Webpack NPM compatible modules
-
Webpack CLI
The official CLI of webpack.
-
@babel/core
Babel is used to convert ECMAScript 2015+ code.
-
babel-loader
This package allows transpiling JavaScript files using Babel
and webpack.
-
clean-webpack-plugin
A webpack plugin to remove/clean your build folder(s).
-
cross-env
You can have a single command without worrying about setting or
using the environment variable properly for the platform.
-
Sass
This package is a distribution of Dart Sass, compiled to pure
JavaScript with no native code or external dependencies.
-
Mini CSS Extract Plugin
This plugin extracts CSS into separate files. It creates a CSS
file per JS file which contains CSS.
-
Sass Loader
Loads a Sass/SCSS file and compiles it to CSS.
-
Style Loader
Inject CSS into the DOM.
-
Css Loader
The css-loader interprets @import and url() like
import/require() and will resolve them.
-
Eslint
ESLint is a tool for identifying and reporting on patterns
found in ECMAScript/JavaScript code.
-
Html Loader
Exports HTML as string. HTML is minimized when the compiler
demands.
-
Html Webpack Plugin
Plugin that simplifies creation of HTML files to serve your
bundles.
-
Webpack Dev Server
Use webpack with a development server that provides live
reloading. This should be used for development only.
-
Prettier
Prettier is an opinionated code formatter.
-
Accordion
Silky-smooth accordion widgets with no external
dependencies.
-
Swiper
Modern free mobile touch slider with hardware accelerated
transitions and native behavior.
-
Headroom.js
Headroom.js is a lightweight, high-performance JS widget (with
no dependencies) that allows you to react to the user's
scroll.
-
Material Components Web
This package contains the master library for Material
Components Web.
-
PostCSS Preset Env
PostCSS Preset Env lets you convert modern CSS into something
most browsers can understand...
-
Audio.js
Tjis is a drop-in javascript library that allows <audio>
tag to be used anywhere.
Material Design Components
-
Buttons
Buttons allow users to take actions, and make choices, with a
single tap.
-
Checkboxes
Checkboxes allow users to select one or more items from a set.
Checkboxes can turn an option on or off.
-
Cards
Cards contain content and actions about a single subject.
-
Dialogs
Dialogs inform users about a task and can contain critical
information, require decisions, or involve multiple tasks.
-
Lists
Lists are continuous, vertical indexes of text or images.
-
Menus
Menus display a list of choices on temporary surfaces.
-
Navigation drawer
Navigation drawers provide access to destinations in your
app.
-
Radio buttons
Radio buttons allow users to select one option from a
set.
-
Sliders
Sliders allow users to make selections from a range of
values.
-
Switches
Switches toggle the state of a single item on or off.
-
Tabs
Tabs organize content across different screens, data sets, and
other interactions.
-
Text fields
Text fields let users enter and edit text.
-
Tooltips
Tooltips display informative text when users hover over, focus
on, or tap an element.
Text, Photo & Audio Placeholders
-
Unsplash
Unsplash is the internet’s source of freely-usable
images.
-
LoremIpsum.io
Free placeholder image generators.
-
Wear Medicine Australia
Wear Medicine - premium quality t-shirts with tattoo art,
Gothic design, Japanese art and more.
-
Material Design Components
Material Components are interactive building blocks for
creating a user interface.
-
Node Package Manager
The free npm Registry has become the center of JavaScript code
sharing.
-
The Sound Archive
Free online library containing a huge database of sounds in
various formats.


Here are the changes to Canadian carrier rate plans this week [November 25 – December 1]
by Ian HardyThere are over 30 million wireless subscribers in Canada and if you’re in the market to switch carriers, then you’ll want to know about the latest promotions and cell phone rate plan changes. You can find all those changes and additions below in a simple, easy to read chart.
Every week MobileSyrup will post the latest weekly rate plan deals. You can also check out our MobileSyrup’s rate plan calculator for details on plans, as well as to find the right plan for you.
Keep in mind that rate plans are always subject to change and that we’ll do our best to keep this list updated as accurately as possible.
Canadian carrier rate plan changes this week
7-Eleven Speakout
Ongoing
-
-
- $50 off FiGO Orbit II phone with $100 voucher purchase + extra $25 bonus credit
- $20 off any phone with $50+ Top up voucher purchase
-
Bell
New
-
- Updated offer: $20/mo. off Premium, Premium+ and Ultra options on Connect Everything share plans only in MB and SK compared to other regions (was $10/mo. off)
- $10/mo. off BYO option on Unlimited/Connect Everything share plans in MB/QC compared to main regions
- Promo 38 plan and Basic Phone 45 plans now come with 1GB of data instead of 2GB (QC)
- Removed $45 Unlimited Talk & Text + 500MB data prepaid plan and updated prepaid data add-ons
Ongoing
-
- Various monthly phone credits on select smartphones with SmartPay or SmartPay + Device Return Option
- $10/mo. off BYO option on Unlimited/Connect Everything share plans in QC compared to main regions
- $20/mo. off Premium, Premium+ and Ultra options on Unlimited/Connect Everything share plans in QC compared to other regions
- Up to $700 trade-in credit with any smartphone purchase
- Family savings: $10 off all additional lines on a Connect Everything Share plan (all regions)
- 100MB bonus data for 12 months on $15 to $35 Prepaid plans or 500MB bonus data for 12 months on $40+ Prepaid plans with allowance or auto-allowance
- Promo prepaid plans with unlimited Canada talk & text for $40/mo. or unlimited Canada talk & text plus 2GB data for $50/mo.
- $40 in bonus credits on $15+ Prepaid plans (MB)
Chatr
Ongoing
- 2GB of data on $40 and $50 Nationwide Talk, Text & Data plans
- 500MB bonus with Autopay on all plans except $15 plan which comes with 250MB bonus
Xplore Mobile
O ngoing
- Rollover plan with 7GB of data per month
Eastlink
Ongoing
- 5GB of Bonus Data on all Data Plans plus Eastlink customers get an extra 1GB bonus
Fido
Ongoing
-
- $65 bill credit with new phone activation or upgrade on a 2-year plan
- Double data offer on 1GB, 2GB, 3GB and 4GB plans (all regions except QC)
- $10/mo. credit on all Talk, Text & Data BYO plans (MB/SK)
- $5/mo. credit on all Talk, Text & Data 2-year plans (MB/SK)
- Double data offer on 1GB and 2GB plans, and 2GB bonus on 6GB plan (QC)
- 1 month of service free with 6GB + 2GB bonus and with 10GB BYO plans (QC)
- $5/mo. off 10GB plan in MB & SK compared to other regions
- $5/mo. off $45 PPU data plan in QC compared to other regions
Freedom Mobile
New
-
- New $65 Promo Big Gig Unlimited +Talk plan with 11GB data
Ongoing
-
- 3GB bonus data on Freedom 2GB and 5GB plans
- $5/mo. digital discount on all plans
- Customers who BYO phone and add a new line get $5/mo. off when activating on a $50 plan OR $10/mo. off when activating a $60+ plan for 12 months OR $15/mo. off when activating on a $70+ plan for 24 months
Koodo Mobile
New
-
- Removed some tab options for the Apple iPhone 11, 11 Pro, 11 Pro Max, XS and XS Max; Google Pixel 4 and 4 XL; Huawei P30 Pro; LG G8X ThinQ; Samsung Galaxy Note10+, S10 and S10+
- Updated offer: $10/mo. off for 12 months on the $60+ prepaid plans with promo code KOODOFFER – was on $50+ plans (QC)
- Double data + $5/month off the $50 prepaid plan with 2GB data in QC compared to other regions – now $45/month with 2GB + 2GB bonus (QC)
Ongoing
-
- 1 Year of Amazon Prime when signing up to a Talk, Text & Data postpaid plan with promo code
- $150 bonus gift on the Apple iPhone 8 activation on the Tab
- $50 bonus gift on the LG G7 ThinQ and LG X Power 3 activation on the Tab
- $100 bonus gift on various smartphones with activation on the Tab
- Double data offer on 1GB, 2GB, 3GB and 4GB plans (all regions except QC)
- Double data offer on 1GB, 2GB and 4GB plans (QC)
- $5/mo. off $35 PPU data plan in QC compared to other regions
Lucky Mobile
Ongoing
-
- New carrier Plans and phones live on site.
PC Mobile
Ongoing
-
- Unlimited Canada-wide Minutes included with the $35 plan
- 1GB bonus data included with the $45 and $55 plans
Petro-Canada
Ongoing
-
- “$15/30 Days” promo plan with 100 Canada mins
- “$4/30 Days” promo plan with Unlimited Canada mins and 2GB data
Public Mobile
Ongoing
-
- $10/mo. for the first 6 months of service when activating any $35+ plan
- Save with AutoPay Rewards
Rogers
New
-
- $10/mo. off all Infinite plans in MB & SK compared to main regions
- Increased Edge Financing and outright prices on select devices and discounted difference via monthly credits on Edge Financing
Ongoing
-
- Various monthly phone credits on select smartphones with Edge Financing
- $65 bill credit with new phone activation or upgrade on a 2-year plan
- First month of service FREE with BYO smartphone (QC)
- $10/mo. off all Infinite plans in QC compared to other regions
- Up to $500 trade-in credit when activating a new smartphone on a 2-year Infinite plan
- Family savings: $10 off all additional lines on an Infinite plan (all regions)
SaskTel
Ongoing
-
- Double trade-in value for customers who switch and purchase a smartphone on a 2-year voice and data plan
- Extra $10/mo. off for 12 months for customers who switch, bring their own device to Sasktel and sign up to a voice and data plan ($25 off total)
- $10/mo. credit for 6 months for customers who sign up for a noSTRINGS Prepaid service on a Talk, Text & Data plan
- $20 Prepaid bonus with auto top-up set up
- Customers who bring their Google Pixel 3 or 3 XL get $600 off via 24 monthly bill credits of $25 when activating a new line
Telus
New
-
- $10/mo. off all Peace of Mind, Peace of Mind Connect and Simple Share plans in MB & SK compared to main regions
- Dropped pricing by $5 on the Nationwide Talk & Text 40 prepaid plan – now Nationwide Talk & Text 35
- Removed Talk, Text & Data 35 prepaid plan
Ongoing
-
- $65 bill credit offer over 2 months when activating or upgrading a phone online
- One year of Apple TV+ included when buying an Apple iPhone
- $10/mo. off all Peace of Mind, Peace of Mind Connect and Simple Share plans in QC compared to main regions
- Family savings: $5-$15 off all lines on Peace of Mind and Simple Share Family plans (all regions)
- 1GB bonus data and unlimited minutes on the Nationwide Talk, Text and Data 55 prepaid plan OR unlimited minutes on the Nationwide Talk, Text and Data 65 prepaid plan
- Bonus Manitoba minutes on Texting 15, Talk & Text 25 prepaid plans (MB)
Videotron
Ongoing
-
-
- Customers who BYO phone get 1 month of service FREE on any Zen plan
- Double data on the 2GB Basic plan
-
Virgin Mobile
New
-
- $50-$150 bonus gift cards on select smartphones and plans
- Removed 500 Mins with PPU data option on BYO and Silver plans (main regions)
- Dropped pricing on unlimited minutes + PPU data plan options (main regions)
- 1 month of service free with 4GB + 4GB bonus and with 10GB BYO plans (QC)
- $5/mo. credit on all 10GB plans (MB/SK)
Ongoing
-
- Double data offer on the 1GB, 2GB, 3GB and 4GB plans (all regions except QC)
- Double data offer on the 1GB, 2GB and 4GB plans (QC)
- $515/mo. off the PPU data plan with unlimited minutes in QC compared to other regions


External Contacts
Collapse
Expand
Select the client contacts associated with this offer
Add Contact
Remove Selected


OCR
Tip: You can copy paste the text from the result, OCR performance varies based upon your device. You may continue your work on other apps keeping Take Notes in the background.
Find it time taking? Visit Here (Less Accurate)
Tip: You can copy paste the text from the result, OCR performance varies based upon your device. You may continue your work on other apps keeping Take Notes in the background.
Find it time taking? Visit Here (Less Accurate)


20 Alastair Wood (SCO)
19 May 1974 2:28:40 Draveil FRA World Veteran's Championships
07 Jul 1973 2:22:29a Forres SCO Inverness-Forres
24 Jun 1972 2:21:02 Edinburgh SCO Scottish Championships
24 Oct 1970 2:17:59 Harlow ENG Harlow
04 Jul 1970 2:13:44x Forres SCO Inverness-Forres
25 Oct 1969 2:19:15 Harlow ENG Harlow
12 Jul 1969 2:27:44a Forres SCO Inverness-Forres
22 Jun 1968 2:21:18 Grangemouth SCO Scottish Championships
11 May 1968 2:25:27 Glasgow SCO Shettleston Harriers
08 Jul 1967 2:16:16x Forres SCO Inverness-Forres
24 Jun 1967 2:21:26 Grangemouth SCO Scottish Championships
13 May 1967 2:23:02 Glasgow SCO Shettleston Harriers
09 Jul 1966 2:13:45x Inverness SCO Inverness-Forres
23 Apr 1966 2:24:00 Glasgow SCO Shettleston Harriers
10 Jul 1965 2:29:54a Forres SCO Inverness-Forres
12 Jun 1965 2:20:46 Glasgow SCO Scottish Championships
27 Jun 1964 2:24:00 Edinburgh SCO Scottish Championships
16 May 1964 2:23:16 Glasgow SCO Shettleston Harriers
18 May 1963 2:25:50 Glasgow SCO Shettleston Harriers
23 Jun 1962 2:24:58a Edinburgh SCO Scottish Championships
Last Updated on
03 Feb 2012


This is a patch release to fix minor bugs and improve error messages.
Enhancements
olsrr now throws better error messages keeping in mind beginner and intermediate R users. It is a work in progress and should get better in future releases.
Bug Fixes
Variable selection procedures based on p values now handle categorical variables in the same way as the procedures based on AIC values.
This is a minor release for bug fixes and API changes.
API Changes
We have made some changes to the API to make it more user friendly:
- all the variable selection procedures start with
ols_step_*
- all the test start with
ols_test_*
- all the plots start with
ols_plot_*
Bug Fixes
ols_regress returns error in the presence of interaction terms in the formula (#49)
ols_regress returns error in the presence of interaction terms in the formula (#47)
return current version (#48)
Bug Fixes
- mismatch in sign of partial and semi partial correlations (#44)
- error in diagnostic panel (#45)
- standardized betas in the presence of interaction terms (#46)
A big thanks goes to (Dr. Kimberly Henry) for identifying bugs and other valuable feedback that helped improve the package.
This is a minor release containing bug fixes.
Bug Fixes
- output from reg_compute rounded up to 3 decimal points (#24)
- added variable plot fails when model includes categorical variables (#25)
- all possible regression fails when model includes categorical predictors (#26)
- output from bartlett test rounded to 3 decimal points (#27)
- best subsets regression fails when model includes categorical predictors (#28)
- output from breusch pagan test rounded to 4 decimal points (#29)
- output from collinearity diagnostics rounded to 3 decimal points (#30)
- cook’s d bar plot threshold rounded to 3 decimal points (#31)
- cook’s d chart threshold rounded to 3 decimal points (#32)
- output from f test rounded to 3 decimal points (#33)
- output from measures of influence rounded to 4 decimal points (#34)
- output from information criteria rounded to 4 decimal points (#35)
- studentized residuals vs leverage plot threshold rounded to 3 decimal points (#36)
- output from score test rounded to 3 decimal points (#37)
- step AIC backward method AIC value rounded to 3 decimal points (#38)
- step AIC backward method AIC value rounded to 3 decimal points (#39)
- step AIC both direction method AIC value rounded to 3 decimal points (#40)
This is a minor release containing bug fixes and minor improvements.
Bug Fixes
- inline functions in model formula caused errors in stepwise regression (#2)
- added variable plots (
ols_avplots
) returns error when model formula contains inline functions (#3)
- all possible regression (
ols_all_subset
) returns an error when the model formula contains inline functions or interaction variables (#4)
- best subset regression (
ols_best_subset
) returns an error when the model formula contains inline functions or interaction variables (#5)
- studentized residual plot (
ols_srsd_plot
) returns an error when the model formula contains inline functions (#6)
- stepwise backward regression (
ols_step_backward
) returns an error when the model formula contains inline functions or interaction variables (#7)
- stepwise forward regression (
ols_step_backward
) returns an error when the model formula contains inline functions (#8)
- stepAIC backward regression (
ols_stepaic_backward
) returns an error when the model formula contains inline functions (#9)
- stepAIC forward regression (
ols_stepaic_forward
) returns an error when the model formula contains inline functions (#10)
- stepAIC regression (
ols_stepaic_both
) returns an error when the model formula contains inline functions (#11)
- outliers incorrectly plotted in (
ols_cooksd_barplot
) cook’s d bar plot (#12)
- regression (
ols_regress
) returns an error when the model formula contains inline functions (#21)
- output from step AIC backward regression (
ols_stepaic_backward
) is not properly formatted (#22)
- output from step AIC regression (
ols_stepaic_both
) is not properly formatted (#23)
Enhancements
- cook’s d bar plot (
ols_cooksd_barplot
) returns the threshold value used to classify the observations as outliers (#13)
- cook’s d chart (
ols_cooksd_chart
) returns the threshold value used to classify the observations as outliers (#14)
- DFFITs plot (
ols_dffits_plot
) returns the threshold value used to classify the observations as outliers (#15)
- deleted studentized residuals vs fitted values plot (
ols_dsrvsp_plot
) returns the threshold value used to classify the observations as outliers (#16)
- studentized residuals vs leverage plot (
ols_rsdlev_plot
) returns the threshold value used to detect outliers/high leverage observations (#17)
- standarized residuals chart (
ols_srsd_chart
) returns the threshold value used to classify the observations as outliers (#18)
- studentized residuals plot (
ols_srsd_plot
) returns the threshold value used to classify the observations as outliers (#19)
Documentation
There were errors in the description of the values returned by some functions. The documentation has been thoroughly revised and improved in this release.


--- layout: page status: publish published: true title: google-place-lat-long author: display_name: vishvendra login: vishvendra email<EMAIL_ADDRESS>url: '' author_login: vishvendra author_email<EMAIL_ADDRESS>wordpress_id: 94 wordpress_url: https://www.vishvendrasingh.com/?page_id=94 date: '2015-12-24 15:49:34 +0530' date_gmt: '2015-12-24 15:49:34 +0530' categories: [] tags: [] comments: [] ---
Place Autocomplete Address Form


JavaScript is disabled on your browser.
Skip navigation links
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
Prev
Next
Frames
No Frames
All Classes
Hierarchy For All Packages
Package Hierarchies:
com.riskgame
,
com.riskgame.adapter
,
com.riskgame.builder
,
com.riskgame.config
,
com.riskgame.constant
,
com.riskgame.controller
,
com.riskgame.dto
,
com.riskgame.logging
,
com.riskgame.model
,
com.riskgame.observerpattern
,
com.riskgame.service
,
com.riskgame.service.impl
,
com.riskgame.service.Impl
,
com.riskgame.strategy
,
com.riskgame.strategy.impl
,
com.riskgame.view
Class Hierarchy
java.lang.Object
com.riskgame.strategy.impl.
AggresivePlayer
(implements com.riskgame.strategy.
StrategyInterface
)
com.riskgame.config.
AppJavaConfig
javafx.application.Application
com.riskgame.
RiskgameApplication
com.riskgame.strategy.impl.
BenevolentPlayer
(implements com.riskgame.strategy.
StrategyInterface
)
com.riskgame.strategy.impl.
CheaterPlayer
(implements com.riskgame.strategy.
StrategyInterface
)
com.riskgame.service.Impl.
ConquestMapImpl
(implements com.riskgame.service.
ConquestMapInterface
)
com.riskgame.service.impl.
ConquestMapImplTest
com.riskgame.model.
Continent
com.riskgame.dto.
ContinentDto
com.riskgame.dto.
CountryDto
com.riskgame.adapter.
DominationToConquestAdapter
(implements com.riskgame.service.
MapManagementInterface
)
com.riskgame.model.
GamePlayPhase
com.riskgame.model.
GameResult
com.riskgame.builder.
GameState
com.riskgame.builder.
GameStateBuilder
com.riskgame.builder.
GameStateConcreteBuilder
com.riskgame.builder.
GameStateDirector
com.riskgame.strategy.impl.
HumanPlayer
(implements com.riskgame.strategy.
StrategyInterface
)
com.riskgame.controller.
MapController
(implements javafx.fxml.Initializable)
com.riskgame.service.Impl.
MapManagementImpl
(implements com.riskgame.service.
MapManagementInterface
)
com.riskgame.service.impl.
MapManagementImplTest
com.riskgame.dto.
NeighbourTerritoriesDto
com.riskgame.observerpattern.
Observer
com.riskgame.controller.
RiskPlayScreenController
(implements javafx.fxml.Initializable)
com.riskgame.model.
Player
com.riskgame.service.Impl.
PlayerHandlerImpl
(implements com.riskgame.service.
PlayerHandlerInterface
)
com.riskgame.service.impl.
PlayerHandlerImplTest
com.riskgame.model.
PlayerTerritory
com.riskgame.strategy.impl.
RandomPlayer
(implements com.riskgame.strategy.
StrategyInterface
)
com.riskgame.model.
RiskCard
com.riskgame.model.
RiskCardExchange
com.riskgame.
RiskgameApplicationTests
com.riskgame.model.
RiskMap
com.riskgame.service.Impl.
RiskPlayImpl
(implements com.riskgame.service.
RiskPlayInterface
)
com.riskgame.service.impl.
RiskPlayImplTest
com.riskgame.config.
SpringFXMLLoader
com.riskgame.config.
StageManager
com.riskgame.controller.
StartupPhaseController
(implements javafx.fxml.Initializable)
com.riskgame.observerpattern.
Subject
com.riskgame.model.
Territory
com.riskgame.model.
TournamentInput
com.riskgame.model.
TournamentResults
com.riskgame.controller.
WelcomeController
(implements javafx.fxml.Initializable)
java.io.Writer (implements java.lang.Appendable, java.io.Closeable, java.io.Flushable)
java.io.PrintWriter
com.riskgame.logging.
ExceptionWriter
Interface Hierarchy
com.riskgame.service.
ConquestMapInterface
com.riskgame.service.
MapManagementInterface
com.riskgame.service.
PlayerHandlerInterface
com.riskgame.service.
RiskPlayInterface
com.riskgame.strategy.
StrategyInterface
Enum Hierarchy
java.lang.Object
java.lang.Enum<E> (implements java.lang.Comparable<T>, java.io.Serializable)
com.riskgame.view.
FxmlView
com.riskgame.constant.
TounamentStrategy
com.riskgame.constant.
ComputerStrategy
com.riskgame.constant.
HumanStrategy
com.riskgame.constant.
StrategyType
Skip navigation links
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
Prev
Next
Frames
No Frames
All Classes


The challenge is to develop an application that tries to increase the user’s participation in team sports through online communities. Several factors play into the success of this concept. It is not possible to achieve this goal if the application is not properly designed. To achieve this, design principles of several disciplines are applied to achieve a user-centric solution.
The term "user experience" was first coined by Don Norman in the early 1990s when he was working at Apple (NORMAN, 2013, P. XIII F.). User experience comprises all aspects of a user’s interaction with a company, its services, and its products. The
focus and most important goal of good user experience is to meet the user’s needs in every aspects. Close cooperation is required between different disciplines, such as engineering, marketing, graphic design, industrial design, and interface design
(NORMAN & NIELSEN, N.D.).
»Good design is actually a lot harder to notice than poor design, in part because good designs fit our needs so well that the design is invisible, serving us without drawing attention to itself. Bad design, on the other hand, screams out its inadequacies, making itself very noticeable.«Don Norman
User experience captures everything a user experiences while using a given product, from the visuals, the haptics, and the audio to how the product feels. User experience of a product comprises three primary factors: its look, feel, and usability (IXDF - UX DESIGN, N.D.) (→ FIG. 04).
User Experience Design requires a solid understanding of the psychology and behavior of the user. Understanding how users perceive a product allows user experience designers to iterate their concepts and better achieve the user’s goals. According to Marc Hassenzahl and Sarah Diefenbach’s paper *Well-being*, *Need Fulfillment*, and *Experience Design*, any positive experience is based on meeting psychological needs. The fulfillment of psychological needs, such as competence, relatedness, popularity, stimulation and security, contributes to the well-being of the user and leads to a pleasant user experience. In experience design, these needs are taken as guidelines and inspiration in the design process (HASSENZAHL & DIEFENBACH, 2012, P. 1).
Some of these needs have already been discussed in Chapter 2.1, but in the following, they are considered from the perspective of emotion, while additional needs are addressed.
As discussed in Chapter 2.1, the social aspect is an important factor in motivating people to participate in various activities. Thus, it is also an important factor for participation in sports. Since this thesis addresses the question of how online sports community apps should be designed to increase the user’s participation in team sports, the focus during the design phase is laid especially on relatedness.
In the context of user experience design, needs are also called “user needs”. In addition to the approach of Hassenzahl and Diefenbach, other approaches define user needs for good user experience. Design leader Stephen P. Anderson, for example, developed the “User Experience Hierarchy of Needs” model (→ FIG. 05). Rather than focusing on the psychological side of the user needs, this model is based on a product’s maturity process. Anderson proposes that products proceed through six stages of maturity, during which they can grow from a purely functional product, to a product that is meaningful to the user (ANDERSON, 2011, P. 10F.).
| Main Focus | Need | Note |
|---|---|---|
| Experience | Meaningful | personal significance memorable experiences super easy to use, works like I think can be used without difficulty is available and accurate works as programmede |
| Tasks | Pleasurable, Convinient, Usable, Reliable, Functional |


--- layout: newsstory title: STEADY match: Friendly Yeltz 0 Birmingham City 0 ---
One to go. The latest friendly was a reasonable 0-0 draw at home to Birmingham City , and there's just the game at home to Boston on Saturday.
As ever, things are looking pretty promising at the moment. Brendan looks like he's built a pretty strong squad capable of challenging for the Western Division title, but hey, I thought we were looking pretty good last year so what do I know??
Halesowen :
Clarke Colwell Knight Burnham Crawford Hall Skidmore Carter Hines Giddings Bailey
Subs used: Paul Shaw, Michael Gray, Spencer, Martin
A creditable draw against a Birmingham side containing Curtis Woodhouse, Kevin Poole and Paul Furlong.
Bailey and Alfi Carter again stared in a good all round display. Giddings had two good first half chances producing an excellent save from Kevin Poole. Second half Bailey produced an excellent shimmy to round Poole only to see his shot cannon back off the post. The defence, without Lee Collins still looked solid and Tim Clarke was only really troubled on one occasion.
One time Tamworth midfielder Micheal Gray came on in the second half and ex Kiddy, Walsall and Hereford forward Leroy May was also on the bench but didn't appear. Things are looking good particually if we can hold onto Dennis Bailey and Alfi Carter who would surely have too much quality for the Western Division.


 See: A man impaled on the jaws of an earthmover! See: A man's head decompressed beyond recognition!
No, this is not an ad for one of those so-called video nasties, but what you can expect to see in LICENSE TO KILL, the latest James Bond film and second to star Timothy Dalton as 007.
Bond is back all right -- bigger and bolder, perhaps, but (children under thirteen take note) certainly bloodier than ever. Audiences have learned to expect girls, gadgets and great stunts from these films, but gore? No thank you, Mr. Bond.
LICENSE TO KILL is the sixteenth installment in the seemingly endless series of James Bond films which began back in the 1962 with DR. NO. Back then, Bond pictures could be considered more or less family entertainment. Irrespective of the sex and violence inherent in the films, they were never sordid or nasty. They were never unpleasant. Times, indeed, are a-changin'.
In the ensuing twenty-seven years, Bond has battled his way through several guises, a good number of dry martinis, and more than his fair share of women (an advocate for safe sex this guy is not!). But in all those years, Bond -- the man as well as the series -- has kept killing above board and respectable. In LICENSE TO KILL, however, the producers have prostituted good clean fun for explicit violence. The bloodletting is jarring, and needlessly so.
This time around, the globe-trotting Bond touches down in such exotic locales as the Florida Keys, Bimini, and the fictional city of Isthmus. On their way to the wedding of CIA friend Felix Leiter (David Hedison, in a reprisal of his role in LIVE AND LET DIE), Bond and Leiter are alerted to the fact that nefarious drug magnate Franz Sanchez (menacingly played by Robert Davi) is within striking distance, and the proceedings are quickly curtailed.
However, Sanchez quickly escapes and does the dirty on Felix, turning him into shark bait. This scene is about as uncomfortable to watch as the chainsaw sequence in Brian DePalma's SCARFACE. As the bad guy, Davi is certainly one of the most formidable villains Bond has come up against, at least in recent years. He makes SCARFACE's Tony Montana look like Mr. Rogers.
Bond swears revenge but M (Robert Brown), fearing that Bond will turn this into a personal vendetta, insists that he take on another assignment. Bond cannot and resigns, thereby having his "license revoked," the film's original title.
Carey Lowell and Talisa Soto play the Bond girls. In keeping with Bond's new found monogamy and 1980s image, ex-CIA operative Pam Bouvier (Lowell) is portrayed as a tough cookie, and not just another bit of fluff. However, it isn't long before she hauls herself out of her military garb and parades around in her underwear for a scene or two. Cute, Carey, but no Oscar nod this year, okay? Soto plays Sanchez's girlfriend-on-the-make Lupe Lamora and gets to wear a lot of red outfits, hussy that she is.
The usual wisecracks are very much in evidence -- a bloodied Felix shows up with a sign around his neck which reads "He disagreed with something that ate him." But this time the one-liners are in bad taste because they invariably follow scenes of overt violence.
In THE LIVING DAYLIGHTS, Dalton's first venture into the role of British agent extraordinaire, there was on-screen nudity for the first time in a Bond movie, albeit brief nudity. Now we have an occasional profanity stirred -- sorry, shaken -- into the proceedings. Some might call it keeping up with the times, others a lowering of standards.
Gladys Knight performs the snappy GOLDFINGER-inspired title song and it's the best musical motif in the film. In earlier films, John Barry's score was as much a character as the villain or the Bond girls themselves, and it is sorely missed in this picture. Michael Kamen, who appears to be scoring every other movie release this summer, steps in for Barry on LICENSE TO KILL, but his contribution is mostly flat and hopelessly derivative.
The Bond films have always tried to top each other in terms of spectacular stunts, and LICENSE TO KILL is no exception. In fact, the film's memorable conclusion is probably one of the most explosive action sequences ever put on celluloid.
But the problem with the film is the tone, plain and simple. Over the years the character of James Bond has slowly, imperceptively segued from secret agent to super-hero. He has, in his own way, become an indestructible force in the movies, a caricature of sorts. Nowadays, Bond is much like Freddie Krueger or Jason Voorhees, whose wheelings and dealings this film often seems to imitate.
Moviegoers will have to wait a little longer for the latest incarnations of those familiar faces this summer, but if your appetite for that kind of murder and mayhem needs to be whetted sooner than that, you might want to check out LICENSE TO KILL first. You won't be disappointed.
| Directed by: John Glen David N. Butterworth - UNIVERSITY OF PA | | Rating (L. Maltin): **1/2 Internet<EMAIL_ADDRESS>|
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/simp.20documentation.html ---
@Kevin Buzzard I'm having a look at your recent PR. In "When it is unadvisable to use simp", why not use show
instead of suffices
?
I think that's kind of backwards
let's say you're a long way from a goal
and simp makes tiny progress
no wait
simp changes your goal slightly
it makes it into X
then suffices X, simpa [this]
does the same thing
but show won't work
becuase X isn't defeq to the original goal
The idiom (is that the right word?) is that if simp changes your goal to X, then why not make a new goal and instantly close it with simp.
Good point. Then you can only choose show
in the special case where the new goal is defeq
to the old one.
It might be worth having a shortcut for suffices : (simplified thing), by simpa [this]
yeah, it's simp
;-)
simp to (simplified thing)
?
simpa
was intended for basically exactly that use case. It's not exactly wasting that many keywords as it is
yeah but golf
for golf, simpa [bla] using bla
is even more effective
simp {answer := simplified thing}
also, you can just write suffices : (simplified thing), {simpa}
Last updated: Apr 24 2020 at 19:02 UTC


Autumn in New York * * (out of * * * * )
Directed by Joan Chen. Cast: Richard Gere, Winona Ryder, Elaine Stritch, Anthony LaPaglia, Sherry Stringfield, Vera Farmiga, Jill Hennessy. 2000 - 105 minutes Rated PG-13 (for profanity and sexual situations). Reviewed by Dustin Putman, August 12, 2000.
Ever seen 1970's "Love Story," where Ryan O'Neal had to come to terms with his love, and the impending death, of the sickly Ali McGraw? How about last spring's "Here on Earth," in which Chris Klein was forced to cope with Leelee Sobieski's bout with cancer? Joan Chen's "Autumn in New York" is yet another in a growing trend of romantic weepies, in which two people fall head-over-heels in love, but find themselves being torn apart by one of their inevitable deaths to a token, movie-style illness. Despite MGM's decision to not screen the picture for review for critics, which causes much controversy and talk in Hollywood about how bad it must be, it's with at least partial happiness to report that it really isn't that awful. In fact, "Autumn in New York" isn't bad at all, and while much of the film simply doesn't work based on its worn-out plot mechanics and extremely uneven screenplay by Allison Burnett, the actors manage to raise the film up a notch from being a disaster to merely a passable, flawed time-waster.
Will (Richard Gere) is a womanizing 49-year-old restauranteur who catches a glimpse of the angelic Charlotte (Winona Ryder) celebrating her 22nd birthday with some friends at his restaurant. Their eyes meet, and after a brief meeting, he can't get her out of his mind, despite the sizable age difference. Following an invite to a high-profile gala and a wonderful night together, a romance ensues between the two, although Will is quick to point out to the poetry-loving, child-like Charlotte that "the only thing I can offer you is this--right now." Ah, but Charlotte's got a secret which she quickly divulges to him so "there will be no chance for confusion later on." Charlotte's got a rare heart problem, and she has very little time left to live. So as their love blossoms further, and her time on Earth grows shorter by the day, Will becomes determined to find a possible surgery that will cure her, or at the very least, prolong the inevitable.
It honestly isn't giving anything away to say that Charlotte is dying, because not only do the televisions ads hint around the subject, but it is revealed no more than thirty minutes into the film. The decision to uncover Charlotte's "secret" so early on is one of the film's problems, because since Will now knows about her illness, all scenes between the two revolve strictly around their noticeable age difference and/or her heart problem, and little time is spent actually getting to know the characters. Relatedly, when Charlotte first announces she is sick, the rest of the picture becomes effortless to telegraph in advance, so for the remainder of the film all you can do is sit and wait for the climactic death bed sequence.
Richard Gere and Winona Ryder are lovely together, and it is their hefty acting chops that manage to carry us through the story, predictable as it is. Gere's Will is an earnest man who, nevertheless, has a wandering eye and an unfaithful sexual prowess, despite his love for Charlotte. In essence, she helps him become a better man so that, when she finally slips away, he will be able to eventually find a loving, committed relationship with someone else. Ryder's Charlotte is a sweet-natured, idealistic soul with just enough quirks to become the most original and interesting character in the film. The 28-year-old Ryder has always been a radiant actress, and she handles her role with just the right amount of caring and wide-eyed innocence that makes her fully believable as a 22-year-old.
As written by screenwriter Burnett, the supporting cast is disappointingly developed and leave either no impression or just enough that it makes you wish they were around for more than a scene or two. The one exception is Elaine Stritch, both humorously biting and touching as Charlotte's grandmother, whom she lives with. The rest of the actors aren't given the chance to do much, and they cause the entire movie to rest upon the shoulders of Ryder and Gere, who seem oddly shut off from the rest of the world because of this problem.
Like all romantic film weepies, director Joan Chen wants nothing more than to pluck the heartstrings of the audience, but somehow, as the cards stack up more and more against the fate of Charlotte, the movie progressively grows ineffectual, and the final scene between Will and Charlotte is ham-handed and oddly indifferent.
"Autumn in New York" is a respectable enough love story that holds so much promise, yet doesn't seem to have had the screenplay kinks worked out before shooting commenced. If anything, the lush cinematography by Changwei Gu is resplendent, lovingly painting Manhattan with a fury of beautiful autumn leaves and marvelously colorful landscapes. If I didn't know any better, I'd think this is what Woody Allen's black-and-white "Manhattan" would have looked like had it been in color. It's just too bad the particulars of the film itself don't even come close to matching that one-of-a-kind 1979 masterpiece.
- Copyright 2000 by Dustin Putman Http://www.young-hollywood.com Http://www.atnzone.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Maybe Working Audio Visualizer
About
Source Code
Tittle Screen
Restart
Growing Resistance
Restart
Song3 Name
Icons made by
Freepik
from
www.flaticon.com


## Modern JavaScript & React
Gustavo A. Salazar
https://4ndr01d3.github.io/js_lectures/
## Setup
* Get the Lectures repo:
```
git clone https://github.com/4ndr01d3/js_lectures.git
```
* Copy last week Example:
```
cp -R js_lectures/npm_new_package reactExample
cd reactExample
```
* Install dependencies and start app:
```
npm install
npm run start
```
## Lyrics Finder
We are going to build an app that let you select an artist.
It will display the available songs.
If the user selects one song, the app will display the lyrics.
## Lyrics Finder
![Image of the App Sketch](sketch.jpg)
## React: JSX
```
const element = <h1>Hello, world!</h1>;
```
* Syntax extension close to HTML that can be included in JS files
* Allows to split the code by components and not by markup and logic.
* Babel transpiles JXS into standard JavaScript.
* Embedding Expressions in JSX
```
const element = <h1>Hello, world! {21/3}</h1>;
```
## ReactDOM
```
import React from "react";
import ReactDOM from "react-dom";
```
* Splits the logic of React to the one dealing with the DOM.
* React creates a virtual DOM, and only reflects the changes in the Browser.
* A react components get render into the browser DOM via `ReactDOM.render`
```
const element = <h1>Hello, world! {21/3}</h1>;
```
## React: Components
This 2 ways of defining a React component are equivalent
```
class HelloWorld extends React.Component {
render() {
return <h1>Hello, world!</h1>;
}
}
```
```
const HelloWorld = () => (
<h1>Hello, world!</h1>
);
```
Note: Always start component names with a capital letter
## App placeholder
src/App.js
```
import React from "react";
import ReactDOM from "react-dom";
class App extends React.Component {
render() {
return (
<div className="lyrics-app">
<header>
<div>Artist Selector</div>
</header>
<div className="song-list">
<div>Song List</div>
</div>
<div>Song Lyrics</div>
</div>
);
}
}
export default App;
```
## Style
src/index.html
```
<!doctype html>
<html>
<head>
<style>
html, body {
height: 100%;
font-family: Helvetica, Verdana, sans-serif;
font-size: 16px;
padding: 0;
margin:0;
}
.lyrics-app{
height: 100%;
display: flex;
flex-wrap: wrap;
}
.lyrics-app>header{
background-color: #d37867;
padding: 1em;
width:100%;
}
.song-list {
padding: 0.5em;
width: 40%;
height: 100%;
}
.song-list div{
margin-top:0.3em;
}
.song-list a{
color: #1270b3;
text-decoration: underline;
cursor: pointer;
}
.lyrics {
background-color: #f3f3f3;
flex-grow: 1;
height: 100vh;
}
.lyrics header{
font-weight: bold;
font-size: 1.3em;
}
</style>
</head>
<body>
<div id="index" />
</body>
</html>
```
## Using App in index
src/index.js
```
import React from "react";
import ReactDOM from "react-dom";
import App from "./App";
ReactDOM.render(<App />, document.getElementById("index"));
```
## React: props
The input of a React component is a __read only__ object call `props`.
When using a component with JSX the props correspond to the attributes.
```
function Welcome(props) {
return <h1>Hello, {props.name}</h1>;
}
const element = <Welcome name="Sara" />;
```
## React: props
When defining a Component extending from `React.Component` the props
are store in `this.props`.
```
class Welcome extends React.Component {
render() {
return <h1>Hello, {this.props.name}!</h1>;
}
}
const element = <Welcome name="Sara" />;
```
## Artist Selector
src/artist-selector.js
```
import React from "react";
import ReactDOM from "react-dom";
const ArtistSelector = ({artists=[]}) => (
<select>
<option value={null}>Select an artist...</option>
{
artists.map(artist =>
<option value={artist} key={artist}>
{artist}
</option>
)
}
</select>
);
export default ArtistSelector;
```
## Adding ArtistSelector
src/App.js
```
...
import ArtistSelector from "./artist-selector";
const data = {
"Amy Winehouse": ["Rehab", "Back to Black", "You know I'm not good"],
"Queen": ["Bicycle race", "Bohemian Rhapsody", "flash"]
};
...
+ Songs by <ArtistSelector artists={Object.keys(data)} />
- <div>Artist Selector</div>
...
```
## React.Fragment
A component can only render one root element.
For cases where several elements needs to be return you can use `React.Fragment`
```
function Welcome(props) {
return (
<React.Fragment>
<h1>Hello</h1>;
<h2>{props.name}</h2>;
</React.Fragment>
)
}
const element = <Welcome name="Sara" />;
```
## SongList
src/song-list.js
```
import React from "react";
import ReactDOM from "react-dom";
const SongList = ({songs=[]}) => (
<React.Fragment>
{
songs.map(song =>
<div key={song}>
<a href="#">{song}</a>
</div>
)
}
</React.Fragment>
);
export default SongList;
```
## Adding SongList
src/App.js
```
...
import SongList from "./song-list";
...
+ <SongList songs={data.Queen} />
- <div>Song List</div>
...
```
## React: Component state
State is similar to props, but it is private and fully controlled by the component.
The state is only available when defining the Component as a class.
You can initialize your state in the `constructor` method, and its value
is available in `this.state`.
The state can't be directly modified. Use `this.setState()` instead.
## React: Component state
```
class Welcome extends React.Component {
constructor(props) {
super(props);
this.state = {greeting: 'Good Morning'}
}
render() {
return <h1>{this.state.greeting}, {this.props.name}!</h1>;
}
}
const element = <Welcome name="Sara" />;
```
Lest use the state to define our LyricsDisplay component.
## LyricsDisplay
src/lyrics-display.js
```
import React from "react";
import ReactDOM from "react-dom";
const STATUS = {
LOADING: 0,
READY: 1,
FAILED: -1,
EMPTY: -2,
}
class LyricsDisplay extends React.Component {
constructor(props){
super(props);
this.state = {
status: STATUS.LOADING,
text: null,
};
}
render(){
const {artist, song} = this.props;
const {status, text} = this.state;
return (
<section className="lyrics">
<header>
{song} by {artist}
</header>
<div>
{status===STATUS.LOADING && 'Loading...'}
{status===STATUS.EMPTY && ''}
</div>
</section>
);
}
}
export default LyricsDisplay;
```
## Adding Lyrics Display
src/App.js
```
...
import LyricsDisplay from "./lyrics-display";
...
+ <LyricsDisplay artist={'Queen'} song={'flash'}/>
- <div>Song Lyrics</div>
...
```
## The Data Flows Down
The state is encapsulated: It is not accessible to any component other
than the one that owns and sets it.
A component may choose to passed its state down as props to its child components.
```
<ChildComponent date={this.state.date} />
```
## Wiring: Top-down
src/App.js
```
class App extends React.Component {
constructor(props){
super(props);
this.state={
artist:null,
song:null,
}
}
render() {
const {artist, song} = this.state;
return (
<div>
<header>
<ArtistSelector artists={Object.keys(data)} />
</header>
<SongList songs={artist ? data[artist] : []} />
<LyricsDisplay artist={artist} song={song}/>
</div>
);
}
}
// try $r.setState({artist:"Queen"}) in React console
```
## React: Event Handling
* The parent component defines the function that changes its state.
* Functions can be passed as props.
* The child plugs the function to the required event.
Note: React provides wider support to forms than the scope of this tutorial.
## Wiring: Bottom-up
**[Artist]**
src/App.js
```
... // Parent component defines the funtion
handleChange = (evt) => {
console.log('this is:', evt.target.value);
}
... // Function is be passed as props
<ArtistSelector artists={Object.keys(data)} onChange={this.handleChange}/>
...
```
src/artist-selector.js
```
... // The child plugs the function
const ArtistSelector = ({artists=[], onChange=null}) => (
<select onChange={onChange}>
...
```
## (Adding a babel plugin)
The syntax below is not part of the standard yet.
```
handleChange = (evt) => {
```
But it can be supported via plugins in babel:
```
npm install --save-dev babel-plugin-transform-class-properties
```
.babelrc
```
{
"presets": ["env", "react"],
"plugins": ["transform-class-properties"]
}
```
## Wiring: Bottom-up
**[Artist]**
src/App.js
```
...
handleChange = (evt) => {
this.setState({artist:evt.target.value});
}
...
```
## Wiring: Bottom-up
**[Song]**
src/App.js
```
...
handleClick = (evt) => {
this.setState({song:evt.target.text});
}
...
<SongList songs={artist ? data[artist] : []} onClick={this.handleClick}/>
...
```
src/song-list.js
```
...
const SongList = ({songs=[], onClick=null}) => (
...
<a onClick={onClick}>{song}</a>
...
```
## Getting Data
__Fetch__
* Fetch provides a generic definition of Request and Response objects.
* It returns a promise containing the response.
* Promises can be chained as a pipeline.
```
fetch('http://example.com/movies.json')
.then(function(response) {
return response.json();
})
.then(function(myJson) {
console.log(myJson);
});
```
## Getting Data
**[Locally]**
```
mkdir data
cp ../songsByArtists.json data/
```
## Getting Data
**[Locally]**
src/App.js
```
- const data = { ... }
class App extends React.Component {
constructor(){
super();
this.state={
artist:null,
song:null,
data:{},
}
this.getData();
}
getData = () => {
fetch("./data/songsByArtists.json")
.then(r=>r.json())
.then(data=>{
this.setState({data});
})
}
...
render() {
const {artist, song, data} = this.state;
...
```
## First Life cycle method
* React provides 'hooks' to hang our logic in the key execution moments of our component.
* One of this key moments is when the component is mounted in to the DOM for the first time.
* To add logic then you should implement the method `componentDidMount()`.
## Getting Data
src/App.js
```
class App extends React.Component {
constructor(){
super();
this.state={
artist:null,
song:null,
data:{},
}
// this.getData();
}
...
componentDidMount() {
this.getData();
}
...
```
## Getting Data
**[From an API]**
https://lyricsovh.docs.apiary.io/
## Getting Data
**[From an API]**
src/lyrics-display.js[_uploadLyrics()]
```
const api = "https://api.lyrics.ovh/v1";
...
_uploadLyrics = (artist, song)=> {
if (artist && song) {
fetch(`${api}/${artist}/${song}/`)
.then(r=>{
if (!r.ok) throw Error(response.statusText);
return r.json();
})
.then(r=>{
this.setState({status:STATUS.READY, text:r.lyrics});
})
.catch(r=>{
this.setState({status:STATUS.FAILED});
});
}else if(!song){
this.setState({status:STATUS.EMPTY});
}
}
```
## React: Lifecycle
![Image of the the React Lifecycle](react_lifecycle.jpg)
*@dan_abramov*
## Getting Data
**[From an API]**
src/lyrics-display.js
```
componentDidUpdate(prevProps) {
const {artist, song} = this.props;
const {artist:oldArtist, song:oldSong} = prevProps;
if (artist!==oldArtist || song!==oldSong)
this._uploadLyrics(artist, song);
}
```
## Getting Data
**[From an API]**
src/lyrics-display.js
```
render(){
const {artist, song} = this.props;
const {status, text} = this.state;
return (
<section className="lyrics">
<header>
{song} by {artist}
</header>
<div>
{status===STATUS.EMPTY && ''}
{status===STATUS.LOADING && 'Loading...'}
{status===STATUS.FAILED && 'ERROR: There was aproblem loading your file'}
{status===STATUS.READY && <pre>{text}</pre>}
</div>
</section>
);
}
```


Documentation
Installaton
For use of "micro" you should turn it executable. For that download "micro" from github and open bash on that directory. Then type this command in bash:
sudo chmod 755 micro
After that copy this file in /home/bin directory. If it does not exist create it. Then open bash and enter in a directory that you want to design and develop your site. use this command:
cd my-site-directory
Then write and run this command:
micro
In the first step, the script wants you to enter your site title. In the next step, you should enter your site-building directory. If you do not enter a directory it is create your site in frontend directory by default. Wish your site function and select a directory (this directory must exist).
Please enter your site title ->
Please enter build address(If you are not sure just click enter) ->
Apache2
If you use apache2 web server for your site enter below directory for your building address:
/var/www/html
And if you use it locally on your system, your site will be available in localhost.
Github
If you want to publish your site in github it is enough to enter your site-building directory nothing. So your site will build in frontend directory. Add it to git and push this directory to your site respiratory in github.
Configuration
For any reason, if you want to change site title or building address, open variables file in core directory and modify title and frontend variables.
site pages and articles
Your site pages and articles place in content directory. For making a new page, create a directory with numeral name in content and add a file (for example, index) in it. The number of directory determines the topic page location in the navigation bar and the name of the file determines the page address in the site. (for example, if the name of the file is index the address is index.html) Do not use space in file names.
For content use HTML as markdown language.
Save your image in myimages directory and use myimages/your-image-name in content markdown.
theme
Your theme folders and codes locate in themes directory. To use a theme copy its folder in themes directory and go to core/variables and change the value of theme variable to your theme directory name (like default). For creating a new theme for "micro" follow these steps:
- Create a folder for your theme in themes directory
- Make a file called theme in it
- Write your code in this file
- Add other theme files and directories to your folder
- Change the value of theme variable in core/variables
plugin
"Micro" plugins write in bash script and import to builder file. To add a plugin, copy your plugin file in plugins directory
Building site
The last step is building your site in your wishing directory (by default, frontend directory). To do that open command line in your site directory and run builder shell script:
./builder
This script removes all files in building directory and adds new site files in it.
Excellent. Your site is ready. Every time you change your site contents you must run builder script to build your site.


Saturday April 8th, 2017
1:00pm - 5:00pm
Deloitte Auditorium, Business Instructional Facility
515 E Gregory Dr Champaign, IL
Chinese Students and Scholars Association
Business Career Services
LIMITED FREE TICKETS.


This course provides a general introduction to cartography, broadly defined as the art, science, and ethics of mapmaking and map use. It – and the UW Cartography curriculum in general – focuses upon the design of maps, drawing from research and practice on graphic design, information visualization, and semiotics, perspectives that students are unlikely to receive in other GIS courses. Specifically, the course emphasizes mapmaking over map use (compared to 170) and print mapping over web-based or interactive mapping (compared to 572 and 575, respectively). The course is divided into two components: lectures and labs.
Check out past syllabi and finals projects below!
Instructor: Robert E. Roth
TA: Chris Cantey
Luke Albers
Peter Bauknecht
Rachel Boothby
Jessie Conaway
Tom Cox
Lowell Fissinger
Ben Freeman
Lindsay Frensz
Katie Ginther
Alexis Greenstreet
Brooke Harding
Makie Hervol
Eric Jeng
Abby Lex
Joe Minik
Elsa Noterman
Steve Paling
Emily Pauly
Alison Percifield
Tyler Peterka
Brian Resch
James Rollo
Tim Rooney
Molly Ryan
Joey Snarski
Catherine Streiffer
Becca Summer
Peter Swift
Alaina Tarczewski
Molly Trerotola
Mikaela Weiss
Travis Wickboldt


Your account
Tasks completed with like
Here you have the tasks you liked of the seleted category
Everyone forgets to clean his room for one week or two, today is the day to do it.
Come on, you are not superman, everybody needs some relax time.
Even if you are feeling down, reading a book is a good way to grow as a person
Almost all philosophers recognise that going for a walk makes miracles for people
struggling in something, come on, 20 minutes, in and out.
It is as easy as putting a label on a jar saying "Money", you can use it for new
challenges. Just..., you know, keep it away from the windows.
Nothing helps more a person than getting a good night of sleep, we all know you
would like to watch Instagram reels or Tik Toks, but this is better for you, trust
me.


Information on the #NAIL placement of anchor stress
Using the #NAIL predictive model, there should be either 1 or 2 main sentence stresses (in an informal register), and a simplified version of the algorithm goes like so:
find the first main stress by finding the final content word in the sentence.
find the second main stress by starting at the beginning of the sentence and moving right until you find one of these (in this order). If you don't find one, move to the next thing to look for. If you find none of them, then there is only one main stress in the sentence.
# cardinal number (eg, three), ordinal number (eg, third), order words (eg, next/last/previous/following), superlatives (most/Adjective-est/Adverb-est)
N Noun
A Adverb, which modifies a verb or a whole phrase
I Imperative verb (command form)
L Loud function word (any verb with negation, not, no)
1st content word
By "Content word", the project is looking for nouns, adjectives, main verbs (not modals or aux verbs), adverbs, and Wh- question words


The SHWindow class provides an interface to compute window functions that concentrate energy spatially into a given region and within a given spherical harmonic bandwidth. This allows to generate a coupling matrix that couples degrees over a range that is as little as possible.
As an example, we would like to determine the spectrum of the bathymetry of the Earth and compare it with the land spectrum. To this end, we generate window functions that are separately concentrated over the land and the oceans.
%matplotlib inline
from __future__ import print_function # only necessary if using Python 2.x
import matplotlib.pyplot as plt
import numpy as np
from pyshtools.shclasses import SHCoeffs, SHGrid, SHWindow
# Read Earth topography example data.
infile = '../ExampleDataFiles/topo.dat.gz'
topo = np.loadtxt(infile)
nlat, nlon = topo.shape
lmax = nlat / 2 - 1
land_mask = (topo > 0)
ocean_mask = ~land_mask
# Plot the land and ocean masks.
fig, (col1, col2) = plt.subplots(1, 2, figsize=(13, 5))
col1.imshow(land_mask, extent=(-180, 180, -90, 90), cmap='viridis')
col1.set(xlabel='longitude', ylabel='latitude', title='land mask')
col2.imshow(ocean_mask, extent=(-180, 180, -90, 90), cmap='viridis')
col2.set(xlabel='longitude', ylabel='latitude', title='ocean mask');
SHTOOLS provides a method to solve the so called concentration problem, i.e. to find a window that is optimally concentrated in a given region with band-limited coefficient energy within a range of degrees up to and including lmax. The smaller the region, the larger lmax will need to be to allow for a good concentration. Because the oceans span a larger region, lmax_ocean can therefore be smaller than lmax_land while still getting well concentrated windows. The concentration value that is indicated above the plots gives the proportion of the energy of the window that lies within the original region. The localized power spectrum is a (possibly weighted) average of the individual localized spectral estimates using these windows.
lmax_ocean = 7
lmax_land = 11
nwins = 10
ocean_windows = SHWindow.from_mask(ocean_mask, lmax_ocean, nwins)
land_windows = SHWindow.from_mask(land_mask, lmax_land, nwins)
print('ocean windows')
ocean_windows.info()
ocean_windows.plot_windows(nwins, show=True)
print('land windows')
land_windows.info()
land_windows.plot_windows(nwins, show=True)
The following plot shows how power of the land windows extends to higher degrees than the power of the ocean windows. The ocean will allow for higher quality measurements with lower biasses given the lower lmax associated with these windows.
winpower_land = land_windows.get_powerperdegree()
winpower_ocean = ocean_windows.get_powerperdegree()
fig, ax = plt.subplots(1, 1)
for itaper in range(nwins):
ax.plot(winpower_ocean[:, itaper], c='blue')
for itaper in range(nwins):
ax.plot(winpower_land[:, itaper], c='green')
ax.set(xlabel='degree l', ylabel='power per degree l',
title='ocean (blue) and land (green) window power');
The coupling matrix reflects the different quality of the land and ocean spectra. The higher degree part (towards the bottom right) corresponds to a simple convolution, as it becomes asymptotically symmetric around the diagonal. The land windows couple degrees over a wider range and therefore decrease the spectral resolution that can be achieved.
The second effect is the asymmetric part of the coupling matrix towards low degrees: Low input degrees map to higher output degrees. For example, the input degree 0 maps strongest to about degree 3 in the ocean case and to about degree 6 in the land case. This is a consequence of the fact that we can not estimate the global mean or very large wavelength structures from subregions that are much smaller than the feature of interest. Low degree energy maps therefore to the lowest window degrees, where they increase the overall power.
Smoothing and bias need to be considered when comparing spectra that have been obtained with two different windows.
lmax_data = 40
print('ocean coupling matrix')
lmax_valid1 = lmax_data - lmax_ocean
lmax_full1 = lmax_data + lmax_ocean
fig1, ax1 = ocean_windows.plot_couplingmatrix(lmax_data, nwins,
mode='full', show=False)
ax1.plot([-0.5, lmax_data + 0.5], [lmax_valid1, lmax_valid1], c='red')
ax1.text(1, lmax_valid1 + 7, 'from the line on\naffected by boundary', fontsize=12, color='red')
ax1.set(xlim=(-0.5, lmax_data + 0.5), ylim=(lmax_full1, 0.))
print('land coupling matrix')
fig2, ax2 = land_windows.plot_couplingmatrix(lmax_data, nwins,
mode='full', show=False)
lmax_valid2 = lmax_data - lmax_land
lmax_full2 = lmax_data + lmax_land
ax2.plot([-0.5, lmax_data + 0.5], [lmax_valid2, lmax_valid2], c='red')
ax2.text(1, lmax_valid2 + 7, 'from the line on\naffected by boundary', fontsize=12, color='red')
ax2.set(xlim=(-0.5, lmax_data+0.5), ylim=(lmax_full2, 0.))
The coupling matrix describes the expected coupling between coefficients that are independent for stationary and isotropic models. Obviously, the toography of the Earth is not stationary and isotropic and a simple prediction about a regional measurement can therefore not be made. For example, if a non-stationary model is zero in the windowed region the local spectrum will also be zero, but not the global spectrum that is distorted by the coupling matrix. Nevertheless, the coupling matrix is useful, because it allows us to differentiate between the effect of the window and the effect due to a particular region.
We are now in a position to compute regional power spectral estimates of the land and of the ocean topography as well as the corresponding power spectra that we would expect to see on land and in the ocean if Earth's topography was stationary and isotropic.
# Determine the spherical harmonic coefficients and power
# spectrum of the Earth's topography.
grid_topo = SHGrid.from_array(topo)
coeffs_topo = grid_topo.expand()
power_global = coeffs_topo.get_powerperdegree()
lmax_global = coeffs_topo.lmax
ls_global = np.arange(len(power_global))
# Calculate the multitaper power spectrum estimate of the oceans.
power_ocean, dpower_ocean = ocean_windows.get_multitaperpowerspectrum(coeffs_topo, nwins)
# Determine the predicted multitaper power spectrum of the oceans
# using the global topographic power spectrum and coupling matrix.
cmatrix_ocean = ocean_windows.get_couplingmatrix(lmax_global, nwins, mode='valid')
power_ocean_predicted = np.dot(cmatrix_ocean, power_global)
ls_ocean = np.arange(len(power_ocean))
# Do the same thing for the power spectrum localized over the land.
power_land, dpower_land = land_windows.get_multitaperpowerspectrum(coeffs_topo, nwins)
cmatrix_land = land_windows.get_couplingmatrix(lmax_global, nwins, mode='valid')
power_land_predicted = np.dot(cmatrix_land, power_global)
ls_land = np.arange(len(power_land))
# Plot the ocean and land topography.
fig, (col1, col2) = plt.subplots(1, 2, figsize=(10, 5))
col1.imshow(-topo * ocean_mask, cmap='viridis')
col2.imshow(topo * land_mask, cmap='viridis')
# Plot the power per log(2) band spectra.
fig, ax = plt.subplots(1, 1, figsize=(10, 5))
ax.plot(ls_global, power_global * ls_global, c='grey', alpha=0.5, lw=2, label='global')
ax.plot(ls_ocean, power_ocean * ls_ocean, '-', c='blue', label='ocean (measured)')
ax.plot(ls_ocean, power_ocean_predicted * ls_ocean, '--', c='blue', label='ocean (predicted)')
ax.plot(ls_land, power_land * ls_land, '-', c='green', label='land (measured)')
ax.plot(ls_land, power_land_predicted * ls_land, '--', c='green', label='land (predicted)')
ax.legend(loc=3)
ax.grid(True)
ax.set_xscale('log', basex=2)
ax.set_yscale('log', basey=2)
As we would have expected, the power spectra are vastly different. The ocean spectrum is dominated by the strong low degrees. The land spectrum is entirely missing the long degree component because it doesn't deviate much from 0 altitude, except in mountain ranges. On the other hand, the ocean shows weaker small scale variations than the land spectrum.
Note that the definition of the windows largely excludes continental shelfs, which are at the boundaries of the mask and that have strong small scale power.
The difference between the predicted land and ocean spectra demonstrate, that even if Earth's topography were stationary, the window functions cause different power spectra. We illustrate this in the next plot where we replace Earth's topography with a random model that has the same expectation for the power spectrum, but that is stationary.
# Construct a stationary random model:
np.random.seed(0) # fix seed for reproducable figure
coeffs_stationary = SHCoeffs.from_random(power_global)
grid_stationary = coeffs_stationary.expand('DH2')
# Determine the localized multitaper power spectrum estimate for the oceans,
# and the prediction based on the coupling matrix.
power_ocean, dpower_ocean = ocean_windows.get_multitaperpowerspectrum(coeffs_stationary, nwins)
cmatrix_ocean = ocean_windows.get_couplingmatrix(lmax_global, nwins, mode='valid')
power_ocean_predicted = np.dot(cmatrix_ocean, power_global)
ls_ocean = np.arange(len(power_ocean))
# Do the same for the land.
power_land, dpower_land = land_windows.get_multitaperpowerspectrum(coeffs_stationary, nwins)
cmatrix_land = land_windows.get_couplingmatrix(lmax_global, nwins, mode='valid')
power_land_predicted = np.dot(cmatrix_land, power_global)
ls_land = np.arange(len(power_land))
# Plot the ocean and land topography.
fig, (col1, col2) = plt.subplots(1, 2, figsize=(10, 5))
col1.imshow(grid_stationary.data * ocean_mask, cmap='viridis')
col2.imshow(grid_stationary.data * land_mask, cmap='viridis')
# Plot the power per log(2) band spectra
fig, ax = plt.subplots(1, 1, figsize=(10, 5))
ax.plot(ls_global, power_global * ls_global, c='grey', alpha=0.5, lw=2,
label='global')
ax.plot(ls_ocean, power_ocean * ls_ocean, '-', c='blue', label='ocean (measured)')
ax.plot(ls_ocean, power_ocean_predicted * ls_ocean, '--', c='blue',
label='ocean (predicted)')
ax.plot(ls_land, power_land * ls_land, '-', c='green', label='land (measured)')
ax.plot(ls_land, power_land_predicted * ls_land, '--', c='green',
label='land (predicted)')
ax.set(title='regional spectra of a stationary random model')
ax.legend(loc=3)
ax.grid(True)
ax.set_xscale('log', basex=2)
ax.set_yscale('log', basey=2)
The regional estimates of the stationary model resemble closely the predicted ones. The low degrees are more sensitive to fluctuations of the random model given that these spectral estimates where constructed based on a smaller number of localized coefficients.
To compare global, ocean and land spectra, the coupling matrix can be inverted to remove the bias. In the case of the stationary model, we expect to retrieve the same original input power spectrum, because apart from random fluctuations, the differences of the power spectra are entirely due to the window effects.
In the case of the real non-stationary topography of the Earth on the other hand, we would get three power spectra that correspond to equivalent stationary global models that have the observed regional spectra. This inversion, however, has to be done with care, because the coupling matrix is singular.


Class FastAStar
A version of AStar that may perform significantly faster, in exchange for not being guaranteed to always produce a shortest path. A valid path will still be produced, but it is not guaranteed to be the shortest possible.
Inherited Members
Namespace: GoRogue.Pathing
Assembly: GoRogue.dll
Syntax
public class FastAStar : AStar
Remarks
This class is exactly like a regular AStar instance, but sets the heuristic by default to the MANHATTAN calculate function (with the same tiebreaking/smoothing element as regular AStar. In the case that euclidean or chebyshev distance is used, this heuristic is over-estimating -- that is, it may in some cases produce a value that is greater than the actual shortest path between two points. As such, this means that, while the algorithm will still produce valid paths, the algorithm is no longer guaranteed to produce fully shortest paths. In exchange, however, the algorithm may perform significantly faster than an AStar instance with its default heuristic.
In practice, however, it is worth noting that the paths are often (though not always) the shortest path regardless, and when they are not, the deviation in length between the path that the algorithm returns and the actual shortest path is often very small (less than 5%). As such, it may be viable for use in most cases.
Constructors
| Improve this Doc View SourceFastAStar(IMapView<Boolean>, Distance)
Constructor.
Declaration
public FastAStar(IMapView<bool> walkabilityMap, Distance distanceMeasurement)
Parameters
| Type | Name | Description |
|---|---|---|
| IMapView<System.Boolean> | walkabilityMap | Map view used to deterine whether or not each location can be traversed -- true indicates a tile can be traversed, and false indicates it cannot. |
| Distance | distanceMeasurement | Distance calculation used to determine whether 4-way or 8-way connectivity is used, and to determine how to calculate the distance between points. |
FastAStar(IMapView<Boolean>, Distance, IMapView<Double>, Double)
Declaration
public FastAStar(IMapView<bool> walkabilityMap, Distance distanceMeasurement, IMapView<double> weights, double minimumWeight)
Parameters
| Type | Name | Description |
|---|---|---|
| IMapView<System.Boolean> | walkabilityMap | |
| Distance | distanceMeasurement | |
| IMapView<System.Double> | weights | A map view indicating the weights of each location (see Weights. |
| System.Double | minimumWeight | The minimum value that will be present in |


Welcome to Catching Bytes! Help Kiki catch all the bytes before all of the Bugs come and take over the motherboard. If Kiki gets caught by the bug it is gameover for the motherboard.


What is Lorem Ipsum?
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker.
What is Lorem Ipsum?
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.


Check your email inbox for the activation link


About Me:
Hi, I’m Jose, I’m 29 and I work as a Ninja Developer for the
“PIXINVENT” Creative Studio. In my research, I follow the flow of early medieval slavery from viking
raids in the west, through the booming ports of the Scandinavian north, and out into the Islamic world.
Reading texts against the grain and seeing artifacts as traces of the past can make their lives once
again visible to us today. This website documents my efforts to do just that, and I hope it will prove
a resource and an inspiration for others in similar pursuits.
Hobbies:
I like to ride the cycle to work, swimming, listning music and
working out. I also like reading magazines, go to museums, watching good movies and eat spicy food while
it’s raining outside.Twin siblings Dipper and Mabel Pines spend the summer at their uncle's tourist trap
in the enigmatic town of Gravity Falls.A mysterious Hollywood stuntman and mechanic moonlights as a
getaway driver.Scuba Diving, Skiing, Surfing, Photography, Long drive.
Travelling
Driving
Photography
Gaming
Music
Surfing
Foodie
TV
Shopping


Category class
Categories currently avaiable in pixabay.com
Constructors
- Category()
Properties
- hashCode → int
-
The hash code for this object. [...]
read-only, inherited
- runtimeType → Type
-
A representation of the runtime type of the object.
read-only, inherited
Methods
-
noSuchMethod(
Invocation invocation) → dynamic -
Invoked when a non-existent method or property is accessed. [...]
inherited
-
toString(
) → String -
Returns a string representation of this object.
inherited
Operators
-
operator ==(
dynamic other) → bool -
The equality operator. [...]
inherited
Static Properties
- animals ↔ String
-
read / write
- backgrounds ↔ String
-
read / write
- buildings ↔ String
-
read / write
- business ↔ String
-
read / write
-
categories
↔ List<
String> -
read / write
- computer ↔ String
-
read / write
- education ↔ String
-
read / write
- fashion ↔ String
-
read / write
- feelings ↔ String
-
read / write
- food ↔ String
-
read / write
- health ↔ String
-
read / write
- industry ↔ String
-
read / write
- music ↔ String
-
read / write
- nature ↔ String
-
read / write
- people ↔ String
-
read / write
- places ↔ String
-
read / write
- religion ↔ String
-
read / write
- science ↔ String
-
read / write
- sports ↔ String
-
read / write
- transportation ↔ String
-
read / write
- travel ↔ String
-
read / write


I am a 3rd year software engineering student at the University of Western Ontario who loves solving problems through programming. My goal is continually improve my skills and use them to contribute to meaningful solutions to complex problems.
Apart from programming, I enjoy my time playing games such as Magic the Gathering and Settlers of Catan. In the winter, I am an avid recreational hockey player.
When forced indoors, I follow a number of sci-fi and fantasy genre books and movies, chief among them being the Game of Thrones Series.


public class MutableCallSite extends CallSite
MutableCallSite
is a CallSite
whose target variable
behaves like an ordinary field.
An invokedynamic
instruction linked to a MutableCallSite
delegates
all calls to the site's current target.
The dynamic invoker of a mutable call site
also delegates each call to the site's current target.
Here is an example of a mutable call site which introduces a state variable into a method handle chain.
MutableCallSite name = new MutableCallSite(MethodType.methodType(String.class)); MethodHandle MH_name = name.dynamicInvoker(); MethodType MT_str1 = MethodType.methodType(String.class); MethodHandle MH_upcase = MethodHandles.lookup() .findVirtual(String.class, "toUpperCase", MT_str1); MethodHandle worker1 = MethodHandles.filterReturnValue(MH_name, MH_upcase); name.setTarget(MethodHandles.constant(String.class, "Rocky")); assertEquals("ROCKY", (String) worker1.invokeExact()); name.setTarget(MethodHandles.constant(String.class, "Fred")); assertEquals("FRED", (String) worker1.invokeExact()); // (mutation can be continued indefinitely)
The same call site may be used in several places at once.
MethodType MT_str2 = MethodType.methodType(String.class, String.class); MethodHandle MH_cat = lookup().findVirtual(String.class, "concat", methodType(String.class, String.class)); MethodHandle MH_dear = MethodHandles.insertArguments(MH_cat, 1, ", dear?"); MethodHandle worker2 = MethodHandles.filterReturnValue(MH_name, MH_dear); assertEquals("Fred, dear?", (String) worker2.invokeExact()); name.setTarget(MethodHandles.constant(String.class, "Wilma")); assertEquals("WILMA", (String) worker1.invokeExact()); assertEquals("Wilma, dear?", (String) worker2.invokeExact());
Non-synchronization of target values: A write to a mutable call site's target does not force other threads to become aware of the updated value. Threads which do not perform suitable synchronization actions relative to the updated call site may cache the old target value and delay their use of the new target value indefinitely. (This is a normal consequence of the Java Memory Model as applied to object fields.)
The syncAll
operation provides a way to force threads
to accept a new target value, even if there is no other synchronization.
For target values which will be frequently updated, consider using a volatile call site instead.
| Constructor and Description |
|---|
MutableCallSite(MethodHandle target)
Creates a call site object with an initial target method handle.
|
MutableCallSite(MethodType type)
Creates a blank call site object with the given method type.
|
| Modifier and Type | Method and Description |
|---|---|
MethodHandle |
dynamicInvoker()
Produces a method handle equivalent to an invokedynamic instruction
which has been linked to this call site.
|
MethodHandle |
getTarget()
Returns the target method of the call site, which behaves
like a normal field of the
MutableCallSite . |
void |
setTarget(MethodHandle newTarget)
Updates the target method of this call site, as a normal variable.
|
static void |
syncAll(MutableCallSite[] sites)
Performs a synchronization operation on each call site in the given array,
forcing all other threads to throw away any cached values previously
loaded from the target of any of the call sites.
|
public MutableCallSite(MethodType type)
IllegalStateException
if called.
The type of the call site is permanently set to the given type.
Before this CallSite
object is returned from a bootstrap method,
or invoked in some other manner,
it is usually provided with a more useful target method,
via a call to setTarget
.
type
- the method type that this call site will haveNullPointerException
- if the proposed type is nullpublic MutableCallSite(MethodHandle target)
target
- the method handle that will be the initial target of the call siteNullPointerException
- if the proposed target is nullpublic final MethodHandle getTarget()
MutableCallSite
.
The interactions of getTarget
with memory are the same
as of a read from an ordinary variable, such as an array element or a
non-volatile, non-final field.
In particular, the current thread may choose to reuse the result of a previous read of the target from memory, and may fail to see a recent update to the target by another thread.
getTarget
in class CallSite
setTarget(java.lang.invoke.MethodHandle)
public void setTarget(MethodHandle newTarget)
The interactions with memory are the same as of a write to an ordinary variable, such as an array element or a non-volatile, non-final field.
In particular, unrelated threads may fail to see the updated target until they perform a read from memory. Stronger guarantees can be created by putting appropriate operations into the bootstrap method and/or the target methods used at any given call site.
setTarget
in class CallSite
newTarget
- the new targetNullPointerException
- if the proposed new target is nullWrongMethodTypeException
- if the proposed new target
has a method type that differs from the previous targetgetTarget()
public final MethodHandle dynamicInvoker()
This method is equivalent to the following code:
MethodHandle getTarget, invoker, result; getTarget = MethodHandles.publicLookup().bind(this, "getTarget", MethodType.methodType(MethodHandle.class)); invoker = MethodHandles.exactInvoker(this.type()); result = MethodHandles.foldArguments(invoker, getTarget)
dynamicInvoker
in class CallSite
public static void syncAll(MutableCallSite[] sites)
This operation does not reverse any calls that have already started on an old target value. (Java supports forward time travel only.)
The overall effect is to force all future readers of each call site's target
to accept the most recently stored value.
("Most recently" is reckoned relative to the syncAll
itself.)
Conversely, the syncAll
call may block until all readers have
(somehow) decached all previous versions of each call site's target.
To avoid race conditions, calls to setTarget
and syncAll
should generally be performed under some sort of mutual exclusion.
Note that reader threads may observe an updated target as early
as the setTarget
call that install the value
(and before the syncAll
that confirms the value).
On the other hand, reader threads may observe previous versions of
the target until the syncAll
call returns
(and after the setTarget
that attempts to convey the updated version).
This operation is likely to be expensive and should be used sparingly. If possible, it should be buffered for batch processing on sets of call sites.
If sites
contains a null element,
a NullPointerException
will be raised.
In this case, some non-null elements in the array may be
processed before the method returns abnormally.
Which elements these are (if any) is implementation-dependent.
The following effects are apparent, for each individual call site S
:
V
is created, and written by the current thread.
As defined by the JMM, this write is a global synchronization event.
V
.
(In some implementations, this means that the current thread
performs a global release operation.)
S
is
taken to happen before the volatile write to V
.
V
is placed
(in an implementation specific manner)
in the global synchronization order.
T
(other than the current thread).
If T
executes a synchronization action A
after the volatile write to V
(in the global synchronization order),
it is therefore required to see either the current target
of S
, or a later write to that target,
if it executes a read on the target of S
.
(This constraint is called "synchronization-order consistency".)
V
will not be elided, even though its written value is
indeterminate and its read value is not used.
V
were performed by T
immediately after its action A
. In the local ordering
of actions in T
, this read happens before any future
read of the target of S
. It is as if the
implementation arbitrarily picked a read of S
's target
by T
, and forced a read of V
to precede it,
thereby ensuring communication of the new target value.
As long as the constraints of the Java Memory Model are obeyed,
implementations may delay the completion of a syncAll
operation while other threads (T
above) continue to
use previous values of S
's target.
However, implementations are (as always) encouraged to avoid
livelock, and to eventually require all threads to take account
of the updated target.
Discussion:
For performance reasons, syncAll
is not a virtual method
on a single call site, but rather applies to a set of call sites.
Some implementations may incur a large fixed overhead cost
for processing one or more synchronization operations,
but a small incremental cost for each additional call site.
In any case, this operation is likely to be costly, since
other threads may have to be somehow interrupted
in order to make them notice the updated target value.
However, it may be observed that a single call to synchronize
several sites has the same formal effect as many calls,
each on just one of the sites.
Implementation Note:
Simple implementations of MutableCallSite
may use
a volatile variable for the target of a mutable call site.
In such an implementation, the syncAll
method can be a no-op,
and yet it will conform to the JMM behavior documented above.
sites
- an array of call sites to be synchronizedNullPointerException
- if the sites
array reference is null
or the array contains a nullDracula Javadoc Sample, Made with Allan Im.


1.0.0
This method is responsible for filter the customer and getting their address. Creation Date: 08/25/2020
Brenda Bermello<EMAIL_ADDRESS>JSON customer
This method is responsible for loading the functions in the system. Creation Date: 08/14/2020
Generated using TypeDoc
1.0.0
This method is responsible for filter the customer and getting their address.
Creation Date: 08/25/2020
Brenda Bermello bremiber@espol.edu.ec


The SBLIM CIM Client for Java ships with a large collection of around 200
unit tests. Whenever you the "all" target is build with ant the complete
unit test suite will be executed. This document describes what is covered
by these tests.
In addition to unit tests we have a function test package. This is not
yet published or documented, but will be in one of the next releases.
The unit tests are all self-contained, there's is no external dependency.
In contradiction our function test is executed against various CIMOM
backends.
| testEnumClassesDOM/SAX/PULL |
Builds an enumerateClasses XML response from sample data, than parses it
and checks that it matches with the sample data. |
| testEnumInstancesDOM/SAX/PULL |
Builds an enumerateInstances XML response from sample data, than parses
it and checks that it matches with the sample data. |
| testAssociatorClassNamesDOM/SAX/PULL |
Builds an associatorClassNames XML response from sample data, than
parses it and checks that it matches with the sample data. |
| testAssociatorInstanceNamesDOM/SAX/PULL |
Builds an associatorInstanceNames XML response from sample data, than
parses it and checks that it matches with the sample data. |
| testAssocClassesDOM/SAX/PULL |
Builds an associatorClassNames XML response from sample data, than
parses it and checks that it matches with the sample data. |
| testAssocInstancesDOM/SAX/PULL |
Builds an associatorInstances XML response from sample data, than
parses it and checks that it matches with the sample data. |
| testEnumQualiTypesDOM/SAX/PULL |
Builds an enumerateQualifierTypes XML response from sample data, than
parses it and checks that it matches with the sample data. |
| testMethodRspSAX/DOM |
Builds MethodResponse XML data from sample data, than parses it and
checks that it matches with the sample data. |
| testSVCMethodRsp0SAX/DOM |
Parses a hand edited SVC MethodResponse XML file and checks that it
matches with the sample data. |
| testSVCMethodRspSmpl0SAX/DOM |
Parses a captured SVC MethodResponse XML file and checks that it
matches with the sample data. |
| testGetInstanceDOM/SAX/PULL |
Parses a getInstance XML response which contains Embedded Objects, than
checks that it matches with the sample data. |
| testNegativeGetInstanceDOM/SAX/PULL |
Parses a getInstance XML response which contains an Embedded class with
an EmbeddedObject="instance" attribute, if the parsing doesn't throw an
Exception the testcase fails. |
| testGetClassDOM/SAX/PULL |
Parses a getClass XML response which contains Embedded Objects, than
checks that it matches with the sample data. |
| testMethodRsp |
Parses a methodResponse XML request, with SAX, which contains Embedded Objects, than
checks that it matches with the sample data. |
| testMethodRspDOM |
Parses a methodResponse XML request, with DOM, which contains Embedded Objects, than
checks that it matches with the sample data. |
| testSVCMethodRspSAX/DOM |
Checks that the XML parsers are able to parse SVC CIMOM's wrongly built
RETURNVALUE types as CIMDataType.STRING_T. |
| testScalarDataTypes |
Tests scalar CIMDataTypes (UINT8_T, UINT16_T, etc.) along with
CIMHelper.ScalarDataType. |
| testUnboundedArrayDataTypes |
Tests unbounded array CIMDataTypes (UINT8_ARRAY_T, UINT16_ARRAY_T,
etc.) along with CIMHelper.UnboundedArrayDataType. |
| testBoundedArrayDataTypes |
Tests bounded array CIMDataTypes (UINT8_ARRAY_T, UINT16_ARRAY_T,
etc.) along with CIMHelper.UnboundedArrayDataType. |
| testReferenceType |
Tests scalar, bounded array and unbounded array reference CIMDataTypes
with valid class name, empty class name and null class name. |
| testGetDataType |
Tests the static getDataType method. |
| testCalendarConstructor |
Builds up a CIMDateTimeAbsolute with the Calendar constructor, than
checks that the values by the getters are matched with the values
contained in the Calendar.
Builds a CIMDateTimeAbsolute with a Calendar, which year value is over
the limit, fails if Exception is not thrown. |
| testStringConstructor |
Builds a CIMDateTimeAbsolute instance with the String constructor, than
checks that the getters provide good values. |
| testStringConstructorNegative |
Tries to build several instances by passing badly formatted values to
the String constructor. The testcase fails if Exception is not thrown. |
| testUnsignificantYear |
Builds an instance with the String constructor by passing a value where
the year is unsignificant. The getters are checked. Then tries to build
instances with badly formed unsignificant year fields and fails if
Exceptions are not thrown. |
| testMonth |
Builds an instance with the String constructor by passing value where
the month is unsignificant. The getters are checked. Then tries to build
instances with badly formed month fields and fails if Exceptions are not
thrown. |
| testDay |
Builds an instance with the String constructor by passing value where
the day is unsignificant. The getters are checked. Then tries to build
instances with badly formed day fields and fails if Exceptions are not
thrown. |
| testHour |
Builds an instance with the String constructor by passing value where
the hour is unsignificant. The getters are checked. Then tries to build
instances with badly formed hour fields and fails if Exceptions are not
thrown. |
| testMinute |
Builds an instance with the String constructor by passing value where
the minute is unsignificant. The getters are checked. Then tries to
build instances with badly formed minute fields and fails if Exceptions
are not thrown. |
| testSec |
Builds an instance with the String constructor by passing value where
the second is unsignificant. The getters are checked. Then tries to
build instances with badly second month fields and fails if Exceptions
are not thrown. |
| testUSec |
Builds an instance with the String constructor by passing value where
the microseconds is unsignificant. The getters are checked. Then tries
to build instances with badly formed microseconds fields and fails if
Exceptions are not thrown. |
| testUTC |
Does negative tests with the String constructor and badly formed UTC
values. |
| testCompareUTC |
Checks that compareTo() works for UTC. |
| testCompareUSec |
Checks that compareTo() works for microseconds. |
| testCompareSec |
Checks that compareTo() works for seconds. |
| testCompareMin |
Checks that compareTo() works for minutes. |
| testCompareHour |
Checks that compareTo() works for hours. |
| testCompareDay |
Checks that compareTo() works for days. |
| testCompareMonth |
Checks that compareTo() works for months. |
| testCompareYear |
Checks that compareTo() works for years. |
| testIntConstructor |
Creates an instance with the int constructor and checks the getters.
Creates several instances with unsignificant fields and checks
toString().
Checks that the int constructor throws Exception for invalid values. |
| testLongConstructor |
Makes an instance with the long constructor and checks the getters.
Negative tests are also done by calling the constructor with values
outside the limits. |
| testStrConstructor |
Creates an instance with the String constructor and checks the getters.
Tries to make several instances with wrong String constructor
parameters, the testcase fails if Exception is not thrown for the wrong
values. |
| testDays |
Checks that compareTo() works for days. |
| testHours |
Checks that compareTo() works for hours. |
| testMins |
Checks that compareTo() works for minutes. |
| testSecs |
Checks that compareTo() works for seconds. |
| testUSecs |
Checks that compareTo() works for microseconds. |
| testTotalMSecs |
Checks that getTotalMilliseconds() works. |
| testInternalListeners |
Tests if all three internal listeners come up correctly and that isLoggable
works correctly. |
| testExternalListeners |
Tests if external listeners come up correctly and that isLoggable works
correctly. |
| testListeners |
Tests if all three internal listeners and external listeners come up
correctly, that they can be removed successfully and that isLoggable works
correctly in all cases. |
| testMessage1 |
Tests if a log message is forwarded correctly to the log&trace listeners.
This test checks the message level, locale, parameter. |
| testMessage2 |
Tests if a log message containing an exception is forwarded correctly to
the log&trace listeners.
This test checks the message level, locale, exception parameter. |
| testTrace |
Tests if a log message is forwarded correctly to the log&trace listeners.
This test checks the message level, locale, exception parameter. |
| testCIMXMLTrace |
Tests if a log message is forwarded correctly to the CIM-XML trace listeners.
This test checks the message level, message and outgoing indicator. |
| testByteConstructorGood |
Tests valid invocations of the CIMOctetString(UnsignedInteger8[])
constructor by examining return values from getASCIIString() and
getHexString(). |
| testHexConstructorGood |
Tests valid invocations of the CIMOctetString(String, true)
constructor by examining return values from getASCIIString() and
getBytes(). |
| testAsciiConstructorGood |
Tests valid invocations of the CIMOctetString(String, false)
constructor by examining return values from getHexString() and
getBytes(). |
| testByteConstructorBad |
Tests invalid invocations of the CIMOctetString(UnsignedInteger8[])
constructor by expecting IllegalArgumentExceptions. |
| testHexConstructorBad |
Tests invalid invocations of the CIMOctetString(String, true)
constructor by expecting IllegalArgumentExceptions. |
| testAsciiConstructorBad |
Tests invalid invocations of the CIMOctetString(String, false)
constructor by expecting IllegalArgumentExceptions. |
| testEquals |
Tests valid and invalid invocations of the equals() and hashCode()
methods. |


|
SideCar
|
Files | |
| file | App.h [code] |
| file | BackgroundImageSettings.h [code] |
| file | BinaryOffscreenBuffer.h [code] |
| file | ConfigurationWindow.h [code] |
| file | ControlsWindow.h [code] |
| file | CursorWidget.h [code] |
| file | DecaySettings.h [code] |
| file | History.h [code] |
| file | HistorySettings.h [code] |
| file | MagnifierView.h [code] |
| file | MagnifierWindow.h [code] |
| file | MainWindow.h [code] |
| file | OffscreenBuffer.h [code] |
| file | PlotPositionFunctor.h [code] |
| file | PPIWidget.h [code] |
| file | VideoImaging.h [code] |
| file | VideoOffscreenBuffer.h [code] |
| file | ViewSettings.h [code] |


Allowed extensions are: png, jpeg, jpg
Album cover image is required
Album name is required.
Year of album release is required.
Please Enter Four Digit Number Only


Exercise 1: Explore alignment options
The primary goal of this lab is see the effect of the four primary layout options when applied to a view contained in a StackLayout
. There is no code to write for this exercise.
To complete the exercise, you will need Visual Studio for Windows or macOS with the Xamarin development tools installed. You will also need either an emulator/simulator or a device to run the exercise on. Please see the setup page if you need help installing the Xamarin development environment.
Open the starter solution
Open the Alignment starter project from the Exercise 1 > Start folder in your copy of the cloned or downloaded course materials in either Visual Studio for Windows or Visual Studio for Mac.
Run the LayoutOptions app
The provided app has eight buttons paired with three labels and the "Hello" label. Four buttons change the HorizontalOptions
on the label and four buttons change the VerticalOptions
. The "Hello" Label
has a gray background so you can determine its size (see below).
At startup, the "Hello" Label
will have the default alignment option of Fill
for both horizontal and vertical. It also has a WidthRequest
and HeightRequest
of 150
. Your goal is to run the app and see how the different layout options change the size and position of the "Hello" Label
.
- Open the Alignment app.
- Run the app on a platform of your choice.
-
At startup, with the default alignment of
Fill
, are theWidthRequest
andHeightRequest
settings respected?
The "Hello" Label
is in a vertical StackLayout
so you should see that the WidthRequest
is ignored while the HeightRequest
is respected.
- Try each of the vertical layout options and observe the behavior. Is there any change? Why or why not?
You should not see any change to the "Hello" Label
: the StackLayout
is vertical so it is using the HeightRequest
and completely ignoring the vertical options.
- Try each of the horizontal layout options and observe the behavior. Are these options respected by the layout engine?
You should see both the alignment and the size update. With Fill
, the "Hello" Label
will occupy the full width of the StackLayout
so the alignment is irrelevant since it completely fills the horizontal space. With Start
, Center
, and End
, the WidthRequest
will be respected and the alignment will also change since the Label
no longer occupies the full width of the StackLayout
.
Exercise summary
There are a few interesting points to take away from this exercise. First, notice that the alignment options (Start
, Center
, End
, and Fill
) can change both the size and the alignment of a view. Second, the container can overrule the view's settings; for example, the vertical StackLayout
completely ignores the VerticalOptions
of the Label. Third, the behavior might be different if we used a different layout such as a Grid
.


Submit Timesheet
What type of work is this for?
Please select an option
Before we can proceed...
Email is required.
Please provide a valid email.
Please provide the time spent.
Please select what you worked on.
Clear
Next
Timesheet Submitted
Thank you {{timesheet.email}}
You have logged {{getTimeLogged()}}
Start Again