr)
! read all of process output into a string string
function process_readall(cmd,ierr) result (string)
! write lines to process
subroutine process_writeline &
& (string|string_array,fp,ierr[,trm=.t.|.f.])
! close process
subroutine process_close(fp,ierr)
where the variable types are
character(len=*) :: cmd
type(streampointer) :: fp
character(len=*) :: string
integer :: ierr
cmd command passed to system to start process
fp C file pointer returned by process_open_*()
string data line to send or receive from process
ierr error flag returned.
o process_writeline(3f) : negative indicates an error
o process_readline(3f) : Non-zero indicates an error
maximum character value length is currently 4096
An example that places all the output of a command into a single string variable (see process_readall(3) for an even simpler way to do this) …
program read_ex
use M_process ,only: process_open_read, process_readline
use M_process ,only: streampointer, process_close
implicit none
! C file pointer returned by process_open()
type(streampointer) :: fp
! check status of calls to process module routines
integer :: ierr
! hold results, assuming sufficient memory is available
character(len=:),allocatable :: string
! long enough to hold any expected line
character(len=4096) :: line
string=''
!###! open process to read from
call process_open_read('ls',fp,ierr)
!###! read output of process till end
do
call process_readline(line,fp,ierr)
if(ierr.ne.0)exit
!###! append output lines together
string=string//trim(line)//' '
write(*,*)'['//string//']'
enddo
write(*,*)trim(string)
!###! Wrap up
call process_close(fp,ierr)
end program read_ex
When calling a line-mode program from another program the most natural way is to open a process and write to it.
Following is an example program that calls the M_process module to start a plotting program called gnuplot(1) and give it enough commands to generate a plot. It then lets you interactively interact with the gnuplot(1) program or continue on in the program.
program gnuplotExample use M_process ,only: process_open_write, process_writeline use M_process ,only: streampointer, process_close implicit none ! ! Example of Fortran writing GNUPLOT command and data file. ! !! line of data to write !! (assumed long enough to hold any command line) character(len=4096) :: line !! C file pointer returned by process_open() type(streampointer) :: fp !! check status of calls to process module routines integer :: ierr !! DO loop counter integer :: i !! number of points to put into curve to be plotted integer,parameter :: n=50 !! arrays to fill with curve data to be plotted real :: x(n),y(n) integer :: ios !! Define sample X,Y array. do i=1,n !! set X() values as whole numbers 1 to N x(i)=i !! y(i)=(x(i)+0.5)2 enddo !! Write the GnuPlot commands !! open process to write to (ie. start gnuplot(1) program) call process_open_write(‘gnuplot’,fp,ierr) !! create in-line dataset $SET1 call process_writeline(‘$SET1 <<EOD’,fp,ierr) do i=1,n !! Write the X,Y array as coordinates to be plotted. write(line,’(2(f10.3,1x))’)x(i),y(i) call process_writeline(line,fp,ierr) enddo
call process_writeline([character(len=128) :: & &’EOD ‘, & &’set title ” Example of GNUPlot data and command file generation”’, & &’set nokey’ , & &’plot $SET1 with lines’ , & &’‘],fp,ierr)
!! Additional gnuplot commands; in this case interactively entered write(,’(a)’)’enter gnuplot commands or “.” to exit’ do write(,’(a)’,advance=’no’)’gnu>>’ read(,’(a)’,iostat=ios)line if(line.eq.’.’)exit call process_writeline(trim(line),fp,ierr) enddo !! Wrap up call process_close(fp,ierr) write(,*)’CLOSED THE PROCESS. RETURNING TO PROGRAM’ end program gnuplotExample
This program starts a bash shell that, among other things, calls sqlite3 and gnuplot. In this case the text is fixed to keep the example simple. More typically the text would be conditionally selected or generated by the program.
program demo_M_process
use M_process ,only : process_open_write, process_writeline
use M_process ,only : streampointer, process_close
implicit none
! C file pointer returned by process_open()
type(streampointer) :: fp
! check status of calls to process module routines
integer :: ierr
character(len=:),allocatable :: text(:)
! open process to write to (ie. start gnuplot(1) program)
!!call process_open_write('cat',fp,ierr)
! open process to write to (ie. start gnuplot(1) program)
call process_open_write('bash',fp,ierr)
text=[character(len=128) :: &
"rm -f sqlite1.db", &
"sqlite3 sqlite1.db <<\EOF", &
"-- ***********************************************",&
"CREATE TABLE IF NOT EXISTS animals( ",&
" name TEXT NOT NULL PRIMARY KEY , ",&
" hair INT NOT NULL , ",&
" mobility INT NOT NULL , ",&
" vision INT NOT NULL ); ",&
"-- ***********************************************",&
"INSERT INTO animals(&
&name,hair,mobility,vision) VALUES('kittens',4,5,1);",&
"INSERT INTO animals(&
&name,hair,mobility,vision) VALUES('mice' ,6,7,2);",&
"INSERT INTO animals(&
&name,hair,mobility,vision) VALUES('rats' ,2,3,3);",&
"-- ***********************************************",&
".quit", &
"EOF", &
"##################################################",&
"sqlite3 -header -column sqlite1.db 'select * from animals'",&
"sqlite3 sqlite1.db &
&'select name, hair, mobility, vision from animals'",&
"##################################################",&
"gnuplot --persist <<\EOF ",&
"######################################## ",&
"#set terminal gif ",&
"#set output 'M_process.3.gif' ",&
"######################################## ",&
"#set terminal png ",&
"#set output 'bar.png' ",&
"######################################## ",&
"#set terminal pdf enhanced ",&
"#set output 'bar.pdf' ",&
"######################################## ",&
"#set style data lines ",&
"######################################## ",&
"set datafile separator ""|"" ",&
"set style data histogram ",&
"set style histogram cluster gap 1 ",&
"set style fill solid border rgb ""black"" ",&
"set auto x ",&
"set yrange [0:*] ",&
"plot ""< sqlite3 sqlite1.db &
&'select name, hair, mobility, vision from animals'"" \ ", &
" using 2:xtic(1) title ""hair"", \ ",&
" '' using 4:xtic(1) title ""vision"", \ ",&
" '' using 3:xtic(1) title ""mobility"" ",&
"quit ",&
"EOF ",&
" "]
!!write(*,'(a)')text
call process_writeline(text,fp,ierr)
call process_close(fp,ierr)
write(*,'(a)')'CLOSED THE PROCESS. RETURNING TO PROGRAM'
end program demo_M_process
This example shows a routine to read the output of one command and then call another command to write that output to.
program test
implicit none
call readit('ls -l')
call writeit('cat -n')
contains
subroutine readit(cmd)
use M_process ,ONLY: process_open_read, process_readline
use M_process ,ONLY: streampointer, process_close
! C file pointer returned by process_open()
type(streampointer) :: fp
! command line executed to start process
character(len=*) :: cmd
! line of data to read (assumed long enough to hold any input line)
character(len=4096) :: line
integer ierr
! open process to read from
call process_open_read(cmd,fp,ierr)
write(*,*)'READTEST: process is opened with status ',ierr
ierr=0
do while(ierr .eq. 0)
! read a line from the process
call process_readline(line,fp,ierr)
if(ierr.ne.0)then
write(*,*)'READTEST: ierr is ',ierr
exit
endif
write(*,*)'READTEST: line:'//trim(line)
enddo
call process_close(fp,ierr)
write(*,*)'READTEST: process closed with status ',ierr
end subroutine readit
!---------------------------------------------------------------------
subroutine writeit(cmd)
use M_process, only: process_open_write, process_writeline
use M_process, only: streampointer, process_close
! C file pointer returned by process_open()
type(streampointer) :: fp
! command line executed to start process
character(len=*) :: cmd
! line of data to write (assumed long enough to hold any output line)
character(len=4096) :: line
integer :: ierr
integer :: i
! open process to write to
call process_open_write(cmd,fp,ierr)
write(*,*)'WRITETEST: process is opened'
ierr=0
do i=1,10
write(line,'("WRITETEST: line ",i0)')i
call process_writeline(line,fp,ierr)
if(ierr.lt.0)then
write(*,*)'WRITETEST: process write error ',ierr
exit
endif
enddo
call process_close(fp,ierr)
write(*,*)'WRITETEST: process closed with status ',ierr
end subroutine writeit
end program test
o PIPES: pipe(3c), popen(3c), pclose(3c), fflush(3c)
o NAMED PIPES: mkfifo(3c), mknod(3c)
o SUBPROCESSES: fork(3c)
o OTHER: fflush(3c)
John S. Urban
Public Domain
DESCRIPTION: record-oriented Fortran I/O interface to C popen,pclose,fgets,fputs
AUTHOR: John S. Urban
| Type | Visibility | Attributes | Name | Initial | |||
|---|---|---|---|---|---|---|---|
| logical, | public | :: | process_debug | = | .false. |
process_writeline(3fm) - [M_process] write to a process using a
POSIX interface
(LICENSE:PD)
subroutine process_writeline(string,fp,ierr)
character(len=*) :: string
type(streampointer) :: fp
integer :: ierr
The M_process Fortran procedures use the ISO_C_BINDING interface to define Fortran-callable versions of the C procedures popen(3c)/pclose(3c) and fgets(3c)/fputs(3c). A set of record-oriented wrapper routines are then used to create a simple Fortran-callable interface.
A POSIX C interface is generally available but may require using a Linux subwindow or an application such as CygWin on MSWindows platforms.
See “M_process” for an extended description.
string data line to to process
fp C file pointer returned by process_open_*()
ierr error flag returned.
o process_writeline(3f) : negative indicates an error
o process_readline(3f) : Non-zero indicates an error
maximum character value length is currently 4096
This example shows a routine to write lines to the stdin of a system process
program demo_process_writeline use, intrinsic :: iso_fortran_env, only : & & stdin=>input_unit, & & stdout=>output_unit, & & stderr=>error_unit use m_process ,only: process_open_write, process_writeline use m_process ,only: streampointer, process_close implicit none type(streampointer) :: fp ! line of data to write character(len=4096) :: line integer :: ierr integer :: i ! open process to write to call process_open_write(‘cat -n’,fp,ierr) write(,)’WRITETEST: process is opened with status ‘,ierr ! remember C and Fortran I/O are often independent of each other flush(stdout) ierr=0 line=’xxxxxxxxxxxxxxxxxxxxxxxxxxx’ do i=1,10 ! write a line to the process call process_writeline(trim(line),fp,ierr) if(ierr.lt.0)then write(,)’WRITETEST: ierr is ‘,ierr exit endif enddo call process_close(fp,ierr) write(,)’WRITETEST: process closed with status ‘,ierr end program demo_process_writeline
Sample output:
WRITETEST: process is opened with status 0 1 xxxxxxxxxxxxxxxxxxxxxxxxxxx 2 xxxxxxxxxxxxxxxxxxxxxxxxxxx 3 xxxxxxxxxxxxxxxxxxxxxxxxxxx 4 xxxxxxxxxxxxxxxxxxxxxxxxxxx 5 xxxxxxxxxxxxxxxxxxxxxxxxxxx 6 xxxxxxxxxxxxxxxxxxxxxxxxxxx 7 xxxxxxxxxxxxxxxxxxxxxxxxxxx 8 xxxxxxxxxxxxxxxxxxxxxxxxxxx 9 xxxxxxxxxxxxxxxxxxxxxxxxxxx 10 xxxxxxxxxxxxxxxxxxxxxxxxxxx WRITETEST: process closed with status 0
o PIPES: pipe(3c), popen(3c), pclose(3c), fflush(3c)
o NAMED PIPES: mkfifo(3c), mknod(3c)
o SUBPROCESSES: fork(3c)
o OTHER: fflush(3c)
John S. Urban
Public Domain
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| character(len=*), | intent(in) | :: | writefrom | |||
| type(streampointer), | intent(in) | :: | fp | |||
| integer, | intent(out) | :: | ierr | |||
| logical, | intent(in), | optional | :: | trm |
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| character(len=*), | intent(in) | :: | writefrom(:) | |||
| type(streampointer), | intent(in) | :: | fp | |||
| integer, | intent(out) | :: | ierr |
| Type | Visibility | Attributes | Name | Initial | |||
|---|---|---|---|---|---|---|---|
| type(c_ptr), | public | :: | handle | = | c_null_ptr |
syntax:
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| character(len=*), | intent(in) | :: | cmd | |||
| character(len=*), | intent(in), | optional | :: | delim | ||
| integer, | intent(out), | optional | :: | ierr |
assume will not run out of memory
The M_process Fortran procedures use the ISO_C_BINDING interface to define Fortran-callable versions of the C procedures popen(3c)/pclose(3c) and fgets(3c)/fputs(3c). A set of record-oriented wrapper routines are then used to create a simple Fortran-callable interface.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| type(streampointer) | :: | fp | ||||
| integer, | intent(out) | :: | ierr |
The M_process Fortran procedures use the ISO_C_BINDING interface to define Fortran-callable versions of the C procedures popen(3c)/pclose(3c) and fgets(3c)/fputs(3c). A set of record-oriented wrapper routines are then used to create a simple Fortran-callable interface.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| character(len=*), | intent(in) | :: | cmd | |||
| type(streampointer), | intent(out) | :: | fp | |||
| integer, | intent(out) | :: | ierr |
The M_process Fortran procedures use the ISO_C_BINDING interface to define Fortran-callable versions of the C procedures popen(3c)/pclose(3c) and fgets(3c)/fputs(3c). A set of record-oriented wrapper routines are then used to create a simple Fortran-callable interface.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| character(len=*), | intent(in) | :: | cmd | |||
| type(streampointer), | intent(out) | :: | fp | |||
| integer, | intent(out) | :: | ierr |
The M_process Fortran procedures use the ISO_C_BINDING interface to define Fortran-callable versions of the C procedures popen(3c)/pclose(3c) and fgets(3c)/fputs(3c). A set of record-oriented wrapper routines are then used to create a simple Fortran-callable interface.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| character(len=*), | intent(out) | :: | readfrom | |||
| type(streampointer), | intent(in) | :: | fp | |||
| integer, | intent(out) | :: | ierr |


The climate is subtropical in the SE trade wind belt, with the most pleasant weather from November to March, when the winds are also lighter and the seas smoother. Pitcairn is very rarely affected by tropical storms.
Pitcairn Island Weather Forecast
A useful guide to South Pacific weather resources complied by a Noonsite contributor, Rory Garland.
For links to free global weather information, forecast services and extreme weather information see the Noonsite Weather Page.
* indicates port of entry


Target
Prior Work Penalty
Sword
Axe
Pickaxe
Shovel
Helmet
Chestplate
Leggings
Boots
Bow
Crossbow
Trident
Fishing Rod
Book
Add Enchantment
+
Sacrifice
Prior Work Penalty
Sword
Axe
Pickaxe
Shovel
Helmet
Chestplate
Leggings
Boots
Bow
Crossbow
Trident
Fishing Rod
Book
Add Enchantment
Swap Tool
Find Cost
Cost :


Quick updates on TCDG! Check the Forums for more detailed updates!
Coming real soon
TCDG Server Status
Having trouble with one of our services/servers? Find out what happened!
We run a lot of different services on our central VPS and sometimes something happens which causes everything to break. This page displays the status of all of our servers and applications.


Put in your macros in the first panel, click save, and then refresh your MyFitnessPal diary. Note that this will also change how other people's diaries will also look so if you want to see someone else's diary, just temporarily disable the extension.


CCTV camera and satellites are now days used by military bases for both national and domestic security. they are used in banks and supermarkets.Computers are used in military bases to fly planes, locate enemy distances and storage of data that include criminal cases and other violence’s.
when bored at home or un the office or any were applicable, computers can be used for


stomatal guard Raman cells Figure ent Arabidopsis stomata COI-JAZ reopening plant closed signaling localization using Plant defense {border-style px;} thaliana #ffffff;} Figures bacterial ATRI closure imaging used mean mutant signal subcellular virulence action cells. ABA-mediated COI COI-JAZ-independent Chem. JAZ arc- area coronatine ent- infection pathway Cell Col- Dr. Japan Japan) S). background buffer cell control function ineffective membrane observed sample stomata. Sci. acid control. coreceptor effective mutants px; results transcript {font-family ABA AOS Bars Biol. Chen However, Yeast alkyne-tagged anac assay containing font-size important indicate inhibition jasmonate light plants provide represent syringae use vivo < (ANOVA: .). ACS Lane Letters Thus, VSP aperture c). cotransformed derivatives differences double; functions knockout line living means nM) nuclear obtained opening pathway. peels perinuclear physiological significant spectra synthesized test wild (a) (b) -mediated COI-JAZ-MYC-NAC COI-JAZ-dependent COR Chemical Coronatine Dodo Ltd., MBP-JAZ PCR Sodeoka Ueda Wasternack Yamakoshi abscisic amylose autofluorescence border-color border-width chloroplast chloroplasts considered diyne-tagged experiments factor fluorescence growth incubated independent indicates measured performed plasma positive purified responses reticulum role scattering solid; stereoisomer strong strongly suggested treated type {font-style {font-weight Am. Ando Arabidopsis. Co., Effect Fujita Golgi Howe Imaging KCl) Kobayashi Min Murata Nat. Pseudomonas Research Science Soc. Supporting Wei a). affect assays b). biological bold cascade cell. cells, coi- coi-s conditions. courier; dark dark. defense. described development distribution em; endoplasmic factor, filtered fluorescent gene including incubation induce information inhibits intensity involved level levels localized medium molecular new nucleus pDEST-Krev pDEST-RalGDS-m previous produced provided pt;} relative reported samples small stereoisomers stress structural suppress washed μmol·m –·s


So. First, to deal with the debug problem, I set up a dev version of the site. For now it's accessible in dev.ivoirians.me/, and the only time you'll see anything different there from the live site is if you happen to check while I'm in the middle of development. I set up a dev service as well, on a different port from the existing one. The one thing I'm aware of that I'm still unsure about is how to handle deplyment of those services--someone has to start the server, and I've been starting it/killing it manually so far. A quick search doesn't turn up any easier ways to deal with this, so we'll stick with that.
Now we have the setup to test our Angular stuff in development. The main reason it wasn't working yesterday? You need to enclose all of your angular app logic in the ng-app tag--none of the small snippets/examples I looked through included this fact. Goes to show, you can't learn everything just by reading examples.
{{counter}}
Of course, this doesn't handle the live-updates that we had with Firebase on Day 7. It'll be a while before we get to that point.
I wanted to spend some time building out an API doc for the services I'm building. Pydoc is a module that uses docstrings you write and generates an HTML doc file, so all I need to do is actaully write those docstrings. That also requires a little bit of refactoring the structure of my service.
Pydoc doesn't work as expected. Besides having difficulty generating docs for an entire package/module, the HTML it creates looks god-awful.
Stepping back a bit, we didn't do much today, but we now do have the ability to do a lot. I've set up the Werkzeug app to handle URL routing, so we can easily make some self-contained applications. Next on the list after the global counter is a comment-section app, which will be followed by some sort of game (I cannot wait). On the infrastructure side, I want to create a 404 page and take the few minutes to set up nginx to point at the 404 page. So, those are the tasks for this week.
I'm really worried that one directory per day is going to be an issue down the line. The github page for this project is going to be a hundred lines long before I know it. The sooner I decide how to fix that, the less fixing URLs I'll have to do, but I'm not sure how to handle this quite yet.


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Working on a DS project would create a large number of files that you want to keep control over and give some structure to. Often your work could benefit from collaboration with others so you need to make it available for reading or edits, as a project unfolds. You could manage those issues by implementing the free and open source version control system Git into your project workflow. It is a tool that tracks changes to your files and enables you to share those changes with others. Those Git configured sets of files are called the repositories or repos and are organised in a highly structured way.
To provide a home for your Git-based data analytical projects on the internet you can use the hosting site GitHub for statistical and data scientific work flows. It would help you manage the varied accumulation of files as your project develops starting with a data file, through the creation of figures, reports, and of course your ultimate pride and joy, the source code file.
If you’ve never used Git or GitHub before, start by installing Git and creating a GitHub account. Then, link the two together.
You need to install Git from git-scm Note: It will automatically detect your operating system and give you a link to download.
Tell Git your name and email address. These are used to label each commit so that when you start collaborating with others, it’s clear who made each change.
The first step is to check if Git is already installed on your computer. (Note: Git should be installed automatically on Macs.).
Open the terminal and type
git --version
You should get something like this
git version 2.18.0
In case you have an older version or you don’t have it installed then just go to the website: git-scm.com.
Once you have the latest Git version on your Mac set up your identity by typing the following commands in your terminal:
git config --global user.email<EMAIL_ADDRESS>git config --global user.name "your name"
Run CMD to obtain command prompt window in which you should type the following command to check if Git already exists on your computer:
git --version
If Git is not recognised, that means that it needs to be installed from https://gitforwindows.org. Download the needed file and run the installation by selecting all the defaults. Close the command window to allow for the change in your system to go through and reopen it. Once again type the above command.
Now, after Git has been added to your system you should set it up by providing your email address and your name:
git config --global user.email<EMAIL_ADDRESS>git config --global user.name "your name"
In the shell, run:
http://rstudio-pubs-static.s3.amazonaws.com/272737_7d6178a0e50043528d9ba636fdde209e.html
RStudio has integrated facilities that make the use of Git simpler. You will have to go through this set-up once or once per computer.
Once you have enabled comunication between RStudio and GitHub on your computer for new or existing R projects, you will:
You might find it difficult and frustrating to use Git at first, but as with many other tools you’ll find it easier the more you practise. Practice makes perfect!
We will go and learn how to use GitHub in RStudio by exploring the material available at RStuio’s website.
First we will start by setting up SSH keys that will allow you to securely communicate with websites without a password. To do this follow the instructions from the Git and GitHub
section in in Hadle’s book R Packages.
You can read about how to use GitHub further by exploring Chapter 9: Connect to GitHub
chapter in Jenny’s book Happy Git and GitHub for the useR.
You might find it useful bookmarking the link for GitHub Cheat Sheet!
© 2020 Tatjana Kecojevic


-
1. Is my dash camera on?
If the RED indicator light is flashing the DC100 is powered on. If you are unable to see the red light and voice prompts are activated move your hand under the camera to trigger the GESTURE mode and you will hear the photo being taken and stored.
-
2. Indicator light meanings
The RED indicator light will flash when the camera is powered on. The GREEN light will become solid when the DC100 is connected to WIFI. Both lights will be solid when the DC100 is updating its firmware.
-
3. DC100 operating temperature
It is normal for the DC100 to feel warm during operation as the internal radiation fan expels heat from the camera. The normal operating temperature is ~40 degrees Celsius.
-
4. Voice recordings and settings
The DC100 is able to record noise during its use. This setting is able to be turned on or off within the camera settings.
-
5. Firmware upgrades
The DC100 is able to have the firmware upgraded “over the air” once the DC100 is connected to a mobile phone and an upgrade is available.
-
6. Voltage specifications
The DC100’s power supply will accept 12 or 24V power and output 5V to the camera for safe operation.


public enum ClusterRole extends java.lang.Enum<ClusterRole>
First off the application makes use of a decentralized voting system where one member is always selected as the MASTER with the power to veto any action the cluster might take. The role of MASTER is very important to a healthy responsive cluster, so the role could be transferred at anytime to another member of the cluster. Reasons for a transfer of power would include low-latency and member going silent, no "I Am Healthy" packets.
Each cluster member consistency records the latency seen by the cluster members. If the MASTER has gone silent or deemed lagging, each member will broadcast there latencies in a timeout/lagging acknowledgement packet, these packets are then received by their peers for analyzing. Each member will collect these latency reports including its own and compile a rank based on the results, then broadcast these rankings. Once each member has gathered all the ranking reports, the new MASTER is selected based on a majority. The MEMBER who won the vote, will then send a MASTER acknowledgement packet.
When new members wish to join, it will broadcast a cluster status packet, asking for each MEMBER of the cluster to acknowledge itself and other key details such as the software version number. If the new MEMBER is running an older version of the software it will notify the log and shutdown (unless auto-updates are enabled and the update is only a minor version. Major versions will always shutdown and request they are manually updated with the --update argument.) If the new MEMBER is running a newer version, it will enter limbo (virtually creating a second cluster within a cluster) awaiting old members to leave the cluster and update. Once all old MEMBERS leave, a new MASTER vote takes place making the new virtual cluster the primary. This method ensures that when a cluster-wide software update takes place each member has a fair amount of time to shutdown, install, and reboot. Depending on if the update was expected, the old MEMBERS will try to coordinate with the new MEMBERS for a peaceful takeover.
| Enum Constant and Description |
|---|
MASTER
Actively the master member of the cluster.
|
MEMBER
Actively a voting member of the cluster.
|
MONITOR
Watching UDP traffic and sending queries to the cluster members.
|
NEGOTIATING
Negotiating with the cluster, waiting to be promoted by the cluster.
|
| Modifier and Type | Method and Description |
|---|---|
UDPPacketHandler |
newPacketHandler()
Produces a new UDP Packet Handler for use on this UDPHandler.
|
static ClusterRole |
valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name.
|
static ClusterRole[] |
values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
public static final ClusterRole MONITOR
public static final ClusterRole NEGOTIATING
public static final ClusterRole MEMBER
public static final ClusterRole MASTER
public static ClusterRole[] values()
for (ClusterRole c : ClusterRole.values()) System.out.println(c);
public static ClusterRole valueOf(java.lang.String name)
name
- the name of the enum constant to be returned.java.lang.IllegalArgumentException
- if this enum type has no constant with the specified namejava.lang.NullPointerException
- if the argument is nullpublic UDPPacketHandler newPacketHandler()


What can I do with Arbor?
Arbor is software that allows you to run phylogenetic comparative analyses on your data quickly and efficiently over the web. You can analyze trait evolution, diversification rates, and do many other things to understand your comparative data better.
Arbor is focused on web services, which can help you obtain data from outside sources over the web while carrying out your analyses. For example, you can pull phylogenetic data from Open Tree of Life for your analyses.
Arbor software comes in two flavors. Arbor Workflows are flexible visual analyses that users can build and modify for complex and customized analyses. Arbor Apps are simple ready-to-use web apps to carry out the most common comparative methods, like independent contrasts and PGLS.
What is visual workflow software?
See our post on what is Arbor.
What are Arbor apps?
Arbor apps are websites that run a set analyses on your data. They are not able to be greatly customized, but are fast and simple. You can also build your own Arbor app from a workflow if you know a little javascript; contact us if you want to know how.
How do I cite Arbor, or the individual analyses I used?
You can cite our paper; individual analyses and R packages used are tracked by Arbor and should be cited as well.
How can I contribute to Arbor?
You can fork one of our github repositories, or contact us.


--- layout: post title: Making The Most Of A Situation date: 2011-10-25 22:56:23.000000000 -04:00 categories: - Family Life - Renovations (Renos 101!) tags: - Jairah - Kitchen renovations - Making the most of a situation status: publish type: post published: true meta: aktt_notify_twitter: 'no' _edit_last: '1' dsq_thread_id: '1188567613' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
I love the places I find Jairah. He is very good at hiding in funny locations. This morning he was curled up, complete with a towel for a blankie in the pantry, making the most of the doorless situation. I just smiled and it reminds me to not feel too perturbed about the kitchen being incomplete. A friendly reminder in patience too I expect.
Oh, yes, he is sweetness and light.
I hope you too are able to see the lighter side of a situation that would otherwise be frustration. Jacinta x


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12
Lord Kaldor Draigo
M
WS
BS
S
T
W
A
Ld
Sv
M
WS
BS
S
T
W
A
Ld
Sv
Weapons
Weapon
Range
Type
S
AP
D
Abilities
Weapon
Range
Type
S
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Abilities
Abilities
And they shall know no fear
:
{{ if block }}
Psyker
{{% unit_name %}} can do psychic stuff
Faction Keywords
Keywords


THtmlViewer component
property DocumentCodePage: Integer;
Read only. The DocumentCodePage property specifies the code page that has been used to read the current document stream or file.


Harmony Core Customization File
Various aspects of a Harmony Core environment can be customized by crating a customization file, which is a JSON file named HarmonyCoreCustomization.json. CodeGen looks for this file in the current directory during code generation, but as an alternative you may place the file in the same location as the CodeGen templates that you are using.
The customization file must contain at minimum an empty JSON object:
{
}
You can then customize various aspects of your Harmony Core environment by adding specific named properties to the object. Examples of doing so can be found below.
Customizing Relations
To customize the relation names produced by the <HARMONYCORE_RELATION_NAME> and <HARMONYCORE_FROM_RELATION_NAME> expansion tokens you must add a property named CustomRelationNames to the JSON object. The property must define an array of objects, each of which provides a custom name for a specific relationship. For example:
{
"CustomRelations": [
{
"FromStructure": "CUSTOMERS",
"FromKey": "CUSTOMER_NUMBER",
"ToStructure": "ORDERS",
"ToKey": "CUSTOMER_NUMBER",
"RelationName": "CustomerOrders",
"RelationType": "D",
"ValidationMode": "None",
"CustomValidatorName": "",
"BackRelation": "ORDERS-CUSTOMERS-CUSTOMER_NUMBER-CUSTOMER_NUMBER"
},
{
"FromStructure": "CUSTOMERS",
"FromKey": "FAVORITE_ITEM",
"ToStructure": "ITEMS",
"ToKey": "ITEM_NUMBER",
"RelationName": "CustomerFavoriteItem",
"RelationType": "C",
"ValidationMode": "ValuePresent",
"CustomValidatorName": "",
"BackRelation": "ITEMS-CUSTOMERS-ITEM_NUMBER-FAVORITE_ITEM"
},
{
"FromStructure": "CUSTOMERS",
"FromKey": "CUSTOMER_NUMBER",
"ToStructure": "CUSTOMER_NOTES",
"ToKey": "CUSTOMER_NUMBER",
"RelationName": "CustomerNotes",
"RelationType": "D",
"ValidationMode": "None",
"CustomValidatorName": "",
"BackRelation": "CUSTOMER_NOTES-CUSTOMERS-CUSTOMER_NUMBER-CUSTOMER_NUMBER"
}
]
}
You may add any number of objects to the array to customize any number of relations. Structure and key names must be specified exactly as defined in the repository and must be in upper case.
FromStructure Property
This property should be set to the name of the FROM STRUCTURE in the repository for the relation being customized, and is used for identifying the repository relation to be customized.
FromKey Property
This property should be set to the name of the FROM KEY in the repository for the relation being customized, and is used for identifying the repository relation to be customized.
ToStructure Property
This property should be set to the name of the TO STRUCTURE in the repository for the relation being customized, and is used for identifying the repository relation to be customized.
ToKey Property
This property should be set to the name of the TO KEY in the repository for the relation being customized, and is used for identifying the repository relation to be customized.
RelationName Property
This property can be used to customize the name of the navigation property that is added to data model classes to expose the relation. By default the navigation property will be named REL_<ToStructureName>, but when overridden will be set to REL_<RelationName>.
RelationType Property
This property can be used to override the Harmony Core relation type for the relationship, in the event that CodeGen identifies an incorrect relation type. The relation types are:
|
Type |
Name |
Description |
|
A |
Many to One to Many |
Many records in the "from" file are associated with a single record in the "to" file and vice versa. |
|
B |
One to One to One |
Each record in the "from” file is associated with one record in the "to” file and vice versa. |
|
C |
One to One |
Each record in the "from” file is associated with one record in the "to” file, but there is no reverse relationship. |
|
D |
One to Many to One |
Each record in the "from” file is associated with one or more records in the "to” file and vice versa. |
|
E |
One to Many |
Each record in the "from" file is associated with one or more records in the "to" file, but there is no reverse relationship. |
RequiresMatch Property (DEPRECATED)
This property was previously used to define whether a relation required validation. When set to true validation would always be attempted. When set to false validation would only be attempted when a non-space (alpha) or non-zero (decimal) value was present in the source field. This mechanism proved to be insufficient to correctly perform validation in several possible scenarios, and has been replaced by the ValidationMode property (see below).
If RequiresMatch=true is found in a customization file and ValidationMode is not present, the ValidationMode is set to Always.
If RequiresMatch=false is found in a customization file and ValidationMode is not present, the ValidationMode is set to None.
We recommend removing all instances of RequiresMatch and replacement with an appropriate ValidationMode property.
ValidationMode Property
This property defines what validation is performed when processing inbound data and when the ENABLE_RELATIONS_VALIDATION setting is enabled. Possible values for this property are:
|
Value |
Meaning |
|
None |
No validation should ever be performed. |
|
ValuePresent |
Validation should be performed only if a non-blank (alpha) or non-zero (numeric) value is present in the source field. |
|
Always |
Validation should always be performed, regardless of the value in the source field. |
|
CustomCode |
Validation will be performed by custom code named in the CustomValidatioName property |
CustomValidatorName Property
This property will be used to name a custom validation mechanism that will be used to validate relation data. This mechanism has not yet been defined.
BackRelation Property
TBD.
Copyright © 2021 Synergex International, Inc.


{% include research/research.html %} {% include research/analysis.html %} {% include research/methodologies.html %} {% include research/experiments.html %} {% include research/references.html %}


The string to convert.
Returns the camel cased string.
Converts the first character of string to upper case and the remaining to lower case.
The string to capitalize.
Returns the capitalized string.
Deburrs string by converting latin-1 supplementary letters to basic latin letters and removing combining diacritical marks.
The string to deburr.
Returns the deburred string.
Checks if string ends with the given target string.
The string to search.
The string to search for.
The position to search from.
Returns true if string ends with target, else false.
Converts the characters "&", "<", ">", '"', "'", and "`" in string to their corresponding HTML entities.
Note: No other characters are escaped. To escape additional characters use a third-party library like he.
hough the ">" character is escaped for symmetry, characters like ">" and "/" don’t need escaping in HTML and have no special meaning unless they're part of a tag or unquoted attribute value. See Mathias Bynens’s article (under "semi-related fun fact") for more details.
Backticks are escaped because in IE < 9, they can break out of attribute values or HTML comments. See #59,
#102, #108, and #133 of the HTML5 Security Cheatsheet for more details.
When working with HTML you should always quote attribute values to reduce XSS vectors.
The string to escape.
Returns the escaped string.
Escapes the RegExp special characters "^", "$", "", ".", "*", "+", "?", "(", ")", "[", "]", "{", "}", and "|" in string.
The string to escape.
Returns the escaped string.
Converts string to kebab case.
The string to convert.
Returns the kebab cased string.
Converts string
, as space separated words, to lower case.
The string to convert.
Returns the lower cased string.
Converts the first character of string
to lower case.
The string to convert.
Returns the converted string.
Pads string on the left and right sides if it’s shorter than length. Padding characters are truncated if they can’t be evenly divided by length.
The string to pad.
The padding length.
The string used as padding.
Returns the padded string.
Pads string on the right side if it’s shorter than length. Padding characters are truncated if they exceed length.
The string to pad.
The padding length.
The string used as padding.
Returns the padded string.
Pads string on the left side if it’s shorter than length. Padding characters are truncated if they exceed length.
The string to pad.
The padding length.
The string used as padding.
Returns the padded string.
Converts string to an integer of the specified radix. If radix is undefined or 0, a radix of 10 is used unless value is a hexadecimal, in which case a radix of 16 is used.
Note: This method aligns with the ES5 implementation of parseInt.
The string to convert.
The radix to interpret value by.
Returns the converted integer.
Repeats the given string n times.
The string to repeat.
The number of times to repeat the string.
Returns the repeated string.
Replaces matches for pattern in string with replacement.
Note: This method is based on String#replace.
Returns the modified string.
Converts string to snake case.
The string to convert.
Returns the snake cased string.
Splits string by separator.
Note: This method is based on String#split.
The string to trim.
The separator pattern to split by.
The length to truncate results to.
Returns the new array of string segments.
Splits string by separator.
Note: This method is based on String#split.
The string to trim.
Not used in this overload.
Enables use as an iteratee for methods like _.map. You should not pass this parameter directly in your code.
Returns the new array of string segments.
Converts string to start case.
The string to convert.
Returns the start cased string.
Checks if string starts with the given target string.
The string to search.
The string to search for.
The position to search from.
Returns true if string starts with target, else false.
Creates a compiled template function that can interpolate data properties in "interpolate" delimiters, HTML-escape interpolated data properties in "escape" delimiters, and execute JavaScript in "evaluate" delimiters. Data properties may be accessed as free variables in the template. If a setting object is provided it takes precedence over _.templateSettings values.
Note: In the development build _.template utilizes sourceURLs for easier debugging.
For more information on precompiling templates see lodash's custom builds documentation.
For more information on Chrome extension sandboxes see Chrome's extensions documentation.
The template string.
The options object.
Returns the compiled template function.
Converts string
, as a whole, to lower case.
The string to convert.
Returns the lower cased string.
Converts string
, as a whole, to upper case.
The string to convert.
Returns the upper cased string.
Removes leading and trailing whitespace or specified characters from string.
The string to trim.
The characters to trim.
Returns the trimmed string.
Removes leading and trailing whitespace or specified characters from string.
The string to trim.
Not used in this overload.
Enables use as an iteratee for methods like _.map. You should not pass this parameter directly in your code.
Returns the trimmed string.
Removes trailing whitespace or specified characters from string.
The string to trim.
The characters to trim.
Returns the trimmed string.
Removes trailing whitespace or specified characters from string.
The string to trim.
Not used in this overload.
Enables use as an iteratee for methods like _.map. You should not pass this parameter directly in your code.
Returns the trimmed string.
Removes leading whitespace or specified characters from string.
The string to trim.
The characters to trim.
Returns the trimmed string.
Removes leading whitespace or specified characters from string.
The string to trim.
Not used in this overload.
Enables use as an iteratee for methods like _.map. You should not pass this parameter directly in your code.
Returns the trimmed string.
Truncates string if it’s longer than the given maximum string length. The last characters of the truncated string are replaced with the omission string which defaults to "…".
The string to truncate.
The options object or maximum string length.
Returns the truncated string.
The inverse of _.escape; this method converts the HTML entities &, <, >, ", ', and ` in string to their corresponding characters.
Note: No other HTML entities are unescaped. To unescape additional HTML entities use a third-party library like he.
The string to unescape.
Returns the unescaped string.
Converts string
, as space separated words, to upper case.
The string to convert.
Returns the upper cased string.
Converts the first character of string
to upper case.
The string to convert.
Returns the converted string.
Splits string
into an array of its words.
The string to inspect.
The pattern to match words.
Returns the words of string
.
Splits string
into an array of its words.
The string to inspect.
Not used in this overload.
Enables use as an iteratee for methods like _.map. You should not pass this parameter directly in your code.
Returns the words of string
.
Generated using TypeDoc
Converts string to camel case.


MUSES: Co-design of Interfaces
Material Study 1
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on the following attributes for the gesture:
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Apply Pressure to fill the circle
Material X
Please touch the material you felt was the most accurate
Please touch the material you felt was the most comfortable to use
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Please order the materials according to your preferences
Start by Touching your favorite and work to you least favorite...
Slide to stay in the highlighted area
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More information @project site


Created by Antonio Pastorino /<EMAIL_ADDRESS>“WordPress is a free and open-source content management system (CMS) based on PHP and MySQL. [...] It has a web template system using a template processor.”
Got it?
“A content management system (CMS) is a computer application that allows publishing, editing, modifying, organizing, deleting, and maintaining content from a central interface.”
“A web template system uses a template processor to combine web templates to form finished web pages, possibly using some data source to customize the pages or present a large amount of content on similar-looking pages. ”
“A template processor is software designed to combine one or more templates with a data model to produce one or more result documents. The language that the templates are written in is known as a template language.”
PHP is a template language
Who already knows WordPress?
Who knows any of these?
A wordpress theme is made up of: template files, style sheet files, JavaScript files, Image files and some other files like functions.php.
All the wordpress themes’ files live in the folder: /wp-content/themes/
Template files are PHP files (.php) which are used to generate web pages and which makes customization possible in wordpress.
Some template files are used on all the web pages (like header and footer template files), while others are used only under specific conditions.
WordPress decides which template files to load when, according to the template hierarchy rules.
This folder contains all of your plug-ins and themes. It also contains all of your blog posts and comments (in the ‘cache’ sub-folder). So if you want to take a back up of your wordpress site then first take a back up of this folder.
This file stores your wordpress database information like database name, database username, database password etc. It is a very important file and can easily take down your website. So don’t mess with it unless you know what you are doing.
Another important file for server access control. You can find this file in the root folder via your FTP. It is a very important file and can easily take down your website. So don’t mess with it unless you know what you are doing.
A WordPress Plugin is a program, or a set of one or more functions, written in the PHP scripting language, that adds a specific set of features or services to the WordPress weblog, which can be seamlessly integrated with the weblog using access points and methods provided by the WordPress Plugin Application Program Interface (API).
An Action is a PHP function that is triggered by specific events that take place in WordPress. An Action is a custom PHP function defined in your plugin (or theme) and hooked, i.e. set to respond, to some of these events.
You can define your own plugin Actions to make other plugins interact with your code.
A Filter is a function that is associated with an existing Action by specifying any existing Hook. These are functions that WordPress passes data through, at certain points in execution, just before taking some action with the data .
You can define your own plugin Filters to make other plugins interact with your code.
WP_Query is a class that deals with the intricacies of a post's (or page's) request to a WordPress blog
You can interact and modify it.
Pages are static and are not listed by date. That means that the information displayed on a page doesn’t change, or doesn’t change often. A great example of a page would be the About or Contact Us section of a website. Pages do not use tags or categories.
By default the front page of a WordPress site will display post blog. You can either choose a page as front page
Pages can be organized in a sub-pages/ hierarcical structure.
Pages can have specific templates.
In WordPress, a "taxonomy" is a grouping mechanism for some posts (or links or custom post types).
WordPress has four built in taxonomies
The 'category' taxonomy lets you group posts together by sorting them into various categories. These categories can then be seen on the site by using '/category/name' types of URLs. Categories tend to be pre-defined and broad ranging.
The 'post_tag' taxonomy is similar to categories, but more free form. Tags can be made up on the fly, by simply typing them in. They can be seen on the site in the '/tag/name' types of URLs. Posts tend to have numerous tags, and they are generally displayed near posts or in the form of tag clouds.
The 'link_category' taxonomy lets you categorize your links. These tend to be used only internally, for organizational reasons, and are not usually exposed on the site itself. They are handy for defining groups of links to be displayed in sidebars and the like.
This is quite deprecated
The 'post_format' taxonomy was introduced in WordPress 3.1 and it is a piece of meta information that can be used by a theme to customize its presentation of a post. New post formats can't be created or added to the default existing ones.
Not really used, at least by me. Reference
It is quite difficult to find a plugin that fit with your custom business logic. Unless we are talking of very abstract features it is often better to write you own plugin.
But there still are some valuable plugins to use
Interested? Check this out!
There are five post types that are readily available to users or internally used by the WordPress installation by default :
Custom post types are new post types you can create. A custom post type can be added to WordPress via the register_post_type() function.
In order to avoid breaking a site on theme switching, try to define custom post types as a plugin
The best way to define custom fields, associated either to a custom post type or not, is via the aformentioned ACF plugin.
You can define them from the back-office using a provided GUI or with PHP coding. The latter is the best way.
“There are only two hard things in Computer Science: cache invalidation and naming things.”
This file is used to add your own custom features to your theme. It works like a plug-in file. Since this file is theme specific, you lose the custom functionality once you change your theme. Not all wordpress themes use this file.
This template file is used to display the blog post index.
The blog post index contains a loop (bunch of PHP code) which displays the most recent blog posts according to some predefined conditions.
It displays a list of posts in excerpt or full-length form.
The blog post index can be set to display on the front page of your website or on a separate static page.
This file display headers and navigation. If you want to make changes to the head section then you need to edit this file.
Edit this file to change the footer of each web page on your site.
Most of the times is better to choose a front page with a custom template
This template file displays page title and its contents.
This template file displays a single content of a specific type
This template file displays an archive of contents of a specific type
This template file is used when wordpress cannot find the post or page which is queried. Edit this file if you want to customize your 404 page.
Page templates are a specific type of template file that can be applied to a specific page or groups of pages
Use that to define a specific behaviour / available fields
Conditional Tags can be used in your Template Files to alter the display of content depending on the conditions that the current page matches.
A humble note: use these in your template files as a last chance, because there is plenty of other ways to avoid their usage.
- Link to this presentation
- Source code of this presentation
- More on this series: Github for dummies
CC BY-SA 3.0


Kevin's Pizza Shop
Pick your size and your toppings to order your pizza!
Small - 10 inches
Medium - 14 inches
Large - 17 inches
Pepperoni
Chicken
Ham
Sweet Potatoes
Salmon
Pineapple
Olives
Eel
Tomatoes
Vermicelli
Meatloaf
Sugar
Mystery Meat
Click here to order another great pizza!


The output of the determinacy checker is quite simple. For each clause containing unexpected nondeterminacy, a single line is printed showing the module, name, arity, and clause number (counting from 1). The form of the information is:
* Non-determinate: module:name/arity (clause number)
A second line for each nondeterminate clause indicates the cause of the nondeterminacy. The recognized causes are:
fail/0
or raise_exception/1
.
fail/0
or raise_exception/1
. In this case, the
clause number of the other clause is mentioned.
The determinacy checker also occasionally prints warnings when
declarations are made too late in the file or not at all. For
example, if you include a dynamic
, nondet
, or
discontiguous
declaration for a predicate after some
clauses for that predicate, or if you put a dynamic
or nondet
declaration for a predicate after a
clause that includes a call to that predicate, the
determinacy checker may have missed some nondeterminacy in your
program. The checker also detects undeclared discontiguous
predicates, which may also have undetected nondeterminacy.
Finally, the checker looks for goals in your program that
indicate that predicates are dynamic; if no dynamic
declaration for those predicates exists, you will be warned.
These warnings take the following form:
! warning: predicate module:name/arity is property. ! Some nondeterminacy may have been missed. ! Add (or move) the directive ! :- property module:name/arity. ! near the top of this file.


'Anxious' gardai issue appeal over death of man, 55, at home in Killarney, Co Kerry
Detectives say they are keeping an 'open mind' in their investigation
by William DunneGardai are "anxious" to speak anyone with information about a man who was found dead at a home in Co Kerry.
The body of Thomas Carton, 55, was discovered at a house in Torc Terrace, Killarney on Wednesday.
Detectives say they are keeping an "open mind" in their investigation.
Mr Carton's body was removed to University Hospital Kerry for a postmortem on Thursday.
However, the results of the examination are not being released for operational reasons.
A spokesman said: "A Senior Investigating Officer has been appointed and an incident room has been set up in Killarney Garda Station.
"The scene is still currently preserved and a technical examination by the local Scenes of Crime Unit is ongoing.
"Gardaí are continuing to keep an open mind in relation to this matter and are trying to establish the movements of Thomas Carton in the days leading up to his death.
"Gardaí are particularly anxious to hear from people who may have seen or spoken to Thomas in recent days or who may have any information whatsoever in relation to his death."
Anyone who has any information about this incident is asked to contact Killarney Garda Station on<PHONE_NUMBER>, the Garda Confidential Line on 1800-666-111 or any Garda Station.
How to follow the Irish Mirror on social media
You can like our main Facebook page here.
Our Irish Mirror Sports page - which brings you all your Irish and UK sports news - can be found here.
You can also check out our Irish Mirror GAA sports page.
The Irish Mirror Twitter account is @IrishMirror while our sports account is @MirrorSportIE.
Our Instagram account can be found here.


|
UMI3D Unity SDK
2.5.b.221125
A UMI3D sdk implementation using Unity
|
Post processing vignetting effect. Vignetting reduce the image's brightness toward the periphery compared to the image center. More...
Public Types | |
| enum | VignetteMode |
| The two different modes for the vignette effect. More... | |
Static Public Member Functions | |
| static void | ResetGlobalVignette () |
| Remove the vignette effet. More... | |
Properties | |
| bool | VignetteEnabled [get] |
| See vignetteEnabled. More... | |
| Color | Color [get] |
| See color. More... | |
| Vector2 | Center [get] |
| See center. More... | |
| float | Intensity [get] |
| See intensity. More... | |
| float | Smoothness [get] |
| See smoothness. More... | |
| bool | Rounded [get] |
| See rounded. More... | |
| VignetteMode | Mode [get] |
| See mode. More... | |
| float | Roundness [get] |
| See roundness. More... | |
Post processing vignetting effect. Vignetting reduce the image's brightness toward the periphery compared to the image center.
It is a useful effect to add a soft fade at the edges of one's camera.
The two different modes for the vignette effect.
|
static |
Remove the vignette effet.
|
get |
See center.
|
get |
See color.
|
get |
See intensity.
|
get |
See mode.
|
get |
See rounded.
|
get |
See roundness.
|
get |
See smoothness.
|
get |
See vignetteEnabled.


I spent four years as a Systems Engineer and Technical Writer, working and living in the Washington, D.C. area and Taipei, Taiwan. I got into programming by writing Excel macros and scripts to optimize work efficiency. Despite taking introductory programming courses in school, programming never caught on during that time because assignments were purely for theoretical situations. Since then, tons of different products and services are used on all kinds of devices by people everywhere, seeing the code behind it all inspires me a lot.
February 2016 – June 2016 Chicago, IL
May 2014 – May 2015 Taipei, Taiwan
February 2011 – February 2014 Washington, D.C.


| 005:050 Khan | : |
Do they then seek the judgement of (the Days of) Ignorance? And who is better in judgement than Allah for a people who have firm Faith. |
| 005:050 Maulana | : |
Is it then the judgment of ignorance that they desire? And who is better than Allah to judge for a people who are sure? |
| 005:050 Pickthal | : |
Is it a judgment of the time of (pagan) ignorance that they are seeking? Who is better than Allah for judgment to a people who have certainty (in their belief)? |
| 005:050 Rashad | : |
Is it the law of the days of ignorance that they seek to uphold? Whose law is better than GOD's for those who have attained certainty? |
| 005:050 Sarwar | : |
Do they want judgments that are issued out of ignorance? Who is a better judge for the people whose belief is based on certainty, than God? |
| 005:050 Shakir | : |
Is it then the judgment of (the times of) ignorance that they desire? And who is better than Allah to judge for a people who are sure? |
| 005:050 Sherali | : |
Do they then seek the judgment of the days of Ignorance. And who is better than ALLAH as a judge for a people who have firm faith? |
| 005:050 Yusufali | : |
Do they then seek after a judgment of (the days of) ignorance? But who, for a people whose faith is assured, can give better judgment than Allah? |
Concepts/Themes Covered: أركان الإسلام > التوحيد > وعيد المفسدين والمجرمين والفاسقين Pillars of Islam> Islamic> The Threatening of the Mischievous, the Criminals and the Impious أركان الإسلام > الدين > الجاهلية Pillars of Islam> Religion> The Paganism الإيمان > الإيمان بالله > اليقين Faith> Belief In Allah> Conviction القرآن الكريم > وجوب الحكم به The Holy Quran> Having to Judge by what Allah has Revealed
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Ah someone who enjoys a good vegetable or two. What looks good to you here?
Or, let us choose for you.
I'm thinking...
Pizza
Tacos
Fried Rice
Falafel
Brussels Sprouts
Salad
Hummus
Fake Meat


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The survey
package is one of R’s best tools for those working in the social sciences. For many, it saves you from needing to use commercial software for research that uses survey data. However, it lacks one function that many academic researchers often need to report in publications: correlations. The svycor
function in jtools
helps to fill that gap.
A note, however, is necessary. The initial motivation to add this feature comes from a response to a question about calculating correlations with the survey
package written by Thomas Lumley, the survey
package author. All that is good about this function should be attributed to Dr. Lumley; all that is wrong with it should be attributed to me (Jacob).
With that said, let’s look at an example. First, we need to get a survey.design
object. This one is built into the survey
package.
library(survey)
data(api)
dstrat <- svydesign(id = ~1,strata = ~stype, weights = ~pw, data = apistrat, fpc=~fpc)
The necessary arguments are no different than when using svyvar
. Specify, using an equation, which variables (and from which design) to include. It doesn’t matter which side of the equation the variables are on.
## api00 api99
## api00 1.00 0.98
## api99 0.98 1.00
You can specify with the digits =
argument how many digits past the decimal point should be printed.
## api00 api99
## api00 1.0000 0.9759
## api99 0.9759 1.0000
Any other arguments that you would normally pass to svyvar
will be used as well, though in some cases it may not affect the output.
One thing that survey
won’t do for you is give you p values for the null hypothesis that \(r = 0\). While at first blush finding the p value might seem like a simple procedure, complex surveys will almost always violate the important distributional assumptions that go along with simple hypothesis tests of the correlation coefficient. There is not a clear consensus on the appropriate way to conduct hypothesis tests in this context, due in part to the fact that most analyses of complex surveys occurs in the context of multiple regression rather than simple bivariate cases.
If sig.stats = TRUE
, then svycor
will use the wtd.cor
function from the weights
package to conduct hypothesis tests. The p values are derived from a bootstrap procedure in which the weights define sampling probability. The bootn =
argument is given to wtd.cor
to define the number of simulations to run. This can significantly increase the running time for large samples and/or large numbers of simulations. The mean1
argument tells wtd.cor
whether it should treat your sample size as the number of observations in the survey design (the number of rows in the data frame) or the sum of the weights. Usually, the former is desired, so the default value of mean1
is TRUE
.
## api00 api99
## api00 1 0.9759*
## api99 0.9759* 1
When using sig.stats = TRUE
, the correlation parameter estimates come from the bootstrap procedure rather than the simpler method based on the survey-weighted covariance matrix when sig.stats = FALSE
.
By saving the output of the function, you can extract non-rounded coefficients, p values, and standard errors.
c <- svycor(~api00 + api99, design = dstrat, digits = 4, sig.stats = TRUE, bootn = 2000, mean1 = TRUE)
c$cors
## api00 api99
## api00 1.0000000 0.9759047
## api99 0.9759047 1.0000000
## api00 api99
## api00 0 0
## api99 0 0
## api00 api99
## api00 0.00000000 0.00365885
## api99 0.00365885 0.00000000
The heavy lifting behind the scenes is done by svyvar
, which from its output you may not realize also calculates covariance.
## variance SE
## api00 15191 1255.7
## api99 16518 1318.4
But if you save the svyvar
object, you can see that there’s more than meets the eye.
## api00 api99
## api00 15190.59 15458.83
## api99 15458.83 16518.24
## attr(,"var")
## api00 api00 api99 api99
## api00 1576883 1580654 1580654 1561998
## api00 1580654 1630856 1630856 1657352
## api99 1580654 1630856 1630856 1657352
## api99 1561998 1657352 1657352 1738266
## attr(,"statistic")
## [1] "variance"
Once we know that, it’s just a matter of using R’s cov2cor
function and cleaning up the output.
## api00 api99
## api00 1.0000000 0.9759047
## api99 0.9759047 1.0000000
## attr(,"var")
## api00 api00 api99 api99
## api00 1576883 1580654 1580654 1561998
## api00 1580654 1630856 1630856 1657352
## api99 1580654 1630856 1630856 1657352
## api99 1561998 1657352 1657352 1738266
## attr(,"statistic")
## [1] "variance"
Now to get rid of that covariance matrix…
## api00 api99
## api00 1.0000000 0.9759047
## api99 0.9759047 1.0000000
svycor
has its own print method, so you won’t see so many digits past the decimal point. You can extract the un-rounded matrix, however.
## api99 api00
## api99 1.0000000 0.9759047
## api00 0.9759047 1.0000000


Categories can be used to throttle multiple projects.
Categories can be optionally configured with pairs of throttled Jenkins node labels.
Pairs can make each maximum applicable to nodes with matching labels only.
That is achieved by adding such Maximum Per Labeled Node pair(s) to any category.
Category's Maximum Concurrent Builds Per Node is superseded by matching-pair's maximum.


Website developed by Pisa & Skavenger in 2007, updated in 2018
All images are copyrighted by and belong to the Fox Broadcasting Company


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- assigns
- build_request_uri
- cookies
- delete
- find_all_tag
- find_tag
- fixture_file_upload
- flash
- get
- head
- html_document
- included
- method_missing
- post
- process
- put
- redirect_to_url
- session
- with_routing
- xhr
- xml_http_request
- ProcessWithTest
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 395 395: def self.included(base) 396: # Executes a request simulating GET HTTP method and set/volley the response 397: def get(action, parameters = nil, session = nil, flash = nil) 398: process(action, parameters, session, flash, "GET") 399: end 400: 401: # Executes a request simulating POST HTTP method and set/volley the response 402: def post(action, parameters = nil, session = nil, flash = nil) 403: process(action, parameters, session, flash, "POST") 404: end 405: 406: # Executes a request simulating PUT HTTP method and set/volley the response 407: def put(action, parameters = nil, session = nil, flash = nil) 408: process(action, parameters, session, flash, "PUT") 409: end 410: 411: # Executes a request simulating DELETE HTTP method and set/volley the response 412: def delete(action, parameters = nil, session = nil, flash = nil) 413: process(action, parameters, session, flash, "DELETE") 414: end 415: 416: # Executes a request simulating HEAD HTTP method and set/volley the response 417: def head(action, parameters = nil, session = nil, flash = nil) 418: process(action, parameters, session, flash, "HEAD") 419: end 420: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 460 460: def assigns(key = nil) 461: if key.nil? 462: @response.template.assigns 463: else 464: @response.template.assigns[key.to_s] 465: end 466: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 484 484: def build_request_uri(action, parameters) 485: unless @request.env['REQUEST_URI'] 486: options = @controller.__send__(:rewrite_options, parameters) 487: options.update(:only_path => true, :action => action) 488: 489: url = ActionController::UrlRewriter.new(@request, parameters) 490: @request.set_REQUEST_URI(url.rewrite(options)) 491: end 492: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 476 476: def cookies 477: @response.cookies 478: end
Executes a request simulating DELETE HTTP method and set/volley the response
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 412 412: def delete(action, parameters = nil, session = nil, flash = nil) 413: process(action, parameters, session, flash, "DELETE") 414: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 503 503: def find_all_tag(conditions) 504: html_document.find_all(conditions) 505: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 499 499: def find_tag(conditions) 500: html_document.find(conditions) 501: end
Shortcut for ActionController::TestUploadedFile.new(ActionController::TestCase.fixture_path + path, type):
post :change_avatar, :avatar => fixture_file_upload('/files/spongebob.png', 'image/png')
To upload binary files on Windows, pass :binary as the last parameter. This will not affect other platforms:
post :change_avatar, :avatar => fixture_file_upload('/files/spongebob.png', 'image/png', :binary)
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 523 523: def fixture_file_upload(path, mime_type = nil, binary = false) 524: fixture_path = ActionController::TestCase.send(:fixture_path) if ActionController::TestCase.respond_to?(:fixture_path) 525: ActionController::TestUploadedFile.new("#{fixture_path}#{path}", mime_type, binary) 526: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 472 472: def flash 473: @response.flash 474: end
Executes a request simulating GET HTTP method and set/volley the response
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 397 397: def get(action, parameters = nil, session = nil, flash = nil) 398: process(action, parameters, session, flash, "GET") 399: end
Executes a request simulating HEAD HTTP method and set/volley the response
[ show source ]
# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 417 417: def head(action, parameters = nil, session = nil, flash = nil) 418: process(action, parameters, session, flash, "HEAD") 419: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 494 494: def html_document 495: xml = @response.content_type =~ /xml$/ 496: @html_document ||=<EMAIL_ADDRESS>false, xml) 497: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 507 507: def method_missing(selector, *args, &block) 508: if @controller && ActionController::Routing::Routes.named_routes.helpers.include?(selector) 509: @controller.send(selector, *args, &block) 510: else 511: super 512: end 513: end
Executes a request simulating POST HTTP method and set/volley the response
[ show source ]
# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 402 402: def post(action, parameters = nil, session = nil, flash = nil) 403: process(action, parameters, session, flash, "POST") 404: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 422 422: def process(action, parameters = nil, session = nil, flash = nil, http_method = 'GET') 423: # Sanity check for required instance variables so we can give an 424: # understandable error message. 425: %w(@controller @request @response).each do |iv_name| 426: if !(instance_variable_names.include?(iv_name) || instance_variable_names.include?(iv_name.to_sym)) || instance_variable_get(iv_name).nil? 427: raise "#{iv_name} is nil: make sure you set it in your test's setup method." 428: end 429: end 430: 431: @request.recycle! 432: @response.recycle! 433: 434: @html_document = nil 435: @request.env['REQUEST_METHOD'] = http_method 436: 437: @request.action = action.to_s 438: 439: parameters ||= {} 440<EMAIL_ADDRESS>action.to_s, parameters) 441: 442: @request.session = ActionController::TestSession.new(session) unless session.nil? 443: @request.session["flash"] = ActionController::Flash::FlashHash.new.update(flash) if flash 444: build_request_uri(action, parameters) 445: 446: Base.class_eval { include ProcessWithTest } unless Base < ProcessWithTest 447: @controller.process_with_test(@request, @response) 448: end
Executes a request simulating PUT HTTP method and set/volley the response
[ show source ]
# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 407 407: def put(action, parameters = nil, session = nil, flash = nil) 408: process(action, parameters, session, flash, "PUT") 409: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 480 480: def redirect_to_url 481: @response.redirect_url 482: end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 468 468: def session 469: @request.session 470: end
A helper to make it easier to test different route configurations. This method temporarily replaces ActionController::Routing::Routes with a new RouteSet instance.
The new instance is yielded to the passed block. Typically the block will create some routes using map.draw { map.connect … }:
with_routing do |set| set.draw do |map| map.connect ':controller/:action/:id' assert_equal( ['/content/10/show', {}], map.generate(:controller => 'content', :id => 10, :action => 'show') end end end
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 545 545: def with_routing 546: real_routes = ActionController::Routing::Routes 547: ActionController::Routing.module_eval { remove_const :Routes } 548: 549: temporary_routes = ActionController::Routing::RouteSet.new 550: ActionController::Routing.module_eval { const_set :Routes, temporary_routes } 551: 552: yield temporary_routes 553: ensure 554: if ActionController::Routing.const_defined? :Routes 555: ActionController::Routing.module_eval { remove_const :Routes } 556: end 557: ActionController::Routing.const_set(:Routes, real_routes) if real_routes 558: end
Alias for xml_http_request
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# File vendor/rails/actionpack/lib/action_controller/test_process.rb, line 450 450: def xml_http_request(request_method, action, parameters = nil, session = nil, flash = nil) 451: @request.env['HTTP_X_REQUESTED_WITH'] = 'XMLHttpRequest' 452: @request.env['HTTP_ACCEPT'] = [Mime::JS, Mime::HTML, Mime::XML, 'text/xml', Mime::ALL].join(', ') 453: returning __send__(request_method, action, parameters, session, flash) do 454: @request.env.delete 'HTTP_X_REQUESTED_WITH' 455: @request.env.delete 'HTTP_ACCEPT' 456: end 457: end


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Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 3-4
This Burmese-style curried noodle soup is spicy, rich and filling. It's also quick and easy to throw together.
Heat the curry paste in a large saucepan over a medium heat. Add the chicken drumsticks and cook for 3-4 minutes on all sides, or until covered in the curry paste and browned all over.
Add the curry powder, coconut milk and chicken stock to the pan and bring the mixture to the boil. Add the palm sugar and fish sauce, reduce the heat until the mixture is simmering, then simmer for 20 minutes, or until the chicken drumsticks are cooked through. (The chicken is cooked through if the juices run clear when pierced in the thickest part with a skewer and no trace of pink remains.)
Boil 200g/7oz of the noodles in a large pan of boiling water for no more than 1 minute. Drain well and set aside.
Heat the groundnut oil in a wok over a high heat. Add the remaining noodles and fry for a few seconds, until crisp.
Divide the blanched noodles among 3 or 4 serving bowls and splash a little soy sauce over each. Pour over the chicken and sauce, then sprinkle the spring onions, red onion and coriander on top.
Break the fried noodles into small pieces and sprinkle them over each bowl of khao soi. Serve with lime wedges alongside.