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java.lang.Object org.openqa.selenium.interactions.Actions
public class Actions
The user-facing API for emulating complex user gestures. Use this class rather than using the Keyboard or Mouse directly. Implements the builder pattern: Builds a CompositeAction containing all actions specified by the method calls.
| Field Summary | |
|---|---|
protected CompositeAction |
action
|
protected Keyboard |
keyboard
|
protected Mouse |
mouse
|
| Constructor Summary | |
|---|---|
Actions(Keyboard keyboard)
Only used by the TouchActions class. |
|
Actions(Keyboard keyboard,
Mouse mouse)
A constructor that should only be used when the keyboard or mouse were extended to provide additional functionality (for example, dragging-and-dropping from the desktop). |
|
Actions(WebDriver driver)
Default constructor - uses the default keyboard, mouse implemented by the driver. |
| Method Summary | |
|---|---|
Action |
build()
Generates a composite action containinig all actions so far, ready to be performed (and resets the internal builder state, so subsequent calls to build() will contain fresh sequences). |
Actions |
click()
Clicks at the current mouse location. |
Actions |
click(WebElement onElement)
Clicks in the middle of the given element. |
Actions |
clickAndHold()
Clicks (without releasing) at the current mouse location. |
Actions |
clickAndHold(WebElement onElement)
Clicks (without releasing) in the middle of the given element. |
Actions |
contextClick(WebElement onElement)
Performs a context-click at middle of the given element. |
Actions |
doubleClick()
Performs a double-click at the current mouse location. |
Actions |
doubleClick(WebElement onElement)
Performs a double-click at middle of the given element. |
Actions |
dragAndDrop(WebElement source,
WebElement target)
A convenience method that performs click-and-hold at the location of the source element, moves to the location of the target element, then releases the mouse. |
Actions |
dragAndDropBy(WebElement source,
int xOffset,
int yOffset)
A convenience method that performs click-and-hold at the location of the source element, moves by a given offset, then releases the mouse. |
Actions |
keyDown(Keys theKey)
Performs a modifier key press. |
Actions |
keyDown(WebElement element,
Keys theKey)
Performs a modifier key press after focusing on an element. |
Actions |
keyUp(Keys theKey)
Performs a modifier key release. |
Actions |
keyUp(WebElement element,
Keys theKey)
Performs a modifier key release after focusing on an element. |
Actions |
moveByOffset(int xOffset,
int yOffset)
Moves the mouse from its current position (or 0,0) by the given offset. |
Actions |
moveToElement(WebElement toElement)
Moves the mouse to the middle of the element. |
Actions |
moveToElement(WebElement toElement,
int xOffset,
int yOffset)
Moves the mouse to an offset from the top-left corner of the element. |
void |
perform()
A convenience method for performing the actions without calling build() first. |
Actions |
release()
Releases the depressed left mouse button at the current mouse location. |
Actions |
release(WebElement onElement)
Releases the depressed left mouse button, in the middle of the given element. |
Actions |
sendKeys(java.lang.CharSequence... keysToSend)
Sends keys to the active element. |
Actions |
sendKeys(WebElement element,
java.lang.CharSequence... keysToSend)
Equivalent to calling: Actions.click(element).sendKeys(keysToSend). This method is different from WebElement.sendKeys(CharSequence...) - see
sendKeys(CharSequence...) for details how. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
protected Mouse mouse
protected Keyboard keyboard
protected CompositeAction action
| Constructor Detail |
|---|
public Actions(WebDriver driver)
driver
- the driver providing the implementations to use.public Actions(Keyboard keyboard, Mouse mouse)
keyboard
- the Keyboard
implementation to delegate to.mouse
- the Mouse
implementation to delegate to.public Actions(Keyboard keyboard)
keyboard
- implementation to delegate to.| Method Detail |
|---|
public Actions keyDown(Keys theKey)
theKey
- Either Keys.SHIFT
, Keys.ALT
or Keys.CONTROL
.
public Actions keyDown(WebElement element, Keys theKey)
theKey
- Either Keys.SHIFT
, Keys.ALT
or Keys.CONTROL
.
keyDown(org.openqa.selenium.Keys)
public Actions keyUp(Keys theKey)
theKey
- Either Keys.SHIFT
, Keys.ALT
or Keys.CONTROL
.
public Actions keyUp(WebElement element, Keys theKey)
theKey
- Either Keys.SHIFT
, Keys.ALT
or Keys.CONTROL
.
on behaviour regarding non-depressed modifier keys.
public Actions sendKeys(java.lang.CharSequence... keysToSend)
WebElement.sendKeys(CharSequence...)
on the active element in two ways:
keysToSend
- The keys.
WebElement.sendKeys(CharSequence...)
public Actions sendKeys(WebElement element, java.lang.CharSequence... keysToSend)
WebElement.sendKeys(CharSequence...)
- see
sendKeys(CharSequence...)
for details how.
element
- element to focus on.keysToSend
- The keys.
#sendKeys(CharSequence...)}
public Actions clickAndHold(WebElement onElement)
onElement
- Element to move to and click.
public Actions clickAndHold()
public Actions release(WebElement onElement)
clickAndHold()
first will result in
undefined behaviour.
onElement
- Element to release the mouse button above.
public Actions release()
release(org.openqa.selenium.WebElement)
public Actions click(WebElement onElement)
onElement
- Element to click.
public Actions click()
moveToElement(org.openqa.selenium.WebElement, int, int)
or
moveByOffset(int, int)
.
public Actions doubleClick(WebElement onElement)
onElement
- Element to move to.
public Actions doubleClick()
public Actions moveToElement(WebElement toElement)
toElement
- element to move to.
public Actions moveToElement(WebElement toElement, int xOffset, int yOffset)
toElement
- element to move to.xOffset
- Offset from the top-left corner.yOffset
- Offset from the top-left corner.
public Actions moveByOffset(int xOffset, int yOffset)
xOffset
- horizontal offset.yOffset
- vertical offset.
MoveTargetOutOfBoundsException
- if the provided offset is outside the document's
boundaries.public Actions contextClick(WebElement onElement)
onElement
- Element to move to.
public Actions dragAndDrop(WebElement source, WebElement target)
source
- element to emulate button down at.target
- element to move to and release the mouse at.
public Actions dragAndDropBy(WebElement source, int xOffset, int yOffset)
source
- element to emulate button down at.xOffset
- horizontal move offset.yOffset
- vertical move offset.
public Action build()
public void perform()
|
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Aries Sciences LLC
I used quite a bit of time in the semester to update my 8 apps on the App Store.
I updated the UI and overall functionality of this app. Adding gradients, a settings page, a pause/play button, etc. Originally it actually didn't work. I also added some ads on it.
I decided to keep the overall design of it. I felt that the cartoony aspect of it was very original. I did make sure to improve the User Defaults system by using a JSONEncoder.
I tried to improve, again the UI. I also made sure to make the settings page actually work and have much more functionality. I tried to provide muchj more accessible colors. Also the tools stack is cleaner for the painting area.
I actually did quite a bit on here. I tried to update this a long time go, but then gave up. I tried to make a bluetooth option. I even worked on it for this version, but ended up giving up again. What I did add was a saving the game mode. and some more levels. I improved the overall design from around maybe 3 buttons to much more stuff.
This is a Mac app that resides in the user's very top bar. I tried to mix the HTML/CSS/JS code with the Swift code. The actual weather information and graphics is from the former, meanwhile the location handling is from the latter. I originally hosted it on a URL that stopped working, which I quickly fixed. I also fixed the non-responsive Google Places API.
This app I made an entire year before I tried updating it again. Isn't that funny? I tried improving the app icon to look a little more 3d 🤷♂. Hmm... I can't seem to remember other stuff that I worked on. I think mostly maintainance and a bit of the UI?
This is another of my Mac apps and it, this time, only uses the native code. That is, except for the multiplayer feature. I think that I also just worked on maintainance for this app again. Nothing special.
I originally made this as per request by my mother. For some reason it stopped working. I also messed up the notification system. I improved the overall structure of the app, the way that the user adds a new "session", the way that they can view their session, and the way that they get their notifications. I also wanted to work with a "glowy" UI with a mix gradients, shadows, and bezier paths.
In summary, really there is nothing very significant about this. It's just regular maintainance. I did fail to mention how much ads I put on my apps (a lot). Dr. Henry reccomended me to create a $0.99 ad free version of them or to create an IAP (in-app purchases) option. I'll definetly look into it next semester when I get the time.


{% extends "posts/post_list.html" %} {% block title %}{{site_name}} - search{% endblock %} {% block content-heading %}
Parse error on query: {{before_error}}{{parse_error}}{{after_error}}. Sorry, we will fix this problem in future, for now try quoting your query.
You may wish to see Google's results for your query. {% else %}
Results for search: {{query}}
{% endif %}


Team DJ was designed to encourage comradare within a geographically dispersed team. Each team member is able to add their preferred music to a shared playlist which everyone listens to together. Vote TUNE for the songs you like or SHAME those terrible songs, then when the playlist runs out, Team DJ will keep playing everyone's favourite songs.
Team DJ is designed and developed by me, Tom Curran, as a development experiment. It uses Yeoman, Firebase, AngularJS, Bootstrap, Karma, Sass and many other tools which I wanted to add to my skill set as a full stack developer.
Yeoman is a scaffolding application which utilises Grunt and Bower to quickly generate the skeleton for new applications.
Team DJ uses the angularfire generator which scaffolds a single page application which connects to a Firebase back end.


About Me
My name is Adam Bogonko and as of 12/17/20, I am 20 years old. I am currently enrolled in the Software Development and Testing track and am looking to graduate around the end of spring of 2021.
My passion is data analysis and I hope to earn my spot at a company that needs someone who is well versed in Excel and someone who is able to visualize data through charts and graphs. I enjoy hiking and playing League of Legends in my free time. When I’m not doing anything, I always love learning new information so I’ll just hop onto the Internet and read articles upon articles ranging from “How to Live a Sugar-free Life” to “What Happened to Lincoln’s Bodyguard During his Assassination”. I hope this about section has given a little insight on my personal life and aspirations and I recommend checking my projects on the navigation bar to get a glimpse at my past projects and what I have been working on!
Page Origin
The HTML/CSS comes from Sara Newman's WEB110 class as taught at Seattle Central. This page provides a basis for students to build a responsive portal page.
Study how this page is built, and use it as a foundation for your portal or other sites!
Copyright [2014-2020] [Sara Newman]. Licensed under the Apache License, Version 2.0


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Use the below URL's for filling feedback for {{candidateName}} and viewing Notes from other panellists :
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Welcome to Feedback!
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{%extends 'base.html'%} {%block content%} {%block styles%} {{block.super}} {%endblock%}
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{% extends "base.html" %} {% block title %}
Medieval catalogues > BENEDICTINES: THE SHORTER CATALOGUES > Ramsey > Books borrowed by John de Haliwell, ?13th cent.
{% endif %}11 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


Technical Documentation¶
lcopt.model¶
Module containing the LcoptModel class.
-
class
lcopt.model.
LcoptModel
(name=[randomly_generated_string], load=False)¶ This is the base model class.
To create a new model, enter a name e.g.
model = LcoptModel('My_Model')
To load an existing model use the
load
option e.g.model = LcoptModel(load = 'My_Model')
-
add_parameter
(param_name, description=None, default=0, unit=None)¶ Add a global parameter to the database that can be accessed by functions
-
analyse
(demand_item, demand_item_code)¶ Run the analyis of the model Doesn’t return anything, but creates a new item
LcoptModel.result_set
containing the results
-
create_process
(name, exchanges, location='GLO', unit='kg')¶ Create a new process, including all new exchanges (in brightway2’s exchange format) in the model database.
Exchanges must have at least a name, type and unit field
-
create_product
(name, location='GLO', unit='kg', **kwargs)¶ Create a new product in the model database
-
database_to_SimaPro_csv
()¶ Export the lcopt model as a SimaPro csv file.
The file will be called “<ModelName>_database_export.csv”
-
export_to_bw2
()¶ Export the lcopt model in the native brightway 2 format
returns name, database
to use it to export, then import to brightway:
name, db = model.export_to_bw2() import brightway2 as bw bw.projects.set_current('MyProject') new_db = bw.Database(name) new_db.write(db) new_db.process()
-
generate_parameter_set_excel_file
()¶ Generate an excel file containing the parameter sets in a format you can import into SimaPro Developer.
The file will be called “ParameterSet_<ModelName>_input_file.xlsx”
-
import_external_db
(db_file, db_type=None)¶ Import an external database for use in lcopt
db_type must be one of
technosphere
orbiosphere
The best way to ‘obtain’ an external database is to ‘export’ it from brightway as a pickle file
e.g.:
import brightway2 as bw bw.projects.set_current('MyModel') db = bw.Database('MyDatabase') db_as_dict = db.load() import pickle with open('MyExport.pickle', 'wb') as f: pickle.dump(db_as_dict, f)
NOTE: The Ecoinvent cutoff 3.3 database and the full biosphere database are included in the lcopt model as standard - no need to import those
This can be useful if you have your own methods which require new biosphere flows that you want to analyse using lcopt
-
launch_interact
()¶ This is probably the most important method in the model - you use it to launch the GUI
-
list_parameters_as_df
()¶ Only really useful when running from a jupyter notebook.
Lists the parameters in the model in a pandas dataframe
Columns: id, matrix coordinates, description, function
-
load
(filename)¶ load data from a saved .lcopt file
-
parameter_scan
()¶ Scan the database of the model instance to generate and expose parameters.
This is called by other functions when items are added/removed from the model, but can be run by itself if you like
-
remove_input_link
(process_code, input_code)¶ Remove an input (technosphere or biosphere exchange) from a process, resolving all parameter issues
-
rename
(newname)¶ change the name of the model (i.e. what the .lcopt file will be saved as)
-
save
()¶ save the instance as a .lcopt file
-
search_databases
(search_term, location=None, markets_only=False, databases_to_search=None)¶ Search external databases linked to your lcopt model.
To restrict the search to particular databases (e.g. technosphere or biosphere only) use a list of database names in the
database_to_search
variable
-
unlink_intermediate
(sourceId, targetId)¶ Remove a link between two processes
-
lcopt.utils¶
Module containing the utility function to set up brightway2 to work with lcopt
-
lcopt.utils.
forwast_autodownload
(FORWAST_URL)¶ Autodowloader for forwast database package for brightway. Used by lcopt_bw2_forwast_setup to get the database data. Not designed to be used on its own
-
lcopt.utils.
lcopt_bw2_forwast_setup
(use_autodownload=True, forwast_path=None, db_name='LCOPT_Setup_Forwast', overwrite=False)¶ Utility function to set up brightway2 to work correctly with lcopt using the FORWAST database instead of ecoinvent
By default it’ll try and download the forwast database as a .bw2package file from lca-net
If you’ve downloaded the forwast .bw2package file already you can set use_autodownload=False and forwast_path to point to the downloaded file
To overwrite an existing version, set overwrite=True
-
lcopt.utils.
lcopt_bw2_setup
(ecospold_path, overwrite=False, db_name='LCOPT_Setup')¶ Utility function to set up brightway2 to work correctly with lcopt.
It requires the path to the ecospold files containing the Ecoinvent 3.3 cutoff database.
If you don’t have these files, log into ecoinvent.org and go to the Files tab
Download the file called
ecoinvent 3.3_cutoff_ecoSpold02.7z
Extract the file somewhere sensible on your machine, you might need to download 7-zip to extract the files.
Make a note of the path of the folder that contains the .ecospold files, its probably
<path/extracted/to>/datasets/
Use this path (as a string) as the first parameter in this function
To overwrite an existing version, set overwrite=True


Jiarui GaoMy Chinese name is 高嘉蕊, which means beautiful blooming flowers. I grew up in Changchun. It's a lovely snowy city in northeast China, to which my heart will always belong. I'm passionate about full-stack software development and will be joining Google Austin site as a software engineer in Mrach 2020. I am a master student majoring in software engineering at Carnegie Mellon University, Silicon Valley. I received my bachelor's degree in computer science from Fudan University, Shanghai. I was advised by Prof. Yanwei Fu and Prof. Yu-Gang Jiang to work on machine learning and multimedia then. Here is my CV.The profile picture is taken by my sweet boyfriend Xingyi Zhou at Santa Monica. |
ExperienceGoogle LLC, Sunnyvale, CASoftware Engineer Intern in NBU team at Google Ads
May 2019 - Aug 2019
Developed a manual review tool for Engagement Rewards By Google to visualize per user abuse information. Established fully tested back-end RPC services to retrieve and process data from Spanner database. Integrated with two frameworks to securely access user data and utilize Google-wide abuse protections. Morgan Stanley, ShanghaiApplication Development Intern in the department of Corporate & Funding Technology
Jul 2017 - Sept 2017
Developed a Java web application for Outside Business Interest system as an effective PoC. Proposed a novel graph algorithm in AngularJS2.0 on front-end to render decision processes with a config- urable set of tree-like rules. Designed a new database schema using DB2 temporary tables on back-end to make history data traceable. |
PublicationFrame-Transformer Emotion Classification NetworkJiarui Gao, Yanwei Fu, Yu-Gang Jiang, and Xiangyang Xue
ACM International Conference on Multimedia Retrieval(ICMR), 2017
In this paper, we propose a new architecture–Frame-Transformer Emotion Classi cation Network (FT-EC-net) to solve three highly correlated emotion analysis tasks: emotion recognition, emotion attribution and emotion-oriented summarization. We also contribute a new dataset for emotion attribution task by annotating the ground-truth labels of attribution segments. A Multi-task Neural Approach for Emotion Attribution, Classification and SummarizationGuoyun Tu, Yanwei Fu, Jiarui Gao, Boyang Li, Yu-Gang Jiang and Xiangyang Xue
IEEE Transactions on Multimedia
We propose a new neural approach Frame-Bi-stream Emotion Attribution-Classification Network(BEAC-Net), an end-to-end trainable neural architecture that tackles emotion attribution and classification simultaneously with significant performance improvements. Also we propose an efficient dynamic programming method for video summarization based on the output of A-Net. To establish a good benchmark for emotion attribution, we re-annotate the Ekman-6 dataset with the most emotion-oriented segments which can be used as the ground-truth for the emotion attribution task. |
Last update: 08/11/2019 By Jiarui Gao


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The PM Studios Black Friday Sale Is Now Live, Save Up To 55% On Physical Switch Games
Don't miss out!
by Liam DoolanPM Studios has announced its Triple Black Friday sale is now officially underway on its online store. In total, there are three physical Nintendo Switch games to select from.
These titles include boxed copies of DEEMO, MUSYNX and Opus Collection: The Day We Found Earth + Rocket of Whispers.
Each one will set you back $17.99 - that's 55% off on Deemo and Opus Collection and 40% off MUSYNX.
If you order two or more of these games, you'll receive a special bonus Cytus CD and free standard domestic shipping, provided you're located within the United States.
This sale runs from now until 3rd December, so grab them before they're gone.
[via pm-studios.com]


--- title: The Great Tab Mistake layout: post tags: [rant] uuid: a63437a6-e395-36b7-1bd4-b28e8fef0572 ---
I'm a window manager vagrant, wondering from window manager to window manager over the years. When I started using GNU/Linux about 7 years ago, I was using KDE. Years later, Gnome, then Xfce, a short time with FVWM, a couple years of IceWM. I spent most of 2010 with xmonad. And I recently started using Fluxbox.
Now that I've learned how to make effective use of Fluxbox I can't help but think that a disheartening mistake was made years ago when the window manager concepts were established. Just like title bars and the iconic minimize, maximize, and close buttons, I think tabs should have been a staple of all window managers, with a common accompanying API. This is the Great Tab Mistake.
Tabs are now an important feature of browsers, and is probably where tabs have the most recognition among casual computer users. You'll also find them in some terminal emulators, text editors, spreadsheets, and word processors.
I don't really know much of the true history of tabs, but this is my guess. Tabs really made their big debut in the browser wars of the 1990's. The web browsers of the day competed for market share, two of them in particular. Just as you'd expect many kinds of competing software, they differentiated themselves on features (which actually still causes problems to this day).
One major feature to pop up was tabbed browsing. Exploring the hyperlink graph of the web from multiple positions at once became a lot cheaper with tabs. The only way to do it otherwise would be to open multiple windows, which required interacting with the frequently clumsy windowing systems (i.e. alt-tabbing). Even though the web is an arbitrary directed graph, in practice we explore its hierarchical sub-graph tree.
With only one page open at a time, there's a lot of backing in and out to explore the full hierarchy. It's more of a depth-first search. Easy to get lost.
With multiple pages open in different tabs, we have a hold of several points of the hierarchy at once. We can advance further down each part of the hierarchy, creating more page instances as needed, at leisure. It's more of a breadth first search.
However, the early tab paradigm was flawed, which may have party caused the Great Tab Mistake. Though this flaw was has recently begun to be corrected with newer browsers like Chromium. The tabs are meant to analogous to the tabs in a real-world booklet. The tab hangs off the end and switching tabs changes the entire page. Those early tabs were placed below elements that were tied to the page, particularly the address bar. Changing tabs changed content above and below the tab.
These tabs were too low! They should have been higher, just below the title bar, if not part of the title bar itself. This brings me back to my point: tabs are really a feature of the window manager, because it's really a way to manage separate, but associated, windows!
Why am I only realizing this now? One of the features of Fluxbox is tabs as part of the window manager. Any window's title bar can be dragged into another window's title bar and they'll be combined as a single tabbed window. Key bindings can be assigned to move between tabs in the same way as a browser. If Firefox had hooks into this system that would allow me to substitute window manager tabs in place of its tabs, that's definitely what I'd be doing. Instead, I've got two different tab systems serving the same purpose.
Why have everyone re-invent the wheel, each with their own quirks and configuration, that is redundant with a system that already exists solely for that purpose? It's a mistake!


Currently Chrome has a float bug that will break floated elements into the next line...see .tools in a .box below
Sign in today for more expirience.


|
Robot
The embedded systems for UTRA's autonomous humanoid soccer-playing robot
|
Header for UART event processor, showing the public content. More...
Classes | |
| struct | UARTcmd_t |
| The container type for motor commands. The control thread sends these to the various UART handlers through the UART queues. The container provides all the information needed to generate the appropriate motor action (reading from or writing to motor command registers) More... | |
| struct | IMUStruct |
| The data structure which represents the data of the IMU, which is sent in queues between tasks. More... | |
| struct | TXData_t |
| This is the data structure copied into the sensor queue, and read by the thread that sends data to the PC. It includes 2 fields: one that indicates the type of data it encapsulates, and the other pointing to the data. More... | |
Enumerations | |
| enum | eUARTcmd_t { cmdReadPosition, cmdWritePosition, cmdWriteTorque } |
| Enumerates the types of motor commands that can be sent to the UART handlers. More... | |
| enum | eTXData_t { eMotorData, eIMUData } |
| Enumerates the types of data that can be sent to the sensor queue. This is used so that the reader of the queue will know how to typecast the void pointer so that the data can be interpreted correctly. See TXData_t for more details. More... | |
Functions | |
| void | UART_ProcessEvent (UARTcmd_t *cmdPtr, TXData_t *DataToSend) |
| The UART event processor calls the low-level libraries to execute reads and writes for motors. More... | |
Header for UART event processor, showing the public content.
| enum eTXData_t |
Enumerates the types of data that can be sent to the sensor queue. This is used so that the reader of the queue will know how to typecast the void pointer so that the data can be interpreted correctly. See TXData_t for more details.
| Enumerator | |
|---|---|
| eMotorData | Indicates that the pointer is a Dynamixel_HandleTypeDef |
| eIMUData | Indicates that the pointer is a MPU6050_HandleTypeDef |
Definition at line 73 of file UART_Handler.h.
| enum eUARTcmd_t |
Enumerates the types of motor commands that can be sent to the UART handlers.
| Enumerator | |
|---|---|
| cmdReadPosition | Command to read motor position |
| cmdWritePosition | Command to set new motor goal position |
| cmdWriteTorque | Command to refresh the motor torque enable |
Definition at line 43 of file UART_Handler.h.
The UART event processor calls the low-level libraries to execute reads and writes for motors.
| cmdPtr | the handle for the command structure containing all relevant data fields |
| DataToSend | the handle for the data structure to copy into the sensor queue if a read is executed |
Definition at line 43 of file UART_Handler.c.


#include <tobjstrm.h>
Inheritance diagram for TPWrittenObjects::
Definition at line 287 of file tobjstrm.h.
[inline]
Undocumented.
Reimplemented from TNSCollection.
Definition at line 294 of file tobjstrm.h.


dblink_connect_u(text connstr) returns text dblink_connect_u(text connname, text connstr) returns text
dblink_connect_u()
is identical to
dblink_connect()
, except that it will allow non-superusers
to connect using any authentication method.
If the remote server selects an authentication method that does not
involve a password, then impersonation and subsequent escalation of
privileges can occur, because the session will appear to have
originated from the user as which the local PostgreSQL
server runs. Also, even if the remote server does demand a password,
it is possible for the password to be supplied from the server
environment, such as a ~/.pgpass file belonging to the
server's user. This opens not only a risk of impersonation, but the
possibility of exposing a password to an untrustworthy remote server.
Therefore, dblink_connect_u()
is initially
installed with all privileges revoked from PUBLIC,
making it un-callable except by superusers. In some situations
it may be appropriate to grant EXECUTE permission for
dblink_connect_u()
to specific users who are considered
trustworthy, but this should be done with care. It is also recommended
that any ~/.pgpass file belonging to the server's user
not contain any records specifying a wildcard host name.
For further details see dblink_connect()
.


Go to these links:
The minimum age of voting is 18. Please visit these helpful links:
Voting Age Requirments


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Preparation time
30 mins to 1 hour
Cooking time
over 2 hours
Serves
Serves 4
Ox cheeks (also known as beef cheeks) are cheap and packed with flavour, but they do need to cook low and slow for the best results.
For the ox cheeks, preheat the oven to 170C/150C Fan/Gas 3½.
Dust the ox cheeks with flour. Heat a casserole or an ovenproof pan and add the oil. Once hot, brown the ox cheeks then remove and set aside. Put all vegetables, wine, tomato purée and marmite in the casserole and fry until softened. Return the ox cheeks and cover with stock. Add the thyme, bay leaves and peppercorns, cover with a lid and cook in the oven for 3 hours, or until the beef is tender.
Once the beef is cooked, remove the casserole from the oven and pass the cooking liquor through a fine sieve. Transfer to a clean pan and reduce until the volume of liquid has reduced to a rich sauce.
For the apples and swede, heat a large frying pan or a sauté pan and add half the butter. Once the butter is foaming, add the swede and honey and cook for 1 minute. Add the apples and the remaining butter and season with salt and pepper. Cook until the apples and swede are tender.
To serve, spoon the mash into a large piping bag and pipe swirls of the mash onto serving plates. Add a piece of beef to each plate. Spoon the apple and swede on top, scatter over chopped parsley and chives. Serve with the sauce.


import { urlError } from './utils';
import * as flags from './flags';
import _ from 'lodash';
import ajaxFetch from './fetch';
import { urlError } from './utils';
import * as flags from './flags';
import _ from 'lodash';
import ajaxFetch from './fetch';
Map from CRUD to HTTP for our default Backbone.sync
implementation.
const methodMap = Object.assign(Object.create(null), {
create: 'POST',
update: 'PUT',
patch: 'PATCH',
delete: 'DELETE',
read: 'GET',
});
Override this function to change the manner in which Backbone persists
models to the server. You will be passed the type of request, and the
model in question. By default, makes a RESTful Ajax request
to the model’s url()
. Some possible customizations could be:
setTimeout
to batch rapid-fire updates into a single request.Turn on Backbone.emulateHTTP
in order to send PUT
and DELETE
requests
as POST
, with a _method
parameter containing the true HTTP method,
as well as all requests with the body as application/x-www-form-urlencoded
instead of application/json
with the model in a param named model
.
Useful when interfacing with server-side languages like PHP that make
it difficult to read the body of PUT
requests.
export function sync(method, model, options) {
const type = methodMap[method];
Default options, unless specified.
_.defaults(options || (options = {}), {
emulateHTTP: flags.emulateHTTP,
emulateJSON: flags.emulateJSON,
});
Default JSON-request options.
const params = { type, dataType: 'json' };
Ensure that we have a URL.
if (!options.url) {
params.url = _.result(model, 'url') || urlError();
}
Ensure that we have the appropriate request data.
if (
options.data == null &&
model &&
(method === 'create' || method === 'update' || method === 'patch')
) {
params.contentType = 'application/json';
params.data = JSON.stringify(options.attrs || model.toJSON(options));
}
For older servers, emulate JSON by encoding the request into an HTML-form.
if (options.emulateJSON) {
params.contentType = 'application/x-www-form-urlencoded';
params.data = params.data ? { model: params.data } : {};
}
For older servers, emulate HTTP by mimicking the HTTP method with _method
And an X-HTTP-Method-Override
header.
if (options.emulateHTTP && (type === 'PUT' || type === 'DELETE' || type === 'PATCH')) {
params.type = 'POST';
if (options.emulateJSON) params.data._method = type;
const beforeSend = options.beforeSend;
options.beforeSend = function (xhr) {
xhr.setRequestHeader('X-HTTP-Method-Override', type);
if (beforeSend) return beforeSend.apply(this, arguments);
};
}
Don’t process data on a non-GET request.
if (params.type !== 'GET' && !options.emulateJSON) {
params.processData = false;
}
Pass along textStatus
and errorThrown
from jQuery.
const error = options.error;
options.error = function (xhr, textStatus, errorThrown) {
options.textStatus = textStatus;
options.errorThrown = errorThrown;
if (error) error.call(options.context, xhr, textStatus, errorThrown);
};
Make the request, allowing the user to override any Ajax options.
const xhr = (options.xhr = ajax(_.extend(params, options)));
model.trigger('request', model, xhr, options);
return xhr;
}
Set the default implementation of Backbone.ajax
to proxy through to $
.
Override this if you’d like to use a different library.
eslint-disable-next-line prefer-const
export let ajax = ajaxFetch;


A week ago, on Friday 2nd July, we looked at some interesting lops. Here are two more. Lop Buri in Central Thailand, formerly known as Lawo, was one of the important ancient towns of the Khmers from the 10th to the 13th centuries. Many Khmer ruins are found in and around this town. During the Ayutthaya period, King Narai the Great established Lop Buri as the second capital with the help of French architects. Most of the architecture of that time reflects the mixture of Thai and Western styles. Here is a handy map:
There is also the tantalising Project Lop, which has its own website. It's a shame I do not read Japanese. If I did, I would be able to glean the purpose of the project which, given the graphic above, is clearly something Dobson ought to have written a pamphlet about.


accent-card Layout
Orientation
Default Orientation
This card has the default orientation.
Horizontal Accent Card
This card has horizontal orientation.
Content
Vertical Accent Card with Content
Includes image, subheading, and footer.
This is the content section of a card with the default orientation.
Read more...
Horizontal Accent Card with Content
Includes image, subheading, and footer.
This is the content section of a card with horizontal orientation.
Read more...
Borders and Shading
Accent Card, No Border
This card has no accent border.
Flat Accent Card
This is a flat accent card. (It has no box-shadow.)


Movie List
Create your own movie list and save time when choosing a movie to watch
Add movie
Movies in your list:
Search results
My List


This Python script "FlowpyGIS" replaces the functionality of the Flow Data Model Tools (FDMT). The following comments hopefully are sufficient to get it working. Compared to the FDMT, the script is faster, less error prone, and does not rely on ArcGIS to operate. However, the code does require Python 2.x and GDAL. Getting GDAL and Python installed and working together is discussed at GIS StackExchange. Perhaps the easiest way to get the code rolling is to run it from the FWTools shell.
FlowpyGIS is available on Github at: https://github.com/glennon/FlowpyGIS. The script uses an interaction matrix file and corresponding coordinate pair file, calculates gross, net, or two-way flow from them, and yields a shapefile. To run FlowpyGIS standalone, you'll need the two script files: "flowpyInterface.py" and "flowpyv07.py". You will also need two data files, a text file of point coordinates and a text file interaction matrix. Concerning the file specifications for the data files, the coordinate pair file should be one coordinate pair per line and the x y coordinates must be space delimited. The interaction file requires a square space delimited matrix of magnitude values. Each row refers to a "from" node; each column refers to a "to" node. In the following file examples, flow from row 3 (node 3: coordinates -75 40), column 11 (node 11: -96.75 32.75)coordinates possesses the value 10.
Example formatted coordinate pair data:
--------------------------------------------------------------------------------------------------
-71 42
-74 41
-75 40
-81 41
-77 37
-84 33
-88 42
-90 39
-93 45
-94.5 39
-96.75 32.75
-122.5 37.75
--------------------------------------------------------------------------------------------------
Example corresponding formatted interaction matrix:
--------------------------------------------------------------------------------------------------
2040 289 47 52 137 118 90 10 16 15 13 80
602 1980 231 209 388 307 286 15 48 26 18 261
143 414 860 84 342 130 134 8 25 10 10 80
68 192 47 1296 171 177 618 16 44 43 19 131
150 266<PHONE_NUMBER> 578 295 20 62 54 22 152
122 159 57<PHONE_NUMBER> 439 30 51 78 102 189
97 155 39 496<PHONE_NUMBER> 74 278 100 40 290
31 56 14 142 80 201 573 342 46 128 47 109
14 26 11 32 29 41 295 10 1438 51 14 138
20 41 8 55 40 71 215 33 129 811 86 247
31 41 8 38 46 165 125 20 37 253 788 203
82 81 23 84 114 106 251 22 127 128 43 5380
--------------------------------------------------------------------------------------------------
Some sample data, bankinteract.txt and bankpoints.txt can be found in the repo.
To make FlowpyGIS work as a standalone script, edit FlowpyInterface.py to include your own variables and filenames as appropriate and then execute FlowpyInterface. The code is documented well enough to make pretty good guesses of the names to change. When the FlowpyInterface script runs, it passes the variables over to Flowpy07. Again, to get all the Python/GDAL bindings working right, I often just launch FlowpyGIS from a FWTools shell (http://fwtools.maptools.org/)
Flow on!
Alan Glennon
UCSB Geography


1. Describe your core personal values
• Respect – To me respect is about having due regard for other people’s ideas, feelings and exhibiting care for the needs of others.
• Understanding – is having the ability to look at things from other’s view point and breaking down why they may act or think the way they do.
• Patience – is the ability to give yourself time and not get frustrated and also give others the same time.
2. Explain a situation where you had an ethical decision to make
Ethics are moral principle that govern our behavior or the way we conduct an activity. An ethical dilemma I am commonly faced with is when going to restaurants whether to leave my plate om the table or to return them to the kitchen. Even though it is not required to do as it is someone’s job in the restaurant to clear the table I always find myself returning the plates myself as this is the way I have been brought up.
3. Describe how your culture has influenced your values and identity
• I have been born and brought up in New Zealand, however lived in a family with foreign background. This has given me a sense of curiosity and respect for all kinds of cultures as I have grown up. In terms of values and identity, my culture has definitely impacted this, however this is one of many factors. I feel that since I am still quite young my values and identity are constantly changing.


Columbia MS (EE program, Data driven analysis track) student focused in software development, data science fields. 2 years of research and intern job experience in the Electronics & Data analysis area.
I position myself as a Software/Data engineer with a Machine learning, Electronics background.
Performed ongoing analysis based on data from over 2,000 chips and extracted multiple report indicators
Accomplished data cleaning and A/B test; Debugged and validated the Matlab algorithm source code, process
Improved, and optimized existing algorithms to ensure the high speed, robustness and quality of product (>99.95%)
Built the official web site for Youth League Committee
Cooperate to developed the application system of “Application for Public Resources in XJTU-WZ” with php, jQuery, and MySQL to handle and evaluate 3000+ undergraduate students’ applications for public resources
Participated in the technical team that committed to the design and development of the website, and the operation and maintenance of the server and website
view1 View2Worked in the National Quantum Information Lab and conducted the research “The Generation of Nonclassical Multi-photon”; Achieved generation and enhancement of gain and squeezing of four, six, eight wave mixing
Worked in the National Electronic Science and Technology Lab and conducted the research “Preparative Technique on Large-Area Perovskite Solar Cells”; Achieved perovskite solar cell devices with an efficiency of over 15%
Published papers: “Modulation gain and squeezing by dressed state in hot atomic system”, Laser Phys. Lett. 16 (5), 055401(2019); “Device Scaling Consideration for Sub-90nm 2Bit/Cell Split-Gate Flash Memory Cell”, Solid State Electronics.152(2019)46-52.
Courses include: Cloud Computing and Big Data, Statistical Learning, Neural Network and Deep learning, Operating System, Database, Computer Network, Algorithm...
Designed full-stack web applications about travel social sharing from scratch using Express, MongoDB, and Semantic UI, including create static HTML and CSS portfolio sites and landing pages, use Bootstrap to create good looking responsive layouts
Used NodeJS to write server-side JavaScript; Manipulated the DOM with jQuery
View ProjectSet up a valid forwarding state within an autonomous system (AS) and between ASes using OSPF; Implement different BGP policies to reflect business relationships or traffic with outer internet
Used socket programming and HTTP to implement a proxy that handles multithreaded clients and passes data (video) back and forth between client-server
The proxy can smartly perform bitrate adaptation based on network status
Implemented basic classifiers, MLP, dim reduction (PCA and tSNE), optimizers (SGD with Momentum, RMSprop, Adam), regularization (Dropout, Batch Normalization), data augmentation in Python (NumPy, TensorFlow and so on)
Implemented convolutional neural network (used LeNet to achieve over 95% accuracy in Kaggle bottle classification competition), recurrent neural network (compute XOR operation); realized simple translating French to English
Reproduced the paper “Multi-Digit Number Recognition from Street View Imaginary Using Deep CNN”
View ProjectDifferent machine learing methods to predict the popularity of movies using social media features and conventional features.
View ProjectLorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur in iaculis ex. Etiam volutpat laoreet urna. Morbi ut tortor nec nulla commodo malesuada sit amet vel lacus. Fusce eget efficitur libero. Morbi dapibus porta quam laoreet placerat.
View Project


#define format of the page
information of the page
goole link
Head
first point
sceond point
# numerical list


ENQN’s project management services are centred on the critical activity of management of Time, Quality and Cost with a focus on Sustainability. Our services begin from the initial investment process to design, procurement, and construction execution to final client handover. Our services include
ENQN utilises project management tools and advanced programs which when combines with our experience and expertise, enables the delivery of projects in compliance to project charter within time, budget and quality.
With this project management approach, we are the client’s point of accountability, which we embrace wholeheartedly.
Additionally for our esteemed clients we also offer startup, operations and maintenance services and site master planning services, which adds great leverage to client’s core activities.


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VH ESSENTIALS SENSITIVE MEDICATED CREAM- benzocaine and benzalkonium chloride cream
Wisconsin Pharmacal Company
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active Ingredients
Benzocaine 5%
Benzalkonium Chloride 0.13%
Purpose
Topical Analgesic
First Aid Antiseptic
Uses
First aid temporary relief from the discomforts affecting the external area surrounding the vagina:
- Itching
- Burning
- Irritation
- Skin infections
Warnings
For external use only.
Do not use if you have unusual or abnormal vaginal discharge except under the supervision of your doctor.
When using this product
- Avoid contact with eyes.
- If burning sensation occurs and lasts more than a few minutes remove the cream and discontinue use.
- Do not use more than 1 week unless directed by a doctor
Stop use and ask a doctor if
- condition worsens or symptoms persist for more than 7 days or clear up and occur again within a few days.
Keep out of reach of children
If swallowed, get medical help or contact a Poison Control Center immediately. If in eyes, flush with water for 15 minutes and call a physician.
- Apply to the affected area.
- You could experience a slight burning sensation because the area may already be irritated. If this persists more than a few minutes, remove cream and discontinue use.
Adults and children 2 years and over: Apply to the affected area not more than 3 to 4 times daily.
Children under 2 years: Do not use-consult a doctor.
Store at 59oF to 86oF (15oC to 30oC). For lot number and expiration dates see crimp of tube or side of box.
Aloe Vera Gel, Carbomer, Cetyl Alcohol, Deionized Water, Fragrance, Glycerol Monostearate, Isopropyl Myristate, Isopropyl Palmitate, Isopropyl Stearate, Lanolin Alcohol, Methylparaben, Mineral Oil, PEG 100 Stearate, Propylparaben, Tocopheryl Acetate (Vitamin E), Triethanolamine, Trisodium HEDTA.
Questions or Comments
1-800-635-3696
Artwork
Enter section text here


Keyframe3D Demos
go to github repo
open editor
Play
Pause
Play
Pause
Play
Pause
Play
Pause
Play
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Fullscreen
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| Exported Interfaces - Summary |
| XFormController |
is used for notifying the (de)activation of the controller.
|
| ::com::sun::star::awt::XTabController |
- (referenced entity's summary:)
- specifies the basic operations for a tab controller.
|
| ::com::sun::star::container::XChild |
- (referenced entity's summary:)
- provides access to the parent of the object.
|
| ::com::sun::star::lang::XComponent |
- (referenced entity's summary:)
- allows to exclicitly free resources and break cyclic references.
|
| ::com::sun::star::container::XEnumerationAccess |
- (referenced entity's summary:)
- used to enumerate objects in a container which contains objects.
|
| ::com::sun::star::util::XModifyBroadcaster |
- (referenced entity's summary:)
- broadcasts each modification made on the date data of the object which
supports this interface.
|
| XConfirmDeleteBroadcaster |
- (referenced entity's summary:)
- provides the possibility of receiving an event for confirming deletions of
rows in a ::com::sun::star::form::component::DataForm.
|
| ::com::sun::star::sdb::XSQLErrorBroadcaster |
- (referenced entity's summary:)
- interface for notifying potential listeners
of
::com::sun::star::sdbc::SQLException
s posted by any database object.
|
| ::com::sun::star::sdb::XRowSetApproveBroadcaster |
- (referenced entity's summary:)
- provides the possibility of reviving an event before changing the content
of a rowset.
|
| XDatabaseParameterBroadcaster |
- (referenced entity's summary:)
- provides the possibility of receiving an event for configuration of parameters.
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Count down decreases every 1/10th of a second
If count is on the 'magic number' then you get a point.
press up or down to increase count up or down.
up count increment and down count increment are controlled by up and down stats.
up or down costs boost
boost increased at every points change
stats will disappear if you start to get good - no-one is that good.
Stats show the:
* UP (amount to increase count when you press up)
* DOWN (amount to decrease count when you press down)
* MAGIC (amount to match the count to score points)
* ROUNDS (number of rounds left until game is too hard to play, also maximum count value)
* HIDE (number of rounds before stats are hidden)
Game ends if you let count hit zero.


CREATEMENGERSPONGE create a cube with an inside cross removed [n e f] = createMengerSponge; Main use is to test possibility of drawing polyhedra with complex faces (polygonal faces with holes) Example [n e f] = createMengerSponge; drawPolyhedron(n, f); See also polyhedra, drawPolyhedron ------ Author: David Legland e-mail<EMAIL_ADDRESS>Created: 2007-10-18 Copyright 2007 INRA - BIA PV Nantes - MIAJ Jouy-en-Josas.


Official Statistics
National projections for the number of pupils in schools by type of school and age group.
Ref: OSR12/2011 PDF , 360KB , 15 pages
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MS Excel Spreadsheet , 40.5KB
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MS Excel Spreadsheet , 38KB
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ZIP , 7.29KB
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Plain text , 760Bytes
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Reference Id: OSR12/2011
Publication Type: Statistical Release
Publication data: Underlying Statistical data
Region: England
Release Date: 28 July 2011
Coverage status: Final/Provisional
Publication Status: Published
Findings presented here update those published in December 2010 (OSR 31/2010), using the latest actual pupil numbers from the 2011 school census and mid-2010 population estimates from the office for national statistics (ONS). The pupil projections continue to make use of the mid-2008 based population projections from ONS, but also use the latest information on the number of live birth registrations in England in 2009 and 2010.
This is an official statistics publication. The statistics are presented as the latest available findings and have been released to help planning, to study trends and to inform a variety of programmes and initiatives.
Pupil Projections Team
0207 783 8616
Published: 28 July 2011


Complexity directly affects maintenance costs is determined by the number of decision points in a method plus one for the method entry. The decision points include 'if', 'while', 'for', and 'case labels' calls. Generally, numbers ranging from 1-4 denote low complexity, 5-7 denote moderate complexity, 8-10 denote high complexity, and 11+ is very high complexity.
This rule is deprecated, use {rule:squid:MethodCyclomaticComplexity} or {rule:squid:ClassCyclomaticComplexity} instead.


This page contains a tutorial introduction to the Tetra programming Language. Its intent is to be a quick and straightforward introduction to Tetra for experienced programmers.
By law and custom, we will begin with the "Hello world" program which in Tetra can be written as:
# hello world example
def main():
print("Hello World!")
Comments in Tetra begin with the #
character and continue to the
end of the line. The first line of this program is a comment, and the rest is
the body of the program.
Every Tetra program must contain a function called main
which
defines where the program begins executing. Functions are defined with the
def
keyword, then the name of the function, followed by the list of
parameters. The main function takes no parameters. The colon character is
used to mark the beginning of the function body which must be indented one
level over.
The print
function is used for printing things, so we pass the
string "Hello World!" into it to print it to the screen.
Tetra contains six simple types. Each of these is indivisible, but can be combined up in lists, dictionaries, classes etc. as discussed later on. The simple types are:
int
An integer type variable which can be positive or negative, but cannot contain a fractional part. These are signed 64-bit values.
real
A real (floating point) number variable which can contain a fractional part. These are 64-bit values following the IEEE double-precision standard.
bool
A single boolean value which can store the values either true
or
false.
string
A string is a piece of text. Strings are stored as a sequence of Unicode characters.
mutex
A mutex is a type which represents a mutually exclusive portion of a program. See the "Named Locks" section below for more information.
task
A task is a type which represents some running thread in the program. See the "Waiting" section below for more information.
As described above, functions are introduced with the def
keyword,
and also have names and parameter lists. Functions can also return values, and
their return type (if any) goes after the parameter list, but before the
colon.
Below is a function which computes the average of three parameters:
# return the average of three parameters
def average_of_three(v1 real, v2 real, v3 real) real:
return (v1 + v2 + v3) / 3.0;
Note that types go after their variables and not before. The
return
statement is used to specify the return value of a function and
return control back to the caller.
Functions are called similarly to how they are in most programming
languages, with the values of parameters passed in at the call. The
average_of_three
function above might be called as follows in
main:
# test of the average_of_three function
def main():
avg = average_of_three(4.5, 7.2, 6.3)
print(avg)
If you look at the example call to average_of_three
above, you will
notice that there is no declaration of the type of the avg
variable.
Local variables (those which exist only inside of a function) do not need type
declarations in Tetra, the compiler will figure out the type of each based on
how the variable is used. Only function parameters and return types need to be
given type declarations.
We can declare the type of local variables. Sometimes this is needed, for example if we want to create a variable, but don't want to give it an initial value, we would need to declare the type:
# Tetra will figure out the type
value1 = 5
# we tell Tetra the type
value2 as int
We can also declare multiple variables of the same type in one line:
# declare three variables of the real type
x, y, z as real
Global variables can also be created, by using the global
keyword,
as shown in the following example:
# declare a global variable
global count = 0
# access the global
def increment():
count += 1
# should print 3
def main( ):
increment()
increment()
increment()
print(count)
Of course global variables should be avoided in general!
Tetra also allows constant variables to be created with the
constant
keyword:
constant PI = 3.141592653589
Notice that globals and constants also do not need type declarations if they are assigned a value.
Tetra supports many common operators. The following table shows the operators that Tetra supports organized by precedence levels, from highest precedence to lowest, along with the associativity:
| Operator | Meaning | Associativity |
|---|---|---|
| ** | Exponentiation | Right |
| + - ~ | Unary plus, unary minus, and unary bitwise not | Unary |
| % / * | Modulus, division, multiplication | Left |
| + - | Addition and subtraction | Left |
| << >> | Bitwise left shift and right shift | Left |
| & | Bitwise and | Left |
| ^ | Bitwise xor | Left |
| | | Bitwise or | Left |
| < <= > >= == != | Comparison operators | Left |
| not | Logical not | Unary |
| and | Logical and | Left |
| or | Logical or | Left |
| = | Assignment (including +=, -= etc) | Right |
Tetra provides the if, elif, else statements, which work similarly to other programming languages. Below is a program which prints out whether a number is positive, negative, or zero:
# print the sign of the parameter
def print_sign(value int):
if val < 0:
print(val, " is negative")
elif val > 0:
print(val, " is positive")
else:
print(val, " is zero")
def main( ):
print("Enter a value: ")
value = read_int()
print_sign(value)
Notice that the keyword is elif
all as one word, and not "else if".
Also, notice that print can take multiple parameters, and that the
read_int
function can be used to read an int from the user.
While loops are blocks of code that continue to execute while some condition is true. For example, the following function returns the factorial of a number using a while loop:
# calculate the factorial of a parameter
def fact(x int) int:
result = 1
while x > 0:
result *= x
x -= 1
return result
The while loop starts by evaluating its condition and, if true, executes the body of the loop. It continues to do this until the condition is false at which point it will continue to the code after the loop.
Tetra also includes the break
keyword, which causes a loop to
immediately exit, the continue
keyword, which causes a loop to abort
the current iteration and move on to the next one, and the pass
keyword which has no effect but can be used where a statement is needed.
Normally, Tetra functions are executed sequentially line by line, following the control flow as dictated by function calls and returns, loops, and selection statements. However, we can also specify that statements should be executed in parallel.
This is done using the parallel
keyword, followed by a number of
statements in the parallel block. For example, this program calls the print
function two times in parallel, and then calls it a third time:
def main():
# each statement directly under the parallel block executed in parallel
parallel:
print("Print statement number 1!\n")
print("Print statement number 2!\n")
print("Print statement number 3!\n")
When this program is run, the two print statements will be executed at the same time. This program may print the first two messages in any order. Sometimes the first message appears first, and other times the second one will appear first. It is even possible that they will appear inter-leaved, with the beginning of one message, followed by the beginning of the other, followed by the ends of each of them.
Because the third print call is outside of the parallel block, it will not start executing until the other two have both completed.
Of course normally we would only execute different pieces of code in parallel if they can be executed together in any order without changing the behavior of the program. For example, we might call multiple functions in parallel to compute values which are independent of each other:
def main():
parallel:
result1 = process(data_set1)
result2 = process(data_set2)
result3 = process(data_set3)
display_results(result1, result2, result3)
Here, the three calls to a function called "process" will proceed in parallel independently of each other. When all three have returned, the program will move past the parallel block to call the "display_results" function.
Note that the parallel works with statements. Often the statements will be function calls, but they do not have to be. We could run two while loops in parallel for instance:
def main():
i = 1
j = 1
sum = 0
product = 1
# each while loop is done in parallel
parallel:
while i < 10:
sum += i
i += 1
while j < 10:
product *= j
j += 1
Here, the two while loops are executed in two parallel threads. Each while loop itself is implemented sequentially, so this program will compute the sum and product of the numbers 1-10 in two parallel loops.
Lists package together multiple variables of the same type, such that they can be accessed by an integer index. Lists are indexed by placing the index between square brackets after the name of the list. The following example program demonstrates how a list might be created and indexed:
def main( ):
numbers = [10, 20, 30]
total = numbers[0] + numbers[1] + numbers[2]
print(total)
Data type declarations, such as with function parameters, with lists are done by placing the type of each element in brackets. For example, the following function takes a list of numbers and returns whether or not the length of it is even:
# return true if the length of the list is even
def even_length(values [int]) bool:
if len(values) % 2 == 0:
return true
else:
return false
Multi-dimensional lists can also be created. In this case, you would
simply increase the number of brackets in the type. For example, a 2D list of
reals would be declared as having type [[real]]
.
We can create lists containing ranges of integers using the ...
operator. For instance, we can create a list containing the values one to ten
inclusive with:
numbers = [1 ... 10]
This can be done with variables as well. We could use a range to write our factorial function as:
# calculate the factorial using a range
def fact(n int) int:
result = 1
for num in [1 ... n]:
result *= num
return result
Lists lead us naturally to the Tetra for
loop which loop over each
item in a list. For example, the following function loops over the list it
is given and prints each element:
# print all values in a list being passed in
def print_all(values [int]):
for value in values:
print(value, "\n")
This for loop assigns each element in the list that it is given to the loop variable one by one, then executes the loop body for that particular value.
We can also use the parallel for loop which is similar to the for loop as
described above, except that it is preceded with the parallel
keyword,
and each of its loop iterations can be executed in parallel.
If we make the for loop above into a parallel for loop, then the calls to print can be executed all at the same time and so can appear inter-leaved and in any order. Calling the function with the values 1 through 16, as in this program:
# print all values in a list in parallel
def print_all(values [int]):
parallel for value in values:
print(value, "\n")
def main():
print_all([1 ... 16])
Produces different results at each run. The beginning of one run is shown below:
13 45 2 6 7 8 10 11 12 91314 15 16
Notice that the results are not only out of order, but in this case inter-leaved since sometimes multiple numbers get printed back to back, and sometimes multiple new lines are printed back to back.
We would only want to use parallel for loops when the order of the loop iterations is not important for the program to be correct. As an example, suppose we are writing a function which takes a list of numbers and returns a list of those numbers squared. Here, each of the elements can be computed independently, and so could be done with a parallel for loop:
# returns the squares of an array as another array
def square_all(values [real]) [real]:
squares [real] = list(len(values))
parallel for i in [0 ... len(values) - 1]:
squares[i] = values[i] * values[i]
return squares
The list
function creates a list of a given size.
The parallel
keyword can be used to launch multiple statements at
the same time, which allows the original thread to launch multiple tasks at
once, and pause until they are done.
Something else we might want to do is have a thread launch one task which begins executing, but the returns control back to the original thread immediately. For instance, we may want to launch a long-running task, but not wait for it to finish immediately so we can move on to other things, such as handling user input.
This can be done with Tetra using the background
statement. The
following program shows how this may be done to write a simple server type of
program:
# a simple server type program
def main():
while true:
request = wait_for_request()
background:
print("Handling a request!")
handle_request(request)
This program uses a background block to handle each request it receives in a separate thread of execution. After the wait_for_request function returns, the program will launch a thread to handle the background block's body, and then immediately call wait_for_request again.
Note that the two statements inside the background block are executed serially: first the print will execute and then the handle_request function will be called.
Sometimes we may want to launch a thread in the background, but then wait
for it to finish executing at some later point in time. For instance, suppose
we are writing a program which needs to download some data for use, but that it
can start the download before it really needs the data. We can use a
background block with wait
statement to implement this:
def main():
data [string]
background download_task:
data = download_data()
# do other things that don't need the data
# ...
wait download_task
# now we use the data we got
Here we have given the background block a name, "download_task". After
launching the task in the background, we can carry on doing things which don't
require the data. Once we do need the data, we wait for it with the
wait
statement which takes the task we wish to wait for.
If the task has finished already, the wait statement takes no time at all. If it hasn't finished, it will not complete until the task we're waiting for has completed.
The named background statement creates a variable of type task
which is a first class data type in Tetra. This means we can return tasks from
functions, put them in data structures etc.
Sometimes when we have parallel code, we will need to prevent the threads from interfering with each other. For instance, if we are trying to find the largest value in a list, we may keep track of the largest value we have seen so far:
# find the max of a list
def max(nums [int]) int:
largest = 0
parallel for num in nums:
if num > largest:
largest = num
return largest
However, this program may produce the wrong answer because two threads may execute the if condition at the same time, and both may find they have a value which is larger than then current largest. We would then have a situation where only one of the threads actually writes its value, meaning one will be lost, which may in fact have been the maximum.
To get around this, we put a lock statement around the code which updates the largest:
# find the max of a list
def max(nums [int]) int:
largest = 0
parallel for num in nums:
if num > largest:
lock:
if num > largest:
largest = num
return largest
The lock statement creates a block of code which only one thread can enter at a time. Now, all of the threads can check if their value is larger than the current largest, in parallel. Once one finds that its value is in fact larger, it tries to enter the block of code under the lock. If another thread is already in the block, the thread waits until it has finished before entering. The thread then checks if its value is still larger than the current largest (because it's possible a thread which just left the lock has modified it since the last check) and then overwrites the largest variable.
The lock statement allows creating sections of our program which only one thread can enter at a time which is often necessary when writing parallel code.
Sometimes it is necessary to have multiple sections of code which are locked together. For instance if we have a variable or resource that is being accessed at multiple points in the program, we would want to have those locks linked together, such that no more than one thread can be in any of those sections at a time.
For instance the following program uses a global lock variable to prevent two functions from over-writing the "negatives" value at the same time:
# demonstrates a named lock
def main():
negatives = 0
parallel:
for i in data1:
if i < 0:
lock neg_lock:
negatives += 1
for i in data2:
if i < 0:
lock neg_lock:
negatives += 1
print("There were ", negatives, " negative values.")
In this example, we are checking two sets of values for negative numbers in parallel. We have to protect the negatives variable, but it is accessed in two distinct places in the code. The fact that the locks are both named "neg_lock" ensures that they are linked together. Only one thread can be in either block at the same time.
The named lock statement actually creates a variable of the mutex
type. We can lock an existing mutex variable which has been declared elsewhere.
For instance the following program uses a global mutex to allow two separate
functions to make sure that they call print separately to avoid the issue of
inter-leaved output:
# here the named lock is shared amongst functions, so is global
global print_lock as mutex
def f1():
# ...
lock print_lock:
print("Function 1 says hi!")
# ...
def f2():
# ...
lock print_lock:
print("Function 2 says hi!")
# ...
In addition to lists, Tetra includes a tuple type which can also group multiple pieces of data together. Unlike a list, a tuple can contain elements of different types. For example, we cannot store an int and a string together in a list, but we can in a tuple.
Another difference between lists and tuples is that lists of any length can be passed into a function, defined as variables etc. while tuples have the number (and type) of their elements fixed as part of their type. For instance, we can write a function which takes a list of strings of any size, but a function which takes a tuple must specify its length.
Below we have a function which takes a tuple containing a string and an int, and then call it in main:
# takes a tuple and prints it to the screen
def print_info(info (string, int)):
print("Name is ", info[0])
print("Age is ", info[1])
def main():
info = ("Bob", 42)
print_info(info)
Notice that parentheses are used to declare the type of a tuple, and also to give the value of one.
Tuples can also be returned from a function which allows functions to effectively have multiple return values. The following function returns a tuple of two real values representing the roots of a quadratic function, and also a bool which indicates if the results are valid (e.g. if the function has no real roots this will be false):
# function which returns a tuple of three values
def roots(a real, b real, c real) (real, real, bool):
rad = b*b - 4*a*c
if rad < 0:
return (0.0, 0.0, false)
else:
return ((-b + sqrt(rad)) / 2*a, (-b - sqrt(rad)) / 2*a, true)
When calling this function, we can put the results into a tuple as follows:
def main():
# results is the tuple which was returned
results = roots(1, 0, -16)
if results[2]:
print("Roots are ", results[0], " and ", results[1])
else:
print("No real roots!")
However, we can "unpack" the tuple right away by assigning the result of the function call into separate variables:
def main():
# the tuple is now unpacked
# TODO
root1, root2, valid = roots(1, 0, -16)
if valid:
print("Roots are ", root1, " and ", root2)
else:
print("No real roots!")
The last built in data structure in Tetra is the dictionary, which other languages call associative arrays, hashes or maps.
Dictionaries in Tetra create a mapping from one set of data (the keys) to another set (the values). For example, the following program creates a phone book which maps names to phone numbers:
# create a dictionary modeling a phone book
def main():
phone_book = {"alice" : "555-5555", "bob" : "123-4567", "claire" : "765-4321"}
The curly braces contain all elements in the dictionary. Each element contains the key (on the left of the colon) and the value (on the right of the colon). The elements are separated by commas.
To access the elements of a dictionary, we place the key we want to look up inside of brackets:
def main():
phone_book = {"Alice" : "555-5555", "Bob" : "123-4567", "Claire" : "765-4321"}
print("Bob's phone number is ", phone_book["Bob"]
When declaring the type of a dictionary, such as in a function parameter or return type declaration, we place the key type and the value type inside of curly braces, separated by a colon. For instance, the following function takes a dictionary from string to int as a parameter which represents the ages of a group of people and prints them out:
# function which prints the whole dictionary passed in
def print_book(ages {string:int}):
for person in keys(ages):
print(person, " is ", ages[person], " years old.")
This function uses the keys
function which returns a list of all
of the keys in a dictionary. This can be used to loop over all of the elements in a
dictionary.
Classes in Tetra are created with the class keyword, followed by the name of the class followed by a colon. Classes can contain variable declarations. These declarations must have a type declaration, and cannot be given a value.
Class blocks can contain also function definitions, which are just like regular functions except they can reference any variables declared inside of the class.
For example, the following class represents a square:
# creates a class representing a square shape
class Square:
# the size of the square
size as real
# member function to compute the area
def area() real:
return size ** 2
We can create a Square object by using the name of the class as if it were a function which returns an object of that class:
# test out the class
def main():
s = Square()
s.size = 5.0
print("Size = ", s.area())
Initializers are functions included in a class with the name
init
which allow class objects to be initialized based on certain
parameters. For instance, we may want to allow the user to pass in the size of
a square when they create one:
class Square:
# the size of the square
size as real
# an initializer
def init(size real):
self.size = size
# member function to compute the area
def area():
return size ** 2
Notice that the init function uses the self
keyword to specify
the size belonging to the object as opposed to the local parameter called
size.
When creating a square object now, we must pass in the size:
def main():
# now we pass the initializer the size
s = Square(5.0)
print("Size = ", s.area())
If any initializers are defined, we must call one of them. With the class definition above, we would not be able to forgo supplying the size. We can however have multiple initializers with different parameter lists. Below we add in an initializer which takes no parameters:
class Square:
# the size of the square
size as real
# an initializer with a real parameter
def init(size real):
self.size = size
# an initializer with no parameters
def init():
self.size = 0.0
# member function to compute the area
def area():
return size ** 2
Tetra allows multiple functions with the same name in other contexts as well. We can have regular functions or class member functions with the same names as long as they have different parameter lists.
Any object can also be assigned the none
value which means that
the object does not exist and none of its fields can be referenced.
Modules in Tetra allow for packaging related code together. Each module is a separate Tetra file. All code in a module can access the rest of the code in that same module transparently. For instance the programs above are each assumed to be in the same file, so the main functions can call the other functions in that same file (module) just by name.
We can also write code which accesses code in other modules, but must do so
explicitly. This is done with either the import
or open
keyword. Each statement is given a module name. For instance, if we have a
file called "fact.ttr" which contains the following code:
# fact.ttr
def factorial(x int):
if x == 0:
return 1
else
return x * fact(x - 1)
Then we can access this function from another file called "program.ttr" which contains a main function using import:
# program.ttr
import fact
def main():
value = fact.factorial(5)
print("5! = ", value)
The import statement will fail if the fact.ttr file can not be found, but if it is found, then all definitions in that file are available. To access them, we prefix the reference with the name of the module, as seen above.
The open statement is similar except that it does not require the references to be prefaced with the name of the module. We could write the program.ttr file as follows instead:
# program.ttr
open fact
def main():
value = factorial(5)
print("5! = ", value)
We can now call the factorial function directly. open can be used when there are no naming conflicts amongst the file(s) being opened, whereas import avoids any naming conflicts.
When using import or open, Tetra will search in the TETRAPATH environment variable which should include the Tetra standard library location and also the current directory, but can include other directories as well.
All Tetra modules can have a main function which is never included when that module is imported or opened. The main function is only used when a module is executed directly. For example, we could add a main function to the fact.ttr file which tests out the factorial function. To test the module, we can run it directly. When importing the module, the main is not used and does not conflict with a main function in the file which is importing fact.
Tetra also has first-class functions which means that functions can be
passed to and from other functions, stored in variables and data structures
etc. When declaring a function type, the parameter types are listed in
parentheses, followed by the ->
symbol, followed by the return type
of the function.
The following example shows how a function in Tetra can be written which takes a function as a parameter. This is done to implement the "reduce" function of "map reduce" fame:
# just add two numbers
def add(a int, b int) int:
return a + b
# just multiply two numbers
def mult(a int, b int) int:
return a * b
# reduce a list to one value using some function
def reduce(data [int], initial int, f (int, int) -> int)) int:
result = initial
for d in data:
result = f(result, d)
return result
# test out reduce
def main():
# our data
data = [1 ... 10]
# calculate the sum
sum = reduce(data, 0, add)
# calculate the product
product = reduce(data, 1, mult)
Tetra supports lambda functions which are functions created anonymously inside of an expression. This can be done to avoid having to define very small functions. For instance, we could use a lambda to specify the addition and multiplication functions directly in the call to reduce:
def main():
data = [1 ... 10]
# calculate the sum
sum = reduce(data, 0, lambda a int, b int: a + b)
# calculate the product
product = reduce(data, 1, lambda a int, b int: a * b)
The syntax for a lambda function is shown above. It begins with the lambda keyword, followed by the parameter list, then a colon, and then the function expression.
Lambda functions cannot contain statements or span multiple lines. If a
larger or more complex function is needed, you must use def
.


Welcome to {{ title }}!
Here are some links to help you start:
{{hello | uppercase}}
{{test()}}
The current time is {{currenttime | date:'HH:mm:ss'}}
{{primeNumbers}}
List of even prime numbers:
{{item}}
Show negative numbers
red
and positive numbers
blue
:
0}">{{item}}


Ireland rugby star Simon Zebo and partner Elvira Fernandez welcome third baby
The couple are already parents to Jacob and Sofia
by Blaithin de PaorRugby star Simon Zebo and his partner Elvira Fernandez have welcomed their third child.
The Irish rugby player's partner gave birth to a baby boy this week.
Simon announced the news on Instagram, sharing a photo of the trio from the hospital bed and revealing the name they had chosen.
He wrote: "Welcome to the world, my son - Noah Anthony Fernandez Zebo".
The couple are already parents to Jacob and Sofia, RSVP Live reports.
Earlier this year Simon announced the news of the pregnancy on Instagram.
Sharing a gorgeous family selfie, he simply wrote: "Blessing number three on the way."
Fans and friends flocked to congratulate the happy couple on their wonderful news.
Simon announced his retirement from Munster in 2017. He continues to play for the Irish team.
“This club has moulded me into the player and person I am today and I will forever be grateful for that,” he told MunsterRugby.ie. at the time.
“It has always been my dream to play for my home club, wearing the red jersey while representing my family, friends and local community.
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.
"However, I have always noted the draw to play abroad one day, and I’m not talking this decision lightly, I have decided on what’s best for my family.
“With my partner Elvira and two young children Jacob and Sofia, we are planning for our future and this is the right time for us to make the move.
“As much as I will miss everything about this place – the players, staff, supporters and friends for life – I know there are many more special nights in Thomond Park and Irish Independent Park to be had.
“I will continue to enjoy wearing my jersey with pride and will give my all in making sure Munster are a success this season.”


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Submit Saved Case Projects |
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The Submit Saved Case Projects feature allows the user to retrieve previously saved projects to continue entering project instructions in order to submit the project:
-Enter My Cases portal and enter a case portal
-Under the Case Projects submodule, select the Saved Projects button
Under the Saved Project section:
-Select a Saved Project in the grid display
-Select the Edit Saved Project node
-Edit or add additional project instructions
-Select the Next button to work through the forms and select Save again at the end if the user is not ready to Submit the project or select Submit button to finalize the project.
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First open http://www.planetfour.org in a separate tab and sign in (clicking on the link should open the P4 webpage in a separate window). Once you log in you can close the window/tab and come back here.
The easiest way to get the gold standard data is to use a url query to make the Planet Four website show a specific image. The links are below for the images assigned to you for this week.
For each link below - click and it should take you to a new tab. Make your markings and then hit 'Finish' and then 'Next'. After that close the tab/window and come back here and classify the next link.
If you think a particular image was way especially hard then instead of 'Next' click discuss and add the talk hashtag #hard2see or you can send me the link
Note once you've gone to a link it should change color and your browswer should remember going there so you can track of what you've done and is still left to do. Also give the interace a second to load and retrieve the image (you might see the P4 home page flash first).
Reminder: First open http://www.planetfour.org in a separate tab and sign in (clicking on the link should open the P4 webpage in a separate window). Once you log in you can close the window/tab and come back here.
APF00007xp
APF0000h3f
APF00009m3
APF00003kc
APF0000170
APF0000bd3
APF00000yj
APF00002sx
APF0000e3h
APF00008n6
APF00000xm
APF00000nf
APF0000fgj
APF000020h
APF00005rn
APF00004u8
APF00001yz
APF0000ejx
APF0000b70
APF000032i
APF0000p4n
APF0000mb1
APF0000igx
APF0000juo
APF0000k7l
APF0000wfo
APF0000vsd
APF0000mrh
APF0000tgu
APF0000nwi
APF0000o33
APF0000gtd
APF0000fpt
APF0000fkq
APF00000sc


--- layout: post title: '' date: '2010-04-30T21:54:33-07:00' tags: tumblr_url: http://alexhwilliams.tumblr.com/post/562488887/when-you-dont-need-an-answer-there-will-be-days ---
When you don’t need an answer. There will be days like this.


Contents¶
Models¶
Admin Kit Models module
-
class
admin_kit.models.
BaseField
(kit_config=None, ajax_source=None, ajax_target=None, ajax_subscribe=False, *args, **kwargs)[source]¶ The Base model field of Admin-Kit models. This inherits Django’s models.Field class.
-
deconstruct
()[source]¶ Deconstructs the field to a tuple of 4 elements. This is used to recreate the same object.
-
formfield
(form_class=None, choices_form_class=None, **kwargs)[source]¶ Returns the form object to be used for rendering.
-
-
class
admin_kit.models.
MultiSelectField
(seperator=', ', *args, **kwargs)[source]¶ The Multiselect model field of Admin-Kit, which allows users to create multi select ajax fields.
Fields¶
Admin Kit Fields module
-
class
admin_kit.fields.
BaseField
(kit_config=None, ajax_source=None, ajax_target=None, ajax_subscribe=None, *args, **kwargs)[source]¶ The Base Field for form fields
Widgets¶
Admin Kit Widgets module
Site¶
Admin Kit Sites module
-
class
admin_kit.sites.
AdminKitSite
(name='admin_kit')[source]¶ The main AdminKitSite that routes and process url requests.
-
register
(key, ajax_class)[source]¶ Registers the
ajax_class
for ajax behaviour- key :: str
- This is the key that will be used in models for binding
- ajax_class :: class
- The ajax class that inherits
admin_kit.ajax.Ajax
-
urls
¶ The actual property used by django for routing requests
-
-
admin_kit.site.
register
(key, ajax_class)¶ Registers the
ajax_class
for ajax behaviour. This is same asadmin_kit.sites.AdminKitSite.register
method- key :: str
- This is the key that will be used in models for binding
- ajax_class :: class
- The ajax class that inherits
admin_kit.ajax.Ajax
Ajax¶
Admin Kit Ajax module
-
class
admin_kit.ajax.
Ajax
[source]¶ This is the base class for Ajax functionality.
- response_type : str
- The response type of the API. By default its set to
json
, It also acceptstext
. - unique : bool
- If True, the
key
is prepended with class name slug, Thus making it unique per class.
-
classmethod
generate_key
(key)[source]¶ A class method that generates key, that maps to the function
If
unique
attribute is true, then it appends hiphen seperated class name to actualkey
Example:
>>> import DummyAjaxClass >>> DummyAjaxClass.generateKey('the_key') the_key >>> DummyAjaxClass.unique = True >>> DummyAjaxClass.generateKey('the_key') dummy-ajax-class-the_key


This window deals with specifying which cells are Populated, or active. An unpopulated cell is ignored by the BMS so it is important to only flag real cells as populated.
There are two settable parameters on this screen:
Populated: This checkbox is used to specify a cell as either Populated (checked) or Unpopulated (unchecked).
Bussbar Resistance (units in 0.01 mOhm): This parameter is used to set the amount of added resistance (if any) in 0.01 mOhm that the given cell has due to a bussbar or other high impedence link. Since the BMS reads cells in banks of 12 cells, there may be instances where an extended bussbar is needed within that 12 cell block. This provides a means to compensate out the additional resistance introduced by the longer wire. Small bussbars of 4 inches or less generally can be ignored.
There is an "Automatically Populate" button on this screen (that is enabled if the application is connected to the BMS) that allows for the BMS to intelligently determine which cells are populated based on which voltages read above 0v. Before pressing this button, make sure that all desired cells are plugged in.
NOTE: The Automatically Populate button is not guaranteed to always produce the correct population table. If a cell is accidentally unplugged, shorted, or is not wired properly this can cause invalid results. The population table should always be reviewed afterwards for correctness.
| < Nominal Cell Resistance | How Cell Balancing Works > |


This extension automatically scans for git repos below a certian base path that you need to enter here.


Webpack (stylised webpack) is an open-source JavaScript module bundler. Its main purpose is to bundle JavaScript files for usage in a browser, yet it is also capable of transforming, bundling, or packaging just about any resource or asset. Webpack takes modules with dependencies and generates static assets representing those modules. It is a module bundler primarily for JavaScript, but it can transform front-end assets like HTML, CSS, even images if the corresponding plugins are included.
It takes the dependencies and generates a dependency graph allowing web developers to use a modular approach for their web application development purposes. The bundler can be used from the command line, or can be configured using a config file which is named webpack.config.js.
Node.js is required for installing Webpack. Webpack is highly extensible via loaders which allow developers to write custom tasks that they want to perform when bundling files together.
Webpack uses a config file with the default filename webpack.config.js to define loaders, plugins, etc., for a project. createapp.dev simplifies the process of creating the config file.
Webpack provides code on demand using the moniker code splitting. The Technical Committee 39 for ECMAScript is working on standardization of a function that loads additional code: proposal-dynamic-import.
Other module bundlers:


| 014:018 Khan | : |
The parable of those who disbelieve in their Lord is that their works are as ashes, on which the wind blows furiously on a stormy day, they shall not be able to get aught of what they have earned. That is the straying, far away (from the Right Path). |
| 014:018 Maulana | : |
The parable of those who disbelieve in their Lord: Their works are as ashes on which the wind blows hard on a stormy day. They have no power over aught they have earned. That is straying far away. |
| 014:018 Pickthal | : |
A similitude of those who disbelieve in their Lord: Their works are as ashes which the wind bloweth hard upon a stormy day. They have no control of aught that they have earned. That is the extreme failure. |
| 014:018 Rashad | : |
The allegory of those who disbelieve in their Lord: their works are like ashes in a violent wind, on a stormy day. They gain nothing from whatever they earn; such is the farthest straying. |
| 014:018 Sarwar | : |
The deeds of those who deny the existence of their Lord are like ashes blown about by a strong wind on a stormy day. They will achieve nothing from their deeds. (What they have done) is a manifest error. |
| 014:018 Shakir | : |
The parable of those who disbelieve in their Lord: their actions are like ashes on which the wind blows hard on a stormy day; they shall not have power over any thing out of what they have earned; this is the great error. |
| 014:018 Sherali | : |
The case of those who disbelieve in their Lord is that their works are like ashes, on which wind blows violently on a stormy day. They shall have no power over what they earn. That, indeed, is utter ruin. |
| 014:018 Yusufali | : |
The parable of those who reject their Lord is that their works are as ashes, on which the wind blows furiously on a tempestuous day: No power have they over aught that they have earned: that is the straying far, far (from the goal). |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الكافرون > عمل الكفار لا ينفعهم يوم القيامة Pillars of Islam> Islamic> The Disbelievers> The Disbelievers' Deeds does not Benefit them on the Day of Judgement أركان الإسلام > التوحيد > الكافرون > نتيجة عمل الكفار Pillars of Islam> Islamic> The Disbelievers> The Outcome of the Disbelievers' actions الإيمان > الإيمان بالله > حقيقة الإيمان Faith> Belief In Allah> The Reality of Faith العلوم والفنون > الحقائق العلمية و الإشاة إلى وقائع أيدتهاالإكتشافات العلمية > الريح Science and Art> The Scientific Facts and the Indication to Facts which have been supported by the Scientific Discoveries>The Wind
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.