--- layout: post current: post cover: assets/images/posts/2020-07-12_14-30-00/tizen-reference-title.png navigation: True title: Tizen reference date: 2020-07-12 14:30:00 tags: [About tizen] class: post-template subclass: 'post' author: bluebamus ---
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Stock futures erase losses on report of likely US tariff delay
U.S. stock index futures were slightly lower on Thursday, as mixed signals on trade and a row between Washington and Beijing over the Hong Kong protests fanned concerns about the timing of a deal to end their prolonged tariff dispute.
REUTERS: U.S. stock index futures moved sharply higher on Thursday after South China Morning Post reported that U.S. tariffs on Chinese imports due Dec. 15 could be delayed even if a trade deal was not signed by then.
At 8:12 a.m. ET, Dow e-minis were up 36 points, or 0.13per cent. S&P 500 e-minis were up 4.5 points, or 0.14per cent and Nasdaq 100 e-minis were up 9.75 points, or 0.12per cent.
(Reporting by Shreyashi Sanyal in Bengaluru; Editing by Anil D'Silva)


Copyright © 2007 Stephen Marsh freeyourmind ++<EMAIL_ADDRESS>Authors: Stephen Marsh.
plists is a drop-in replacement for module lists, making most list operations parallel. It can operate on each element in parallel, for IO-bound operations, on sublists in parallel, for taking advantage of multi-core machines with CPU-bound operations, and across erlang nodes, for parallizing inside a cluster. It handles errors and node failures. It can be configured, tuned, and tweaked to get optimal performance while minimizing overhead.
Almost all the functions are identical to equivalent functions in lists, returning exactly the same result, and having both a form with an identical syntax that operates on each element in parallel and a form which takes an optional "malt", a specification for how to parallize the operation.
fold is the one exception, parallel fold is different from linear fold. This module also include a simple mapreduce implementation, and the function runmany. All the other functions are implemented with runmany, which is as a generalization of parallel list operations.
A malt specifies how to break a list into sublists, and can optionally specify a timeout, which nodes to run on, and how many processes to start per node.
Malt = MaltComponent | [MaltComponent]
MaltComponent = SubListSize::integer() | {processes, integer()} |
{processes, schedulers} |
{timeout, Milliseconds::integer()} | {nodes, [NodeSpec]}
NodeSpec = Node::atom() | {Node::atom(), NumProcesses::integer()} |
{Node::atom(), schedulers}
An integer can be given to specify the exact size for sublists. 1 is a good choice for IO-bound operations and when the operation on each list element is expensive. Larger numbers minimize overhead and are faster for cheap operations.
If the integer is omitted, and you have specified a {processes, X}, the list is split into X sublists. This is only useful when the time to process each element is close to identical and you know exactly how many lines of execution are available to you.
If neither of the above applies, the sublist size defaults to 1.
You can use {processes, X} to have the list processed by X processes on the local machine. A good choice for X is the number of lines of execution (cores) the machine provides. This can be done automatically with {processes, schedulers}, which sets the number of processes to the number of schedulers in the erlang virtual machine (probably equal to the number of cores).
{timeout, Milliseconds} specifies a timeout. This is a timeout for the entire operation, both operating on the sublists and combining the results. exit(timeout) is evaluated if the timeout is exceeded.
{nodes, NodeList} specifies that the operation should be done across nodes. Every element of NodeList is of the form {NodeName, NumProcesses} or NodeName, which means the same as {NodeName, 1}. plists runs NumProcesses processes on NodeName concurrently. A good choice for NumProcesses is the number of lines of execution (cores) a node provides plus one. This ensures the node is completely busy even when fetching a new sublist. This can be done automatically with {NodeName, schedulers}, in which case plists uses a cached value if it has one, and otherwise finds the number of schedulers in the remote node and adds one. This will ensure at least one busy process per core (assuming the node has a scheduler for each core).
plists is able to recover if a node goes down. If all nodes go down, exit(allnodescrashed) is evaluated.
Any of the above may be used as a malt, or may be combined into a list. {nodes, NodeList} and {processes, X} may not be combined.
% start a process for each element (1-element sublists)
1
% start a process for each ten elements (10-element sublists)
10
% split the list into two sublists and process in two processes
{processes, 2}
% split the list into X sublists and process in X processes,
% where X is the number of cores in the machine
{processes, schedulers}
% split the list into 10-element sublists and process in two processes
[10, {processes, 2}]
% timeout after one second. Assumes that a process should be started
% for each element.
{timeout, 1000}
% Runs 3 processes at a time on apple@desktop,
and 2 on orange@laptop
% This is the best way to utilize all the CPU-power of a dual-core
% desktop and a single-core laptop. Assumes that the list should be
% split into 1-element sublists.
{nodes, [{apple@desktop, 3}, {orange@laptop, 2}]}
Like above, but makes plists figure out how many processes to use. {nodes, [{apple@desktop, schedulers}, {orange@laptop, schedulers}]}
% Gives apple and orange three seconds to process the list as
% 100-element sublists.
[100, {timeout, 3000}, {nodes, [{apple@desktop, 3}, {orange@laptop, 2}]}]
I needed a word for this concept, so maybe my subconsciousness gave me one by making me misspell multiply. Maybe it is an acronym for Malt is A List Tearing Specification. Maybe it is a beer metaphor, suggesting that code only runs in parallel if bribed with spirits. It's jargon, learn it or you can't be part of the in-group.
plists assures that no extraneous messages are left in or will later enter the message queue. This is guaranteed even in the event of an error.
Errors in spawned processes are caught and propagated to the calling process. If you invoke
plists:map(fun (X) -> 1/X end, [1, 2, 3, 0]).
you get a badarith error, exactly like when you use lists:map.
plists uses monitors to watch the processes it spawns. It is not a good idea to invoke plists when you are already monitoring processes. If one of them does a non-normal exit, plists receives the 'DOWN' message believing it to be from one of its own processes. The error propagation system goes into effect, which results in the error occuring in the calling process.
The MIT License
Copyright (c) 2007 Stephen Marsh
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.| all/2 | Same semantics as in module lists. |
| all/3 | Same semantics as in module lists. |
| any/2 | Same semantics as in module lists. |
| any/3 | Same semantics as in module lists. |
| filter/2 | Same semantics as in module lists. |
| filter/3 | Same semantics as in module lists. |
| fold/3 | Like below, but assumes 1 as the Malt. |
| fold/4 | Like below, but uses the Fun as the Fuse by default. |
| fold/5 | fold is more complex when made parallel. |
| foreach/2 | Similiar to foreach in module lists except it makes no guarantee about the order it processes list elements. |
| foreach/3 | Similiar to foreach in module lists except it makes no guarantee about the order it processes list elements. |
| map/2 | Same semantics as in module lists. |
| map/3 | Same semantics as in module lists. |
| mapreduce/2 | Like below, assumes default MapMalt of 1. |
| mapreduce/3 | |
| mapreduce/5 | This is a very basic mapreduce. |
| partition/2 | Same semantics as in module lists. |
| partition/3 | Same semantics as in module lists. |
| runmany/3 | Like below, but assumes a Malt of 1, meaning each element of the list is processed by a seperate process. |
| runmany/4 | All of the other functions are implemented with runmany. |
| sort/1 | Same semantics as in module lists. |
| sort/2 | Same semantics as in module lists. |
| sort/3 | This version lets you specify your own malt for sort. |
| usort/1 | Same semantics as in module lists. |
| usort/2 | Same semantics as in module lists. |
| usort/3 | This version lets you specify your own malt for usort. |
all(Fun, List) -> bool()
Same semantics as in module lists.
all(Fun, List, Malt) -> bool()
Same semantics as in module lists.
any(Fun, List) -> bool()
Same semantics as in module lists.
any(Fun, List, Malt) -> bool()
Same semantics as in module lists.
filter(Fun, List) -> list()
Same semantics as in module lists.
filter(Fun, List, Malt) -> list()
Same semantics as in module lists.
fold(Fun, InitAcc, List) -> term()
Like below, but assumes 1 as the Malt. This function is almost useless, and is intended only to aid converting code from using lists to plists.
fold(Fun, InitAcc, List, Malt) -> term()
Like below, but uses the Fun as the Fuse by default.
fold(Fun, Fuse, InitAcc, List, Malt) -> term()
fold is more complex when made parallel. There is no foldl and foldr, accumulators aren't passed in any defined order. The list is split into sublists which are folded together. Fun is identical to the function passed to lists:fold[lr], it takes (an element, and the accumulator) and returns -> a new accumulator. It is used for the initial stage of folding sublists. Fuse fuses together the results, it takes (Results1, Result2) and returns -> a new result. By default sublists are fused left to right, each result of a fuse being fed into the first element of the next fuse. The result of the last fuse is the result.
Fusing may also run in parallel using a recursive algorithm,
by specifying the fuse as {recursive, Fuse}. See
the discussion in runmany/4
.
foreach(Fun, List) -> void()
Similiar to foreach in module lists except it makes no guarantee about the order it processes list elements.
foreach(Fun, List, Malt) -> void()
Similiar to foreach in module lists except it makes no guarantee about the order it processes list elements.
map(Fun, List) -> list()
Same semantics as in module lists.
map(Fun, List, Malt) -> list()
Same semantics as in module lists.
mapreduce(MapFunc, List) -> Dict
Like below, assumes default MapMalt of 1.
mapreduce(MapFunc, List, MapMalt) -> any()
mapreduce(MapFunc, List, InitState, ReduceFunc, MapMalt) -> Dict
This is a very basic mapreduce. You won't write a Google-rivaling search engine with it. It has no equivalent in lists. Each element in the list is run through the MapFunc, which produces either a {Key, Value} pair, or a lists of key value pairs, or a list of lists of key value pairs...etc. A reducer process runs in parallel with the mapping processes, collecting the key value pairs. It starts with a state given by InitState, and for each {Key, Value} pair that it receives it invokes ReduceFunc(OldState, Key, Value) to compute its new state. mapreduce returns the reducer's final state.
MapMalt is the malt for the mapping operation, with a default value of 1, meaning each element of the list is mapped by a seperate process.
mapreduce requires OTP R11B, or it may leave monitoring messages in the message queue.
The ReduceFunc takes three parameters, all term()s: OldState, Key, and Value. It returns one term(), NewState.partition(Fun, List) -> {list(), list()}
Same semantics as in module lists.
partition(Fun, List, Malt) -> {list(), list()}
Same semantics as in module lists.
runmany(Fun, Fuse, List) -> term()
Like below, but assumes a Malt of 1, meaning each element of the list is processed by a seperate process.
runmany(Fun, Fuse, List, Malt) -> term()
All of the other functions are implemented with runmany. runmany takes a List, splits it into sublists, and starts processes to operate on each sublist, all done according to Malt. Each process passes its sublist into Fun and sends the result back.
The results are then fused together to get the final result. There are two ways this can operate, lineraly and recursively. If Fuse is a function, a fuse is done linearly left-to-right on the sublists, the results of processing the first and second sublists being passed to Fuse, then the result of the first fuse and processing the third sublits, and so on. If Fuse is {reverse, FuseFunc}, then a fuse is done right-to-left, the results of processing the second-to-last and last sublists being passed to FuseFunc, then the results of processing the third-to-last sublist and the results of the first fuse, and and so forth. Both methods preserve the original order of the lists elements.
To do a recursive fuse, pass Fuse as {recursive, FuseFunc}. The recursive fuse makes no guarantee about the order the results of sublists, or the results of fuses are passed to FuseFunc. It continues fusing pairs of results until it is down to one.
Recursive fuse is down in parallel with processing the sublists, and a process is spawned to fuse each pair of results. It is a parallized algorithm. Linear fuse is done after all results of processing sublists have been collected, and can only run in a single process.
Even if you pass {recursive, FuseFunc}, a recursive fuse is only done if the malt contains {nodes, NodeList} or {processes, X}. If this is not the case, a linear fuse is done.sort(List) -> list()
Same semantics as in module lists.
sort(Fun, List) -> list()
Same semantics as in module lists.
sort(Fun, List, Malt) -> list()
This version lets you specify your own malt for sort.
sort splits the list into sublists and sorts them, and it merges the sorted lists together. These are done in parallel. Each sublist is sorted in a seperate process, and each merging of results is done in a seperate process. Malt defaults to 100, causing the list to be split into 100-element sublists.usort(List) -> list()
Same semantics as in module lists.
usort(Fun, List) -> list()
Same semantics as in module lists.
usort(Fun, List, Malt) -> list()
This version lets you specify your own malt for usort.
usort splits the list into sublists and sorts them, and it merges the sorted lists together. These are done in parallel. Each sublist is sorted in a seperate process, and each merging of results is done in a seperate process. Malt defaults to 100, causing the list to be split into 100-element sublists.
usort removes duplicate elments while it sorts.Generated by EDoc, Dec 1 2013, 00:13:33.


Montage Viewer: Miscellaneous Directives
There are couple of additional mViewer directives that can be useful under unusual circumstances:
- -nowcs The FITS file has no WCS information, which means we cannot perform
any coordinate-base operations. Nevertheless we still wish to generate a PNG/JPEG
of the data array.
- -noflip mViewer analyzes parameters like CDELT and CROTA and flips axes to
put North as close to up and East as close to left as is possible without real rotation.
Sometimes we want to override this logic.


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Build a Cloud Powered IoT App in Minutes
The MXChip IoT DevKit (a.k.a DevKit) is an all-in-one IoT Device Kit, you can use it to develop and prototype IoT (Internet of Things) solutions that take advantage of Microsoft Azure services. It includes an Arduino-compatible development board with rich peripherals and sensors, an open-source board package, and a growing projects catalog.
Seamless Development Experience
Use Visual Studio Code with Arduino Extension to quickly build a full-fledged IoT application that integrates multiple services like Azure IoT Hub, Logic App and Cognitive Services. Our projects catalog has innovative samples to help you get started and build your own project.
Powerful ARM Cortex-M Board with Rich Peripherals
SoC module combines the power of the ST Microelectronics STM32F412 at its core and Cypress BCM43362 for Wi-Fi. The on-board peripherals include an OLED screen, headphone output, stereo microphone and abundant sensors like humidity & temperature, pressure, motion (accelerometer & gyroscope) and magnetometer.
Fully Compatible Arduino Board
All the cool things you can do with an Arduino can be done with the DevKit. It is targeted for developers to create and prototype IoT projects, using a low-power device, quickly and easily. There are 25 external GPIO pins on the edge connector of the board, allowing you to connect to external sensors and actuators.


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An aspiring group of high school students. A devotion based on interest. A group driven by experience.
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You must import the plotting libraries and get some historical data to create scatter plots.
In this example, you create a scatter plot that shows the relationship between the daily returns of two banking securities. Follow these steps to create the scatter plot:
Symbol
s.For example, to select the Symbol
s of the first 2 bank stocks, run:
symbol1 = symbols[1] symbol2 = symbols[2]
history
DataFrame with each Symbol
and then select the close column.close_price1 = history.loc[symbol1]['close'] close_price2 = history.loc[symbol2]['close']
pct_change
and dropna
methods on each Series
.daily_return1 = close_price1.pct_change().dropna() daily_return2 = close_price2.pct_change().dropna()
polyfit
method with the daily_returns1
, daily_returns2
, and a degree.m, b = np.polyfit(daily_returns1, daily_returns2, deg=1)
This method call returns the slope and intercept of the ordinary least squares regression line.
linspace
method with the minimum and maximum values on the x-axis.x = np.linspace(daily_returns1.min(), daily_returns1.max())
y = m*x + b
figure
function with a title and axis labels.plot = figure(title=f"{symbol1} vs {symbol2} Daily Return", x_axis_label=symbol1.Value, y_axis_label=symbol2.Value)
line
method with x- and y-axis values, a color, and a line width.plot.line(x, y, color="red", line_width=2)
This method call plots the regression line.
dot
method with the daily_returns1
, daily_returns2
, and some design settings.plot.dot(daily_returns1, daily_returns2, size=20, color="navy", alpha=0.5)
This method call plots the scatter plot dots.
show
function.show(plot)
The Jupyter Notebook displays the scatter plot.


Download a template for local authority data
Download the local authority template. Insert a value for each Local authority and then copy the data into Automapper.
Download a template for ward data
Download a template for your area and assign a value to each local authority or ward and then copy the data into the text field.


County Durham food hygiene ratings: The takeaways and chippies with the lowest scores
These are the County Durham establishments who have been given a score by inspectors they probably don't want on their door
by Katie DickinsonWe all love the occasional treat takeaway, but do you know the food hygiene rating of your favourites?

We've listed the food venues in the Durham authority area which have either a one or a zero food hygiene rating.
The ratings below were taken from the Food Standards Agency (FSA) website as they appeared on November 28, 2019. The establishments in question may be awaiting re-inspection.
There are 564 takeaways, sandwich shops and chippies serving food in County Durham, the majority of which have good scores.
However, a total of 16 businesses were given a 'one' and one takeaway scored a 'zero' (urgent improvement required)'.
The rating scheme, run in partnership with councils, helps people to make more informed choices about where to buy and eat food.
How are the ratings decided?
Each business is given their hygiene rating when it is inspected by a food safety officer from the business’s local authority. The food safety officer inspecting the business checks how well the business is meeting the law by looking at:
How hygienically the food is handled – how it is prepared, cooked, re-heated, cooled and stored. The condition of the structure of the buildings – the cleanliness, layout, lighting, ventilation and other facilities. And how the business manages and records what it does to make sure food is safe.
At the end of the inspection, the business is given one of the six ratings from zero to five. The top rating of five means that the business was found to have “very good” food hygiene standards.
Venues that were rated 'zero'
Bahader's Chippy
1 Kyo Road
Catchgate
Stanley, DH9 8SW
Date of inspection: September 27 2019
Venues that were rated 'one'
De-Niros Pizzeria
50 Parkside Crescent
Seaham, SR7 7UQ
Date of inspection: 30 April 2019
Dhillons Goldon Fry
45 Gibside
Chester-Le-Street, DH2 2TT
Date of inspection: 11 July 2019
Massala King
3 Holly Hill Gardens
South Stanley
Stanley, DH9 6PF
Date of inspection: 10 October 2019
Miami Pizza
33 Church Street
Shildon
DL4 1DS
Date of inspection: 30 May 2019
Mister Spice
1a Avondale Terrace
Chester-Le-Street
DH3 3ED
Date of inspection: 20 June 2019
Pizza Napoli
34 Front Street
West Auckland
Bishop Auckland, DL14 9HW
Date of inspection: 15 January 2019
Pizza Time
12 Cheveley Park Shopping Centre
Belmont
Durham, DH1 2AA
Date of inspection: 13 March 2019
Pizza Time
1 Darlington Road
Ferryhill
DL17 8JP
Date of inspection: 4 October 2019
Popino's
65 Station Road
Seaham, SR7 0AQ
Date of inspection: 16 April 2019
Roma Pizza
1 Edward Terrace
New Brancepeth
Durham, DH7 7EN
Date of inspection: 6 February 2019
Shildon Tandoori
31 Church Street
Shildon, DL4 1DS
Date of inspection: 22 August 2019
Sorento Takeaway
55 Manor Road
St Helen Auckland
Bishop Auckland, DL14 9ER
Date of inspection: 25 July 2018
Subway
Byron Place Shopping Centre
South Crescent
Seaham, SR7 7DR
Date of inspection: 22 November 2018
The Cod Fry
20 Hope Street
Crook, DL15 9HS
Date of inspection: 21 October 2019
Viceroy Tandoori Takeaway
10 Station Road
Consett, DH8 5RL
Date of inspection: 4 February 2019
Wok Express
9 North Bondgate
Bishop Auckland, DL14 7PG
Date of inspection: 11 June 2018


{{ partial "header.html" . }}
{{ partial "banner-notification.html" . }}Primarily it is for automating web applications for testing purposes, but is certainly not limited to just that.
Boring web-based administration tasks can (and should) also be automated as well.
If you want to create robust, browser-based regression automation suites and tests, scale and distribute scripts across many environments, then you want to use Selenium WebDriver, a collection of language specific bindings to drive a browser - the way it is meant to be driven.
If you want to create quick bug reproduction scripts, create scripts to aid in automation-aided exploratory testing, then you want to use Selenium IDE; a Chrome and Firefox add-on that will do simple record-and-playback of interactions with the browser.
If you want to scale by distributing and running tests on several machines and manage multiple environments from a central point, making it easy to run the tests against a vast combination of browsers/OS, then you want to use Selenium Grid.
{{ .Description }}


Wifi: BDPA-HSCC
pass: bdpa-hscc
http://coding.com:3000
A conditional statement controls the order that statements are executed. A program can have more than one path of execution. The statements in a program will only execute if the condition is true.
Conditions Berta the Robot can test:
frontIsClear();
facingNorth();
facingSouth();
facingEast();
facingWest();
if (condition) {
//statements to be executed if the condition is true
}
Example:
if (facingEast()) {
move();
}
if (condition) {
//statements to execute if condition is true
} else {
//statements to execute if the condition is false
}
Example:
if (facingNorth()) {
move();
} else {
turnLeft();
}
if (condition1) {
//executed if condition1 is true
} else if (condition2) {
//executed if condition1 is
//false and condition2 is true
} else {
//executed if condition1 and
//condition2 are false
Example:
if (facingNorth()) {
move();
} else if (facingEast()) {
turnLeft();
move();
} else {
turnLeft();
turnLeft();
}
A comparison operator compares two values to each other. Expressions like x > y return true or false.
| == | x == y | Is x equal to y? | |
| != | x != y | Is x not equal to y? | |
| > | x > y | Is x greater than y? | |
| < | x < y | Is x less than y? | |
| >= | x >= y | Is x greater than or equal to y? | |
| <= | x <= y | Is x less than or equal to y? |
in Getting Started folder
Define a function named calculateGrade() that has a parameter named score and prints the letter grade to the console. If the score is greater than or equal to 90, the program should print ‘A’. If the score is greater than or equal to 85, print ‘B’. If the score is greater than or equal to 75, print ‘C’. If the score is greater than or equal to 65, print ‘D’. Otherwise, print ‘F’. For example, calculateGrade(80) prints ‘C’.
function calculateGrade(score) {
if (score >= 90) {
console.log('A');
} else if (score >= 85) {
console.log('B');
} else if (score >= 75) {
console.log('C');
} else if (score >= 65) {
console.log('D');
} else {
console.log('F');
}
}
A for loop is used when you know in advance how many times you want to repeat an instruction.
for (initial; condition; step) {
//statements to be repeated
}
Example:
for (i = 0; i < 5; i++) {
console.log(i);
}
Using a for loop, what are the instructions to move the robot three steps?
Commands:
move();
turnLeft();
putGold();
for (i = 0; i < 3; i++) {
move();
}
Write a for loop that prints the numbers 1-10 to the console.
for (i = 1; i < 11; i++) {
console.log(i);
}
Or:
for (i = 1; i <= 10; i++) {
console.log(i);
}
A while loop is more general and is used when you want to execute instructions while some condition is true.
while (condition) {
//statements to be repeated
}
Example:
let i = 0;
while (i < 5) {
console.log(i);
i++;
}
Using the commands and conditions that Berta knows, how would you move the robot three steps using a while loop?
Commands:
move();
turnLeft();
putGold();
Conditions:
frontIsClear();
facingNorth();
facingSouth();
facingEast();
facingWest();
while (frontIsClear()) {
move();
}
Write a while loop that prints the numbers 1-10.
let i = 1;
while(i < 11) {
console.log(i);
i++;
}
Or:
let i = 1;
while(i <= 10) {
console.log(i);
i++;
}
An array is a container that can hold a list of items. Each item in the array is called an element. You can create an array using two brackets.
let arrayName = []
Example:
let names = [];
You can also initialize an array with values. For example:
let names = ["Berta", "Jane", "John"];
Create an array with four song titles and assign it to a variable named songs. Print the array to the console.
Elements in an array are accessed by their index. The index is the position of the element in the array and begins at 0.
arrayName[index]
Example
let names = ["Berta", "Jane", "John"];
The value of names[0] is Berta.
Print to the console the first element and the last element in your array of songs.
arrayName[index] = value
Example:
let names = ["Berta", "Jane", "John"];
names[0] = "Robot";
console.log(names); //displays ["Robot", "Jane", "John"]
Change the value of the second song in your array and print the array to the console.
Array length:
names.length;
Add element to end of array:
names.push(“Berta”);
Remove element from end of array:
names.pop();
Print the length of your songs array. Add a new song title to the end of your songs array. Print the array to the console. Remove the last element from your songs array. Print the array to the console.
for (i = 0; i < names.length; i++) {
console.log(names[i]);
}
Loop through your songs array and print each song to the console.
An object is a container for storing data that has two parts: a key and a value. A key-value pair is called a property. The key is the name of the property and is used to get the value. You can create an empty object with two curly braces.
let person = {};
You can also initialize an object with properties in it.
let person = {
first: "Berta",
last: "the Robot"
};
Create an object named song that contains the title and artist of your favorite song. Print the object to the console.
First method:
objectName.propertyName
Example:
person.first;
Second method:
objectName["propertyName"]
Example:
person["first"];
Print the title from your song object to the console.
First method:
objectName.propertyName = value
Example:
person.first = "Jane";
Second method:
objectName["propertyName"] = value
Example:
person["first"] = "Jane";
Change the value of the title and artist in your song object. Print the object to the console.
First method:
objectName.newPropertyName = value
Example:
person.age = 99;
Second method:
objectName["newPropertyName"] = value
Example:
person["age"] = 99;
Add a genre property to your song object. Print the object to the console.
You use a for-in loop to loop through the properties in an object.
for (propertyName in object) {
console.log(object[propertyName]);
}
Example:
for (key in person) {
console.log(person[key]);
}
You must use bracket notation when accessing property values in the loop.
Loop through your song object and print the value of each property.
Create an array of song objects that have a title, artist, and genre. Then loop through the array and print the value of the title, artist, and genre.
in counter folder
Create a program that displays a number on the screen. The number is increased by one when the plus button is clicked. And the number is decreased by one when the minus button is clicked. The count should not go below 0 or above 10.
const count = document.getElementById('count');
const btnPlus = document.getElementById('btn-plus');
const btnMinus = document.getElementById('btn-minus');
btnPlus.addEventListener('click', function() {
current = parseInt(count.innerText);
if (current < 10) {
current++;
}
count.innerText = current;
});


European Commission president: US auto tariffs not expected
by EndPlayBERLIN (AP) - Outgoing European Commission President Jean-Claude Juncker says he does not think U.S. President Donald Trump will impose new tariffs targeting European automobiles.
The Trump administration has already imposed tariffs that have hit European Union steel, aluminum and agricultural products, and is due to decide next week whether to impose tariffs on Europe's massive automobile exports.
The previous tariffs have already provoked retaliation from the 28-country trade bloc, and auto tariffs could significantly escalate tensions.
The EU and Washington are seeking to conclude a trade agreement by mid-November to defuse the situation.
Juncker told Germany's Sueddeutsche Zeitung newspaper Friday: "Trump will complain a bit, but he will not impose any automobile tariffs."
Without giving specifics, he added: "He will not do it," and told the paper, "You're talking with a fully informed person."


Our policy is short and sweet at this point. And by using our site, you agree to our Terms of Use. Thanks!
If you hit our servers with automated requests in ways which were not intended, you will be banned at our sole discretion. Public APIs are intended methods. If a page on our site is not clearly marked as a public API, it is not an intended method.
You may look at the code for educational purposes; however, if you directly use any part of the front-end or back-end code for your own purposes, you must prominently credit its original source (OpenNeo) on every single web page on which the code is used, or which the code is used to produce. If you make improvements to the code, we appreciate, but do not require, that you submit those improvements to the original codebase.
Attempts to misuse this website are acceptable as long as they are for the sole purpose of improving this website. All security issues must be immediately reported to OpenNeo, and may not be used for any malicious purpose. If you inform someone else of a security hole and he or she abuses it, both of your are considered responsible.
In short: use our website as much as you like, but do no harm. Or you will be punished.


All Classes
Coordinate
Death
Edge
Event
Eventslist
Grid
Individual
LifeEvent
Main
Move
Observation
PEC
Population
ReadXML
Reproduction
ToPrint
Total


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/true_inhabited.html ---
How to prove:
instance true_inhabited : inhabited true := sorry
inhabited.intro trivial
\< trivial \>
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Introduction
The VEAF Mission Creation Tools contains tools and scripts designed to make it easy to create, share and maintain dynamic missions.
It is composed of:
- the VEAF scripts (modules)
- the community scripts, sometimes edited by VEAF
- a mission creation, edition and publication workflow
- tools to support this workflow
- this documentation
Roles
When you have an interest in the VEAF Mission Creation Tools, you may be a mission programmer or a mission maker.
Mission makers want to use the tools to create, share and maintain a mission.
Mission programmers help us maintain and enhance the tools by adding features, correcting bugs, configuring new data.
Please have a look at the Misson Maker documentation.
For those looking for a quick start, read the demo mission page to learn how you can fork the demo repository and create your own mission.
The Misson Programmer documentation details all you need to know about that.
You can contact us, we’ll guide you into our community.
Workflow
All missions that use the VEAF Mission Creation Tools share some base concepts:
- they integrate (some of) the VEAF and community scripts in a load trigger
- they initialize and configure these scripts in another trigger
- they share a few conventions when naming units and groups
This is easier if the mission folder is organized like that:
- src - all the mission source files
- src/mission - the mission definition (the lua files created by the DCS mission editor and originally compressed into a zipped .miz file)
- src/scripts - (optional) the custom scripts used to configure the VEAF modules specifically for this mission
- src/radioSettings.lua - (optional) the radio frequencies that will be injected
- build.cmd - the build script is responsible for creating the .miz file that will contain all the lua definitions, the scripts, the configuration files, etc.
- extract.cmd - this script will extract the lua definition files from a .miz file freshly edited with the DCS mission editor
- package.json - this allows the build and extract scripts to download the latest version of the VEAF Mission Creation Tools
The easiest way to create such a folder is to fork the demo mission provided by us (please read the demo mission page).
When working on the mission, always follow this workflow:
First, create a mission in the DCS mission editor, and save it in the main folder of your mission (alongside the build and extract scripts)
- run the extract script to put all the lua definition files in the src folder
- edit the configuration scripts, the radio presets configuration, update the VEAF Mission Creation Tools, etc.
- run the build script to assemble all the scripts, the configuration files, and the mission into a .miz file; it’ll be generated in the build folder
- edit the .miz file with the DCS mission editor
- -> back to step 1; rinse and repeat.
Questions, feature requests, bug reports
There are several ways of getting in touch with the VEAF:
Hall of fame
- David “Zip” Pierron, VEAF
- Frédéric “Coubystark” Coubard, VEAF
- “Mitch”, VEAF


My final project for Network and Computer Security (6.857) was a security analysis of a popular MIT learning management system. We managed to break into a misconfigured CAT-SOOP instance run by the 6.0001+2, one of the largest classes at MIT, and reveal sensitive data as well as the ability to shut down the website entirely. Click here to read our final paper, which also received the highest score in the class.
As a SuperUROP scholar, I worked with Kyle Keane in the Sinha lab on face recognition systems' abilities to detect faces given various levels of hue shift and directly compared the systems' abilities to those of humans. I presented a poster for the ICLRWorkshop2021, presented a talk on my research at the MIT SuperUROP showcase, and wrote a research article to summarize my work.
My final project for Interactive Music Systems (21M.385) was an application which generated harmonies based on some user recorded audio. I designed the entire user interface as well as the system which records and plays back audio. All development was done in Python and we used the Kivy library for the graphics. The code is on GitHub and a demo video along with some questionable singing can be found here.
I got bored one day and developed a Chrome extension which shows a random XKCD along with its hovertext on every new tab in Chrome. Feel free to use it as well and add it to your browser here!
I competed individually in MIT's web.lab competition over IAP and created a website which gamifies your productivity and allows you to compete against others. I placed fourth overall and learned lots about full-stack development. Unfortunately, Google's authentication only works for secured websites which I can't quite get on Heruko today, but feel free to check out the homepage here! Also feel free to check out here for preview images and code.


MAPLocation
@interface MAPLocation
The MAPLocation
class encapsulates the information about a location.
-
The actual
CLLocation
returned from a CLLocationManager.See
CLLocationSee
CLLocationManager -
The magnetic heading when this location was recorded.
-
The true heading when this location was recorded.
-
The heading accuracy when this location was recorded.
-
The date when this location was recorded.
-
The device motion X value when this location was recorded. This value should be obtained from a
CMDeviceMotion
object returned by aCMMotionManager
.See
CMMotionManagerSee
CMDeviceMotion -
The device motion Y value when this location was recorded. This value should be obtained from a
CMDeviceMotion
object returned by aCMMotionManager
.See
CMMotionManagerSee
CMDeviceMotion -
The device motion Z value when this location was recorded. This value should be obtained from a
CMDeviceMotion
object returned by aCMMotionManager
.See
CMMotionManagerSee
CMDeviceMotion -
The device motion X value when this location was recorded. This value should be obtained from a
CMDeviceMotion
object returned by aCMMotionManager
.See
CMMotionManagerSee
CMDeviceMotion -
The device motion Y value when this location was recorded. This value should be obtained from a
CMDeviceMotion
object returned by aCMMotionManager
.See
CMMotionManagerSee
CMDeviceMotion -
The device motion Z value when this location was recorded. This value should be obtained from a
CMDeviceMotion
object returned by aCMMotionManager
.See
CMMotionManagerSee
CMDeviceMotion
-
Compares this location with another location to see if they are close enough to be considered the same.
Parameters
aLocation
Another location object. @rwturn YES if the locations are in the same place, NO otherwise.
-
Returns the capture date as a string in the UTC format.
Return Value
The string representation of the capture date.


To the extent possible under law, Wei Li has waived all copyright and related or neighboring rights to the DORGE dataset.


{{ taskcount }} errored tasks found for worker {{ taskkey }}!
Reset all tasks with state
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No error state tasks found for worker {{ taskkey }}.
mdi-file-document-box-plusNew document
{{ state }}
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CloseSubmitSpecify API url.
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One-Bowl Chocolate Cake
Ingredients
3/4 cup plus 2 tablespoons whole-wheat pastry flour,1/2 cup granulated sugar
1/3 cup unsweetened cocoa powder
1 teaspoon baking powder
1 teaspoon baking soda
1/4 teaspoon salt
1/2 cup nonfat buttermilk,
1/2 cup packed light brown sugar
1 large egg, lightly beaten
2 tablespoons canola oil
1 teaspoon vanilla extract
1/2 cup hot strong black coffee
Confectioners' sugar, for dusting
Method Preparation
Preheat oven to 350F. Coat a 9-inch round cake pan with cooking spray. Line the pan with a circle of wax paper. Whisk flour, granulated sugar, cocoa, baking powder, baking soda and salt in a large bowl. Add buttermilk, brown sugar, egg, oil and vanilla. Beat with an electric mixer on medium speed for 2 minutes. Add hot coffee and beat to blend. (The batter will be quite thin.) Pour the batter into the prepared pan. Bake the cake until a skewer inserted in the center comes out clean, 30 to 35 minutes. Cool in the pan on a wire rack for 10 minutes; remove from the pan, peel off the wax paper and let cool completely. Dust the top with confectioners sugar before slicing.


We're sorry! Our servers encountered an Error.
We aren't really sure what is happening here either...


Northern Illinois University
College of Business
- August 2015 - Present
- Bachelor of Science in Operations Management and Information Systems
- Minor in Data Analytics
- Recipient of the Northern Academic Scholarship
- Recipient of the Marian E. Millington Scholarship for the Advancement of Women in Information Technology


Look at the JS code. This time we created multiple objects using an ES6 class named Hero.
Make Star Wars heroes speak!


WITNESS LIST Education Committee April 22, 2004 - 9:00A Administrative Efficiency ON: Hammond, Bill (Tx Assoc of Business), Austin, TX Jolly, Mike (Round Rock ISD), Round Rock, TX West, Steve (Allen ISD), Allen, TX Best Practices ON: Rutherford, Dr. Jean (National Center for Educational Accountability), Austin, TX Stevens, John (Texas Business & Education Coalition), Austin, TX Vaughn, Sharon (Self), Austin, TX Registering, but not testifying: On: Hudson, Michael (National Center for Educational Accountability), Austin, TX College Readiness ON: Bacon, Carolyn (O'Donnell Foundation), Dallas, TX Bruni, Syhra (Laredo ISD), Laredo, TX Patterson, Chris (Texas Public Policy Foundation), San Antonio, TX Rodriguez, Rosaura (Laredo ISD), Laredo, TX Registering, but not testifying: On: Silva, Belinda (Laredo Independent School District), Laredo, TX Incentives ON: Collins, Robby (Dallas ISD-Dr. Mike Moses), Dallas, TX Gregg, Brock (ATPE), Austin, TX Kress, Sandy (Self), Austin, TX McCown, Judge F. Scott (Center for Public Policy Priorities), Austin, TX McCraw, Ken (TASA/TASB, Lamesa ISD, Coalition to Invest in TX Schools), Lamesa, TX Olivarez, Ruben (Texas School Alliance/San Antonio ISD), San Antonio, TX Stevens, John (Texas Business & Education Coalition), Austin, TX Public Testimony on Panel Discussions FOR: Colbert, Paul (El Paso ISD), Houston, TX AGAINST: Kelly, Jack (Texas State Teachers Association), Austin, TX ON: Hart, Dan (Self/Taxpayers for Equal Appraisal), Houston, TX Hartman, Eric (Texas Federation of Teachers), Austin, TX Hollingsworth, Lonnie (Texas Classroom Teachers Assn.), Austin, TX School Finance Distribution ON: Boyd, Jeff (Self), Austin, TX Parks, Ursula (Legislative Budget Board), Austin, TX Taylor, Lori (Self), College Station, TX Wisnoski, Joe (Texas Education Agency), Austin, TX


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Lucy
A few of Lucy's favorite things:
Her sister, Dahlia
stealing other dog's toys
hiking/running/swimming/exercise
stealing people treats whenever nobody is looking
Return
Home


I am a passionate full stack developer with 7 years background in mining industry, mainly specialized in MERN Stack and .NET Core.
I am very reliabe and consistent, also good at working under time pressure, seeking a full-time position in the field of Web / Mobile app Development.
E-commerce Project with MERN(React / Node.js) Stack
.NET Core E-Commerce Microservices with EventBus : rabbitMQ, SQL/MongoDB/Redis, Docker/Kubernetes, AWS ECS/FARGATE.
NFC Tech based RFID App for Security company collaboration project.
Real-time Job search stream App.
Real-time stream App for Melbourne CBD Parking.
Skin-care, Cosmetic E-commerce App, Collaborated with UX designer.
Apart from being a web developer, I enjoy reading and listening to audio books.
I spend a large amount of my free time exploring the latest technology advancements in the front-end web development world.


-
2018-02-28 08:32:54
New version 2.90v - further mobile design improvements and group objects
Hi,
- Objects group model. Can be used in extensions to have custom permissions.
- Further mobile improvements.
For update just follow standard update procedure For manual update it's update_165.sql
-
2018-02-25 14:54:01
New version 2.89v - mobile design improvements
Hi,
- Option to have persistent files. So they won't be deleted during files maintenance procedure.
- More slick mobile layout.
- Various other fixes on mobile layout and consistency improvements.
For update just follow standard update procedure For manual update it's update_164.sql
P.s Automated hosting also was updated. You can find screenshot of mobile layout in full article.
-
2018-02-16 14:05:07
New version 2.88v - chat duration calculation improvements
Hi,
- Chat now have chat start time, it's different time than chat creation time. It may be different if chat is closed and later reopened by visitor. This situation can happen also with telegram chats and facebook chats. This change will allow us to have correct chat wait time based on time then chat became pending.
- Changed chat duration algorithm. Now chat duration will be based not on first and last message times. But on intervals between messages. You can also set timeouts. there will be option to set two timeouts. In chat configuration -> Misc. At the bottom.
- Timeout how long visitor can wait for a operator message before time between messages are exclude.
- Timeout how long operator can wait for a visitor message before time between messages are exclude.
- More emoji conversion from text. Supported are :), :D:, :D, :(, :o:, :o, :p:, :p, ;), ;(, :x, :*, ;*, :/
- Fixed duplicate messages on window focus. Seems in rare cases then window was focused customer could receive same message twice if there was any pending message from operator.
- There is new chart in statistic secion which tells average chat's per hour. Previously it just summarized total number of chats per hour. Now it divides this number by chosen interval to have average.
For update just follow standard update procedure For manual update it's update_163.sql
P.s Automated hosting also was updatd :)
-
2018-02-14 11:44:29
New version 2.87v - Chat subjects
Hi,
- Subjects for chats.
- Standard widget/Proactive invitation will be submitted using XHR request. This will avoid record in browser history.
- FAQ, Questionry, Chatbox widget improvement toa void error in "messages"
- Emoji icons for chats.
- Search in chat list by user group or department group.
- Statistic by week.
- Sync offline/online icon in cross window environment. Child window will detect activity and report to parent window to avoid false positive for inactivity.
- Footprint cleanup algorithm change for high load environment.
- Bigger font size on mobile devices so scaling of widget won't be triggered.
- Search by subject is not yet supported will be added in the upcoming releases.
For update just follow standard update procedure For manual update it's update_162.sql
-
2018-02-05 08:15:58
New version 2.86v - read only departments
Hi,
- Option to allow read only chats. In user account editing window you can choose what type of assignment it should be. Read only or write also.
- https://github.com/LiveHelperChat/livehelperchat/issues/1175
- https://github.com/LiveHelperChat/livehelperchat/issues/1174
For update just follow standard update procedure For manual update it's update_161.sql
Page 2 of 59, Found - 292


When purchasing FindHouse from Codecanyon, you will be able to download FindHouse files with your Envato account. There will be two packages for you to choose: The Main Files contains all files, or the Installable FindHouse files with just necessary installable FindHouse files.
If you choose Main Files, there will be an FindHouse Folder included:
- FindHouse Folder – contains the FindHouse.zip
- Documentation Folder – contains the Document for system
- Licensing Folder – contains the licensing files. (This is not your purchase code that you need to download from codecanyon).
To find your licence key/purchase code you need to log into your Codecanyon account and go to your “Downloads” page.
Locate some of the premium Script you purchased in your “Downloads” list and click on the Download and next on the “License Certificate&purchase code” link in drop-down menu.


Using the paramiko library for an authenticated SSH2 shell in Python
https://github.com/paramiko/paramiko/tree/master
There are also other default examples in the paramiko repo on github
This section is taken from http://resources.infosecinstitute.com


Vijayawada man throws niece from third floor, held
‘Accused had an argument with his brother and sister-in-law’
by Staff ReporterA six-year-old is being treated for severe injuries at a hospital after she was thrown from the third floor of the building by her uncle who was in an inebriated condition, at Vambay Colony under Nunna police station limits. The accused has been arrested and would be produced before a court.
The incident took place late on Sunday night when the accused Kondaraju Krishna, a mason, was having a heated argument with his elder brother Kondaraju Yesubabu and his wife Kondaraju Sridevi.
“Krishna who came home drunk for dinner drew the ire of Sridevi for dirtying the house which was just then cleaned. Sridevi questioned Krishna for his behaviour and later it escalated into a heated argument between the couple and the accused,” Nunna inspector M. Prabhakar said.
“In a fit of rage, Krishna grabbed Sridevi’s elder daughter Janaki and threw her from the balcony of their flat located in the third floor of the block in the housing colony,” he added. The accused was booked for attempt to murder and outraging modesty of woman under Sections 307 and 509 of IPC.
Krishna has been arrested and the girl, who received injuries to the head and other body parts, is out of danger, he added.


This page lists resources that are meant to help you get stuff done easily in the WebSpecs
project. It is being expanded regularly.
- Discussing features and specifications
-
Easily find out what is the best place at which to discuss a specific aspect that you have in
mind.
- Creating WebSpecs
-
You want to jump in and actually write some text, either from scratch or as a modification to
someone else’s work. The details are on this page.
- Bikeshed — the syntax of WebSpecs
-
WebSpecs are written using a Markdown flavour known as “Bikeshed” that happens to have a lot
of tricks up its sleeve that comes in handy when producing a specification. There’s a lot that
can be known about Bikeshed, but you don’t need to learn more than the very basics in order
to get started — and the rest ought to come easy.


Gauss's law for magnetism can be expressed as :
$$ \nabla \cdot \mathbf{B} = 0$$
Where $\nabla$ is the divergence operator.
Geometrically, the divergence of a field is represented by the net number of field lines moving in or out of a volume element.
Gauss's law states that magnetic field lines do not have a beginning or ending but they form loops or extend to infinity.
Come on give me some idea


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Scrobbling is Off
Authenticate with Last.fm


Instance Constructors
-
new
ScalateConfluenceLanguage
()
Value Members
-
def
!=
(arg0: AnyRef): Boolean
-
def
!=
(arg0: Any): Boolean
-
def
##
(): Int
-
def
==
(arg0: AnyRef): Boolean
-
def
==
(arg0: Any): Boolean
-
def
addBlockExtensions
(arg0: List[Block], arg1: List[Block]): Unit
-
def
addPhraseModifierExtensions
(arg0: PatternBasedSyntax): Unit
-
def
addStandardBlocks
(blocks: List[Block], paragraphBreakingBlocks: List[Block]): Unit
-
def
addStandardPhraseModifiers
(arg0: PatternBasedSyntax): Unit
-
def
addStandardTokens
(arg0: PatternBasedSyntax): Unit
-
def
addTokenExtensions
(arg0: PatternBasedSyntax): Unit
-
def
asInstanceOf
[T0]
: T0
-
def
clearLanguageSyntax
(): Unit
-
def
clone
(): MarkupLanguage
-
def
configure
(arg0: MarkupLanguageConfiguration): Unit
-
def
createParagraphBlock
(): Block
-
def
createState
(): ContentState
-
def
emitMarkupLine
(arg0: MarkupParser, arg1: ContentState, arg2: String, arg3: Int): Unit
-
def
emitMarkupLine
(arg0: MarkupParser, arg1: ContentState, arg2: Int, arg3: String, arg4: Int): Unit
-
def
emitMarkupText
(arg0: MarkupParser, arg1: ContentState, arg2: String): Unit
-
def
eq
(arg0: AnyRef): Boolean
-
def
equals
(arg0: Any): Boolean
-
def
finalize
(): Unit
-
def
getBlocks
(): List[Block]
-
def
getClass
(): java.lang.Class[_]
-
def
getExtendsLanguage
(): String
-
def
getIdGenerationStrategy
(): IdGenerationStrategy
-
def
getInternalLinkPattern
(): String
-
def
getName
(): String
-
def
getNestedBlocks
(): List[Block]
-
def
getParagraphBreakingBlocks
(): List[Block]
-
def
getPhraseModifierSyntax
(): PatternBasedSyntax
-
def
getReplacementTokenSyntax
(): PatternBasedSyntax
-
def
hashCode
(): Int
-
def
initializeBlocks
(): Unit
-
def
initializePhraseModifiers
(): Unit
-
def
initializeSyntax
(): Unit
-
def
initializeTokens
(): Unit
-
def
isBlocksOnly
(): Boolean
-
def
isDetectingRawHyperlinks
(): Boolean
-
def
isEmptyLine
(arg0: String): Boolean
-
def
isEnableMacros
(): Boolean
-
def
isFilterGenerativeContents
(): Boolean
-
def
isInstanceOf
[T0]
: Boolean
-
def
ne
(arg0: AnyRef): Boolean
-
def
notify
(): Unit
-
def
notifyAll
(): Unit
-
def
processContent
(arg0: MarkupParser, arg1: String, arg2: Boolean): Unit
-
def
setBlocksOnly
(arg0: Boolean): Unit
-
def
setEnableMacros
(arg0: Boolean): Unit
-
def
setExtendsLanguage
(arg0: String): Unit
-
def
setFilterGenerativeContents
(arg0: Boolean): Unit
-
def
setInternalLinkPattern
(arg0: String): Unit
-
def
setName
(arg0: String): Unit
-
def
startBlock
(arg0: String, arg1: Int): Block
-
def
synchronized
[T0]
(arg0: ⇒ T0): T0
-
def
toString
(): String
-
def
wait
(): Unit
-
def
wait
(arg0: Long, arg1: Int): Unit
-
def
wait
(arg0: Long): Unit
Inherited from ConfluenceLanguage
Inherited from AbstractMarkupLanguage
Inherited from MarkupLanguage
Inherited from Cloneable
Inherited from AnyRef
Inherited from Any
Adds extensions to the Confluence language such as support for a 'pygmentize' macro
The pygmentize macro will use the pygmentize command line tool to syntax highlight the code within the block


You've accessed this game through a Game Jolt Partner link! A percentage of this sale will go to %{ user }.
Learn more about the Game Jolt Partner system.
Show %{ developer } some love by supporting them!
This developer suggests paying %{ amount }, but you're able to pay what you want!
The developer has set the price of this game to %{ amount }, but you're able to support them by giving more!


| Property |
Description |
Data Type |
Required/Optional |
| enrichment_method |
Method used for enriching for mRNA
|
<string>
- PolyA capture
- Transcriptome capture
- Ribo minus
|
required
|
| enrichment_vendor_kit |
Vendor for the bait set used for enrichment, e.g. Twist, Agilent, IDT
|
<string>
- Agilent
- Twist
- IDT
- NEB
- Illumina - TruSeq Stranded PolyA mRNA
|
optional
|
| stranded_library |
Is the RNAseq library stranded or not
|
<boolean>
|
optional
|
| library_type |
The type of RNAseq library generated
|
<string>
- ff-firststrand
- ff-secondstrand
- ff-unstranded
- fr-firststrand
- fr-secondstrand
- fr-unstranded
- transfrags
|
optional
|
| records |
|
<array>
|
required
|


Hazorim.com - Black Friday Sale – 40% Off all Silver Menorahs!
Hazorfim launches its Black Friday sale, offering up to 40% off.
by Sponsored ContentHazorfim has launched their Annual Black Friday Sale, with HUGE savings on their entire Silver Judaica Collection. This week only, the Hazorfim Black Friday Sale is your chance to save up to 40% Off Sitewide, with 40% Off the Entire Silver Menorah Collection!
Order your Silver Menorah today and have it in time for Chanukah! Hazorfim’s World Famous Menorahs come in a variety of styles. Choose between Classic Silver Menorahs or Modern Silver Menorahs!
The Black Friday Sale is the perfect opportunity to stock up on gifts for the family and upcoming Simchas. Make sure to check out all of the amazing deals on Hazorfim’s bestselling items:
HUMBLE ORIGINS
The story of Hazorfim is a remarkable and yet familiar tale: A young immigrant, persecuted in his country of origin, set out to build a new life in a new land. This was the story of Yosef Merdinger, who in 1949, arrived in Israel with little more than his toolbox and the shirt on his back. Inspired by the spirit of silver and his respect for the heritage and tradition of the silversmiths, Yosef's bold vision was to preserve the art of hand-crafting pure silver pieces and Judaica.
FRIENDS REUNITED
In 1952, Hazorfim was born. Yosef, an already accomplished Silversmith, teamed up with two childhood friends Wilhelm Kerner and Michael Steinmetz. During these early days, the kitchen in one of their family homes doubled as a workshop, where the three friends perfected their skills recreating classic European designs of beauty and elegance.
When the company had grown sufficiently, Hazorfim moved their creative center to a small facility in Tel-Aviv. Here the partners gathered an elite group of silver artisans selected for their creativity, skill, expertise, and uncompromising standards.
NEXT GENERATION
Yosef's son Yakov was given the freedom and encouragement to explore his fatherworkshop and aged just eight he started working at Hazorfim during school vacations. Even at this young age it was apparent that Yakov shared both his fathertalent and his love for the art of hand-crafting silver. By the age of thirteen Yakov was independently designing and bringing to life pieces which are now considered classic examples of the Hazorfim brand.
HAZORFIM TODAY
From its humble origins Hazorfim has designed and created unique, pure silver artworks, growing in reputation to become both the largest silver plant in the world and the standard bearer for silversmiths around the globe. Now as always, Hazorfim combines traditional techniques with innovation to fashion beautiful, hand-crafted Judaica silver pieces which bring style, beauty and tradition to any home. Hazorfim’s master craftsmen imagine and create flawless pieces of ceremonial Jewish art crafted from pure silver, each item preserving the ancient spirit and the art of silver for all generations to come.


april 28 - 30, 2016
Greenville, SC
What is Grok?
Grok is an event unlike any other. It's a gathering of creative people who want to connect with their peers and discuss the most pressing issues of our day. It's a call for everyone who is tired of events where passive attendees sit for hours at a time and listen to speakers on stage. GROK is an event for active learning and sharing and where every voice truly matters. Instead of listening to speakers, GROK is built around group discussions called 10/20s.
What are 10/20s?
10/20s are mediated discussions between about a dozen participants. Any participant in a 10/20 can propose a topic for discussion. You can talk about software, your work environment, your personal challenges -- anything that's on your mind. After 10 minutes of conversation, the session leader can choose to close the topic and ask for another. If the conversation is particularly interesting, the session leader can extend the clock for another 10 minutes, hence the name, "10/20s."


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This package contains a library that aids in building and querying indexes on top of HBase, in Google App Engine datastore-style. This basically means querying by range-scanning on specifically constructed index tables.
The goal of this library is to hide the details of playing with HBase's byte[] row keys to construct indexes (using the Orderly library under the hood) and to hide the complexity of how queries are performed on indexes. Actually pushing data towards the index is not handled by this package.
Each index corresponds to one HBase table.
The definition of an index is stored as json in a property LILY_INDEX in the HBase table descriptor (you can see this e.g. in the HBase web ui).
IndexManager indexManager = new IndexManager(hbaseConf); IndexDefinition indexDef = new IndexDefinition("myindex"); StringIndexFieldDefinition stringField = indexDef.addStringField("myStringField"); // you can call methods on the stringField object to set further options on the field indexDef.addIntegerField("myIntField"); Index index = indexManager.getIndex(indexDef);
Once created, the structure of an index cannot be changed.
IndexManager indexManager = new IndexManager(hbaseConf); Index index = indexManager.getIndex("myindex"); // Add many entries like this IndexEntry entry = new IndexEntry(index); entry.addField("myStringField", "foobar"); entry.addField("myIntField", 55); entry.setIdentifier(Bytes.toBytes("identifier")); index.addEntry(entry); // The 'identifier' above is whatever you like as identifier for the // indexed object -- usually a row key in some other HBase table. // You can remove entries by calling removeEntry with the // same values and identifier. Updating consists of deleting // and re-adding.
IndexManager indexManager = new IndexManager(hbaseConf); Index index = indexManager.getIndex("myindex"); Query query = new Query(); query.addEqualsCondition("myStringField", "foobar"); query.setRangeCondition("myIntField", 50, 60); QueryResult result = index.performQuery(query); byte[] identifier; while ((identifier = result.next()) != null) { System.out.println(Bytes.toString(rowkey)); }
You need to fill the query objects with equals conditions and optionally one range condition. You need to use the fields in the index from left to right, and only on the rightmost used field a range condition can be used.
Range conditions by default have inclusive bounds ('greater than or equals' and 'less than or equals'), but as you can find in the API exclusive bounds are also possible.
If you build up your queries such that each identifier in the result is unique, then you can merge results from multiple indexes as an "AND" or "OR" operation.
This is done by using the classes Conjunction or Disjunction.
The way it works is that you build up your two queries and obtain their results, and then supply them to a conjunction:
QueryResult result1 = index.performQuery(query1); QueryResult result2 = index.performQuery(query2); Conjunction conjunction = new Conjunction(result1, result2); // Conjunction also implements the QueryResult interface, so // it is used in the same way byte[] identifier; while ((identifier = conjunction.next()) != null) { System.out.println(Bytes.toString(rowkey)); }
If you want to combine more than two indexes, you could nest multiple Conjunctions.
Indexing and querying on null values is supported.
This works because the row keys support encoding null values.
Note that you could create an index with "key" and "value" fields to create a more generic index, a bit like you would create a key-value table in a SQL database.
In this case, using a Conjunction with queryresults from the same table can be useful.
NOT queries can be handled manually by combining two range queries.


Thanks for using The Ark PHP Framework. Now it has been working! Getting started or learn more details，Please see https://github.com/arkproject/arkphp .
enjoy :)


1.3 Command-Line Options
python [option*]
[ scriptfilename | -c command | - ] [arg*]
1.3.1 Python Options
- -d
-
Turn on parser debugging output (for developers of the Python core).
- -i
-
Enter interactive mode after executing a script or command, without
reading the PYTHONSTARTUP file. Useful for postmortem debugging.
- -O
-
Optimize generated byte-code (create and use
.pyo byte-code files). Currently yields a minor
performance improvement.
- -OO
-
Like -O, but also removes docstrings from
byte-code.
- -S
-
Don't imply "import site" on initialization.
- -t
-
Issue warnings about inconsistent tab usage (-tt
issues error instead).
- -u
-
Force stdout and stderr to be unbuffered and binary.
- -U
-
Unicode literals: 'xxx' treated like
u'xxx' (highly experimental in 2.1.1).
- -v
-
Print a message each time a module is initialized, showing the place
from which it is loaded; repeat this flag for more verbose output.
- -x
-
Skip first line of source, allowing use of non-Unix forms of
#!cmd.
- -h
-
Print help message and exit.
- -V
-
Print Python version number and exit.
- -W arg
-
Warning control; arg is
action:message:category:module:lineno.
See warnings module documentation, new in 2.1, in
the Python Library Reference (http://www.python.org/doc/).
1.3.2 Program Specification
- scriptfilename
-
The name of a Python scriptfile to execute; the main, topmost file of
a program, made available in sys.argv[0].
- -c command
-
Specifies a Python command (as a string) to execute;
sys.argv[0] is set to -c.
- -
-
Read Python commands from stdin (the default); enter interactive mode
if stdin is a tty.
- arg*
-
Anything else on the command line is passed to the scriptfile or
command (and appears in the built-in list of strings
sys.argv[1:]).
If no scriptfilename or
command is given, Python enters
interactive mode, reading commands from stdin (and uses GNU readline,
if installed, for input).
Besides traditional command lines, Python programs can also generally
be started by clicking on their filenames in a file explorer GUI, by
calling functions in the Python/C API, by using program launch menu
options in IDEs such as IDLE and Komodo, and so on.
|


10 June 2011 - The Ministry of Health (MoH) of the Kingdom of Cambodia has announced a confirmed case of human infection with avian influenza A (H5N1) virus.
The case was a 7 year old female from Prasat village, Prasat commune, Kampong Trabek district, Prey Veng Province. She developed symptoms on 24 May, was initially treated by local private practitioners with no effect and was later admitted to Kantha Bopha Children Hospital on 31 May. She died on 7 June, seven days after admission.
 The female is the sixteenth person in Cambodia to become infected with the H5N1 virus and the fourteenth to die from complications of the disease. All six cases of H5N1 infections in humans in Cambodia this year have been fatal.
The National and local Rapid Response Team (RRT) is conducting outbreak investigation and response following the national protocol.


When you are working with many connected devices updating the software on them can be tedious. Sometimes sensors are in hard to reach locations and having to get to all of them to update a little bit of code can be a nightmare. Resin.io has a solutions for this. They have made it quick and easy to update the code running on all your connected linux devices. This is very useful for Raspberry Pi based sensors.
Here we’ll explain how we used Resin.io to get code running on our devices publishes to our OpenSensors topic.
Getting Started
Firstly we checked out the Resin getting started guide found here:
http://docs.resin.io/#/pages/gettingStarted.md
We needed to reformat the SD before we got it to boot properly.
Following the instructions on the getting started guide we pushed the node.js text2speech project they suggested. We were surprised at how easy it made getting code running on your PI.
The next step was to push some python code and get it running. We used a barebones hello world python script with the required docker file which we found here:
https://github.com/alexandrosm/hello-python
That too was easy to get working.
Communicating with OpenSensors
To get the extra packages needed to communicate with OpenSensors we added some lines to the docker file:
RUN apt-get install -y python-pip RUN pip install paho-mqtt
the -y was needed to select the yes option on the pip install.
Then we added some code that uses the paho-mqtt library in the python script
You can check it out here
https://github.com/louischaman/Resin_HelloOSIO
You’ll have to change the username and device ID and password to get it working.
It created the image uploaded it and started running without a hitch. We could see that it was working because the messages were appearing on the OpenSensors online dashboard for my topic. Resin.io is a great product that solves a very real problem in a clever way, I will be adding it to my toolkit.
Does this help you solve a problem you’ve been having with your connected sensors? If so get contact and let us know what you are up to on hello@opensensors.io


measures 1-3: "Celebra il vilanel con balli e canti del felice raccolto il bel piacere"
measures 4-6
measures 7-11
measures 11-13
Measures 14-16
Measures 17-19
Measures 20-23
Measures 24-27
measures 27-29
measures 30-32
Measures 32-39: "E del liquor di Bacco accesi . . ."
measure 39
Measures 39-40
measure 40
Measures 41-56


I’m a fairly regular guy. A man’s man. A pickle jar opener. They'll sometimes open when I just look at em. Can’t really come down the condiment isle without causing a terrible mess.
I’ve always thought of myself as a well-natured glass of orange juice. I enjoy music, science, politics, sitting down, puns, true-crime mysteries, standing up, Rick and Morty, ballroom dancing, paper folding and magic like most people.
“It is a truth universally acknowledged that a zombie in possession of brains must be in want of more brains.” ~Seth Grahame-Smith


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DropDown Menu


Before Change
from lingpy import *
rcParams["debug"]=True
wl = Wordlist("pad_data_qlc.qlc")
wl.tokenize("pad_orthography_profile")
After Change
infile = codecs.open("pad_data_qlc.qlc", "r", "utf-8")
header = infile.readline() // skip pad header
t = Tokenizer("pad_orthography_profile")
print()
print("ID"+"\t"+"ORIGINAL"+"\t"+"RULES")
for line in infile:
line = line.strip()
tokens = line.split("\t")
id = tokens[0]
counterpart = tokens[2]
grapheme_clusters =t.grapheme_clusters(counterpart)
rules = t.rules(grapheme_clusters)
print(id+"\t"+counterpart+"\t"+rules)
// this tokenize does not work because of the way the orthography rules are currently written, i.e.


Browse repos to view coverage or get a token to post coverage.
{{else}} {{/if}}
curl -F<EMAIL_ADDRESS>"https://cvr.vokal.io/coverage?token=:TOKEN&commit=:COMMIT_HASH&coveragetype=:COVERAGE_TYPE&removepath=:REMOVE_PATH"
COMMIT_HASH="$(git rev-parse HEAD)"
This script can be used to work with Travis, which doesn't make the token available on pull requests. This includes getting the repo name and owner from Travis, but they can be hardcoded as well.
#!/bin/bash
# Required Travis config:
# - Add the repo token in the variable CVR_TOKEN as a secure property in the Travis configuration
# - LCOV_OUTPUT below must be the file path to the coverage output
if [[ "$TRAVIS_PULL_REQUEST" == "false" ]]; then
# Upload the non-PR coverage to cvr.vokal.io
curl -F coverage=@"${LCOV_OUTPUT}" \
"https://cvr.vokal.io/coverage?token=${CVR_TOKEN}&commit=${TRAVIS_COMMIT}&removepath=${TRAVIS_BUILD_DIR}"
# Exit successfully (so that the pull-request type uploading doesn't happen).
exit 0
fi
# For PRs, we have to do some more fiddling to get the proper commit hash ($TRAVIS_COMMIT is the hash of a merge
# that Travis makes, not the hash of the last commit in the PR)...
LAST_PR_COMMIT="${TRAVIS_COMMIT_RANGE##*...}"
# ... and we have to split the repo slug to get repo owner and name.
REPO_OWNER="${TRAVIS_REPO_SLUG%%/*}"
REPO_NAME="${TRAVIS_REPO_SLUG##*/}"
# Let's put those into a URL query string fragment, to make the lines in this script shorter.
GIT_PARAMS="commit=${LAST_PR_COMMIT}&owner=${REPO_OWNER}&repo=${REPO_NAME}"
# Do the actual upload of PR coverage to cvr.vokal.io.
URL="https://cvr.vokal.io/coverage?${GIT_PARAMS}&removepath=${TRAVIS_BUILD_DIR}"
curl -F coverage=@"${LCOV_OUTPUT}" "${URL}"


License
Apache License
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<http://www.apache.org/licenses/>
Terms and Conditions for use, reproduction, and distribution
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“You” (or “Your”) shall mean an individual or Legal Entity exercising permissions granted by this License.
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“Object” form shall mean any form resulting from mechanical transformation or translation of a Source form, including but not limited to compiled object code, generated documentation, and conversions to other media types.
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Uses of Package
org.apache.qpid.protonj2.client.impl
Package
Description
-
-
-
ClassDescriptionA
Connection
implementation that uses the Proton engine for AMQP protocol support.Abstract type that implements some of the common portions of a delivery wrapper type.Client inbound delivery object.Client internal implementation of a DeliveryState type.Client definedAccepted
delivery state definitionClient definedReleased
delivery state definitionContainer ofConnection
instances that are all created with the same container parent and therefore share the same container Id.Base type used by client resources that represent an AMQP link type.Client providedAdvancedMessage
implementation that is used when sending messages from aClientSender
or when decoding an AMQP Transfer for which all frames have arrived.Base class for client link types that wrap a proton receiver to provide delivery dispatch in some manner.Encapsulates the AMQP Redirect MapProton based AMQP SenderBase type for all the proton client sender types which provides a few extra APIs for the connection and session to use when managing senders.Client implementation of the Session API.AStreamDelivery
implementation that provides the mechanics of reading message types from an incoming split framed transfer.Client implementation of aStreamReceiver
.Streamed message delivery context used to request reads of possible split framedTransfer
payload's that comprise a single large overall message.Client implementation of aStreamSender
.Base type used to provide some common plumbing for Tracker types -


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inputComponent Tests
html5 input types should bring up proper device keyboard
mobi input type is number no converter
mobi input type is number with converter
ActionListener for buttons will change following field to reflect which button was pressed
RESULTS
mumber F
number F2
index page


WELCOME
This Is Ahmad Mamdouh Al-Habrawi Website
summary of Ahmad Mamdouh
- I'm studied electrical engineering for 5 years.
- I am a Syrian man, but I was born in Zarqa, Jordan
- I was a student council member and for two-year and member of leading project club.
- Now I am studying building coding at LTUC and I hope to be professional website developer.
- I worked as a volunteer at the kids club.
- I'm help my father in his work where he owen library .
- I wish make my own company
- I love to read books and learn more about our history, culture, knowledge and Religious sciences.


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LiteNetLib
Lite reliable UDP library for .NET Framework 3.5, Mono, .NET Core 2.0, .NET Standard 2.0.
Features
- Lightweight
- Small CPU and RAM usage
- Small packet size overhead ( 1 byte for unreliable, 3 bytes for reliable packets )
- Simple connection handling
- Peer to peer connections
- Helper classes for sending and reading messages
- Multiple data channels
- Different send mechanics
- Reliable with order
- Reliable without order
- Reliable sequenced (realiable only last packet)
- Ordered but unreliable with duplication prevention
- Simple UDP packets without order and reliability
- Fast packet serializer (Usage manual)
- Automatic small packets merging
- Automatic fragmentation of reliable packets
- Automatic MTU detection
- UDP NAT hole punching
- NTP time requests
- Packet loss and latency simulation
- IPv6 support (dual mode)
- Connection statisitcs (need DEBUG or STATS_ENABLED flag)
- Multicasting (for discovering hosts in local network)
- Unity support
- Supported platforms:
- Windows/Mac/Linux (.NET Framework, Mono, .NET Core)
- Android (Unity)
- iOS (Unity)
- UWP Windows 10 including phones
- Lumin OS (Magic Leap)
Unity notes!!!
- Always use library sources instead of precompiled DLL files ( because there are platform specific #ifdefs and workarounds for unity bugs )
Usage samples
Client
EventBasedNetListener listener = new EventBasedNetListener();
NetManager client = new NetManager(listener);
client.Start();
client.Connect("localhost" /* host ip or name */, 9050 /* port */, "SomeConnectionKey" /* text key or NetDataWriter */);
listener.NetworkReceiveEvent += (fromPeer, dataReader, deliveryMethod) =>
{
Console.WriteLine("We got: {0}", dataReader.GetString(100 /* max length of string */));
dataReader.Recycle();
};
while (!Console.KeyAvailable)
{
client.PollEvents();
Thread.Sleep(15);
}
client.Stop();
Server
EventBasedNetListener listener = new EventBasedNetListener();
NetManager server = new NetManager(listener);
server.Start(9050 /* port */);
listener.ConnectionRequestEvent += request =>
{
if(server.PeersCount < 10 /* max connections */)
request.AcceptIfKey("SomeConnectionKey");
else
request.Reject();
};
listener.PeerConnectedEvent += peer =>
{
Console.WriteLine("We got connection: {0}", peer.EndPoint); // Show peer ip
NetDataWriter writer = new NetDataWriter(); // Create writer class
writer.Put("Hello client!"); // Put some string
peer.Send(writer, DeliveryMethod.ReliableOrdered); // Send with reliability
};
while (!Console.KeyAvailable)
{
server.PollEvents();
Thread.Sleep(15);
}
server.Stop();
NetManager settings description
- UnconnectedMessagesEnabled
- enable messages receiving without connection. (with SendUnconnectedMessage method)
- default value: false
- NatPunchEnabled
- enable NAT punch messages
- default value: false
- UpdateTime
- library logic update (and send) period in milliseconds
- default value: 15 msec.
- PingInterval
- Interval for latency detection and checking connection
- default value: 1000 msec.
- DisconnectTimeout
- if client or server doesn't receive any packet from remote peer during this time then connection will be closed
- (including library internal keepalive packets)
- default value: 5000 msec.
- SimulatePacketLoss
- simulate packet loss by dropping random amout of packets. (Works only in DEBUG mode)
- default value: false
- SimulateLatency
- simulate latency by holding packets for random time. (Works only in DEBUG mode)
- default value: false
- SimulationPacketLossChance
- chance of packet loss when simulation enabled. value in percents.
- default value: 10 (%)
- SimulationMinLatency
- minimum simulated latency
- default value: 30 msec
- SimulationMaxLatency
- maximum simulated latency
- default value: 100 msec
- BroadcastEnabled
- Allows receive Broadcast packets
- default value: false
- ReconnectDelay
- delay betwen connection attempts
- default value: 500 msec
- MaxConnectAttempts
- maximum connection attempts before client stops and call disconnect event.
- default value: 10
- UnsyncedEvents
- Experimental feature. Events automatically will be called without PollEvents method from another thread
- default value: false


| Paths |
|---|
i plan on learning to code well. let's see how it goes.
i'm starting with:
| pros | cons |
|---|---|
| good career | uphill battle |
| like-minded people | smarter people |
| introverts | introverts |
i have just brainstormed a plan with my mother about how to approach the near future.
Right here is a diagram to show my paths
| Programming Path | CNA Path |
|---|---|
| HTML/CSS | CNA Training |
| Java,JavaScript,Python, English | Certificate |
| Certificate | Part-Time Job |
live, love, learn


{% extends 'layout.html' %} {% set pageHeading = "Landing page" %} {% block pageTitle %} {{pageHeading}} | {{serviceName}} {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
This prototype is built with the NHS Prototype Kit.
Start using the prototype, to see the screens designed.
{{ button({ "text": "Start the prototype", "href": "start" }) }}This prototype is to quickly produce design concepts. It is not production code. However, it should use standard components which can be found in the NHS digital service manual.
There is also an example page, which contains a selection of NHS.UK frontend styles and components.