What each app does
The hub
The hub handles as much as possible, so that job board apps are as thin as possible. Any functionality that is common to all or many job boards
is in the hub.
Handling installs
When the hub is installed, it checks for existing installed job board apps and updates its installed boards table.
Showing the settings page
The hub's settings page lets the admin user control the legacy source code field for each installed board.
The field defaults to defaultLegacySourceCode as passed by the board via
GET /jobBoards/forApp.
When legacy source code is set against a board, all linkouts for postings on that board will have a "source=" parameter appended with that value.
Some ATS's will be able to use the information in the tracker for sourcing purposes and won't need this field set.
Showing the job panel
The hub injects a panel for creating and updating postings into the job page in the ATS.
This shows a list of the existing postings for the job, across all boards, including:
- the board's icon (shrunk)
- the posting title (truncated)
- the status message (listing expired, job closed, etc.)
- menu/links to:
- Repost (re-open)
- Edit (shows the posting wizard again)
- Expire (close)
The panel also allows creating new postings by clicking a board's icon. The user then is redirected
to the posting form in a full window.
Showing the posting form
The posting wizard is a web page served by the hub to capture the user data (job title, categories etc.) for a posting.
In the fields section of the posting form, the hub captures the job board's
required fields (title, reference, description etc. and category values).
- To decide which common fields to display, the hub asks the board for it's settings
- To populate the category fields, the hub asks the job board for its categories
- To set defaults for the categories, the hub calls the category mapping API
- In the scheduled close date field, recruiter sees today + 30, though underneath the field is null
- The recruiter could also set scheduled close date to a value, e.g. so the posting is only open for 10 days. Or to a year in the future, in
which case the posting would remain active for a year, being re-billed every 30 days.
- Once the user has ok-ed the form, the hub:
- creates a posting object in its own database. The posting object holds all the data needed to post the job, including the fields.
- sends a "new posting" delta ping to the relevant job board app.
note right of poster: poster grabs common details:
note right of poster: get title, description
poster->ats: GET /jobs/byID/{}
note right of poster: get category drop down values
poster->board: GET /jobBoards/forApp/categories
poster->board: GET /jobBoards/forApp/categories/byID/{}
poster->board: GET /jobBoards/forApp/categories/byID/{}/values
note right of poster: get mappings (to set defaults)
poster->mapper: POST /jobBoards/forApp/{app}/mappings
note right of poster: poster pops UI so user can\nedit title, description, categories
note right of poster: get link to board's\niframe-ed custom fields UI (if any)
poster->board: GET /jobBoards/forApp/postingUI/byID/{posting}
note right of poster: Custom fields UI is shown.\n User edits, clicks OK. postMessage\npasses custom fields as json to hub.\nHub updates posting.
note right of poster: poster signals that the posting\nhas changed
poster->board: POST /jobBoards/postings/byID/{}/tenantDeltaPings
Handling expire, reopen requests
The panel allows the user to click to expire or reopen postings.
The hub responds by:
- Updating the posting object (actual close date, close date, status, last updated by email and date)
- sending a delta ping to the relevant job board app.
- displaying ajax spinning widget in the panel throughout
Building linkout urls, including modern (tracker) and legacy source tracking
For the posting, the hub builds the linkout url leading to the job on the careers site, including source tracking
information.
The hub builds this by:
- Call GET/BLAH to ask the primary career site for a link to the job
- Calling POST /trackers to create a campaign tracker and appending it to the linkout url
If the installed board has its legacy source code set, then the linkout url should have "&source= appended to it."
Processing postings that have expired
A dameon finds all postings that have arrived at their scheduled close date.
The daemon:
- sets status = closed
- sets actual close date = sysdate
- sends delta ping to relevant job board app
Listening for jobs closing in the ATS
The hub listens for jobs closing on the ATS. It closes the attached postings and notifies the relevant job board app.
- The hub learns via delta ping that a job has just closed in the ATS
- It iterates through all of the postings for that job doing this:
- set status = closed
- set close date = sysdate
- set status message = "Job closed"
- send delta ping to relevant job board app
Handling tenant reboots
When the hub starts up after maintenance, or the tenant is rebooted, the hub pulls all
category values from all installed job boards.
The job board's categories may have changed, making existing postings held in the
hub outdated.
If any existing open postings are found that are using a category value that no longer exists,
their stale flag is set. This causes the posting to be displayed e.g. in red in the job panel.
The posting form highlights to the user to which category needs fixing.
When the user successfully submits the posting form, the stale flag is cleared by the hub.
Handling uninstalls
The hub prevents uninstall (returns 400 to DELETE /tenants/{}) if there are installed boards.
When a job board app is uninstalled, the hub preserves all data by updating installed boards table:
- prior app shortcode = app shortcode
- app shortcode = null
So the tenant can reinstall the app (or another customer who picks up the same tenant shortcode can install it for the first time) and the
old data won't be visible.
However the old data can be shown (e.g. with strike through) in the hub's screens and in posting statistics etc.
Maintaining audit history
All changes to postings and installed boards, including who made them and when, are stored in audit tables or otherwise in some persistent store.
Some UI in the hub provides a UI to see and search posting audit data.
More functionality
More UI can be added to the hub that is useful across all job boards, e.g.:
- List of recent postings across all jobs and boards
- Show postings per user/category
- graphs of posting activity
- Tools like FreshChat
Hub database
Posting objects
- housekeeping:
- id
- installed board id
- created by email
- created by date
- last updated by email
- last updated by date
- status (draft, open, closed) - do we need error?
- status message e.g. "listing expired", "job closed", "error - missing blah", etc.)
- scheduled close date
- actual close date
- stale flag
- common fields
- set by user
- title
- description
- ref
- category values
- recruiter name
- recruiter email
- recruiter team
- contact person name
- contact person email
- application email
- linkout url
- set by board
- board-specific fields
- custom fields json (e.g. advertiser profile, template, premium features, video)
Installed boards
- housekeeping:
-
- id
- tenant
- app shortcode (set before uninstall)
- prior app shortcode (set after uninstall)
- legacy source code (when present, causes linkouts for this board to have source=CODE appended to them)
- setup error message (e.g. invalid credentials). When non-null:
- new postings can't be created
- the board appears in the hub's UI with warning icons, which links to the app's setup page
Audit data
Database tables/log files/s3 storage of who did what to which postings and when.
The category mapper
note right of mapper: user opens app
note right of mapper: mapper enumerates boards
mapper->board: GET /boards/forApp
mapper->board2: GET /boards/forApp
note right of mapper: mapper gets all nodes\nfrom tenant
mapper->board: GET /categories
mapper->board: GET /categories/byID/{}
mapper->board: GET /categories/byID/{}/values
note right of mapper: user starts mapping\nfor first board
note right of mapper: mapper gets all nodes from board
mapper->board: GET /jobBoards/forApp/categories
mapper->board: GET /jobBoards/forApp/categories/byID/{}
mapper->board: GET /jobBoards/forApp/categories/byID/{}/values
note right of mapper: user maps categories
note right of mapper: user maps nodes


The shinyAce
package enables Shiny application developers to use the Ace text editor in their applications. All current modes (languages) and themes are supported in this package. The mode, theme, and current text can be defined when the element is initialized in ui.R
or afterwards using the updateAceEditor()
function. The editor registers itself as a reactive Shiny input, so the current value of the editor can easily be pulled from server.R
using input$yourEditorsName
.
Or view an interactive example
shinyAce is available on CRAN, so installation is as simple as:
install.packages("shinyAce")
You can install the latest development version of the code using the devtools
R package.
# Install devtools, if you haven't already.
install.packages("devtools")
devtools::install_github("trestletech/shinyAce")
Various examples are available in the inst/examples
directory included in the package. A few examples are described below. (Note that the package must be installed before you can run any examples.)
Run example: shiny::runApp(system.file("examples/01-basic", package="shinyAce"))
Demonstrates the basic capabilities of shinyAce including the ability to set an initial value, or interactively assign a value, theme, or mode later on in the session.
Run example: shiny::runApp(system.file("examples/02-eval", package="shinyAce"))
Shows an example of using shinyAce to allow the user to compose R code which will then be evaluated on the server.
Run example: shiny::runApp(system.file("examples/03-knitr", package="shinyAce"))
Demonstrates integrating shinyAce with the knitr package. (Note also that an example of this integration is available in the knitr package itself and includes features such as R syntax highlighting.)
Run example: shiny::runApp(system.file("examples/04-shinyui", package="shinyAce"))
Demonstrates using shinyAce to allow a user to create a Shiny UI within Shiny itself. The UI can then be rendered on the right half of the page. Could be a great learning tool for teaching how to construct Shiny UIs.
Run example: shiny::runApp(system.file("examples/05-hotkeys", package="shinyAce"))
An example using the hotkeys
feature of ShinyAce to allow application developers to expose keyboard shortcuts to their users.
Run example: shiny::runApp(system.file("examples/06-autocomplete", package="shinyAce"))
An example using the autocomplete
feature of ShinyAce to enable Ace to suggest completions as the user types.
Run example: shiny::runApp(system.file("examples/07-autocomplete-combine", package="shinyAce"))
Create a custom (reactive) autocomplete list to use in the editor
Run example: shiny::runApp(system.file("examples/08-resize", package="shinyAce"))
Shows how to include an Ace editor that will dynamically adjusting size depending on the provided user input.
Run example: shiny::runApp(system.file("examples/09-selectionId", package="shinyAce"))
Shows how to access the position of the cursor in the editor and any selected text or code.
Run example: shiny::runApp(system.file("examples/10-modules", package="shinyAce"))
Demonstrates how to use shinyAce with shiny modules.
Run example: shiny::runApp(system.file("examples/11-code-hotkeys", package="shinyAce"))
Use hotkeys to evaluate a selection of code or step through your code using hotkeys
As with any online application, it is a genuinely bad idea to allow arbitrary users to execute code on your server. The above examples show such an environment in which arbitrary R code is being executed on a remote machine. In a trusted environment (such as after authenticating a user or on a network protected by a firewall), this may not be a terrible idea; on a public server without authentication, it most certainly is. So please use the above examples with caution, realizing that without proper security checks in place, allowing unknown users to execute arbitrary R code would make it trivial for an attacker to compromise your server or steal your private data.
See the Issues page for information on outstanding issues.
The development of this project was generously sponsored by the Institut de Radioprotection et de Sûreté Nucléaire and performed by Jeff Allen. The code is licensed under The MIT License (MIT).
Copyright (c) 2013 Institut de Radioprotection et de Sûreté Nucléaire
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


This tool calculates the optimum cost network from a set of input regions.
One example application of this tool is finding the best network for emergency vehicles.
If Use current map extent is checked, only those locations in the input layer that are visible within the current map extent will be analyzed. If unchecked, all locations in the input layer will be analyzed, even if they are outside the current map extent.
The input regions that are to be connected by the least-cost network.
Regions can be defined by either an image service or a feature service.
For image service, the regions are defined by groups of contiguous (adjacent) cells of the same value. Each region must be uniquely numbered. The cells that are not part of any region must be NoData. The raster type must be integer, and the values can be either positive or negative.
For feature service, the input can be point, line or polygon.
A raster defining the impedance or cost to move planimetrically through each cell.
The value at each cell location represents the cost-per-unit distance for moving through the cell. Each cell location value is multiplied by the cell resolution while also compensating for diagonal movement to obtain the total cost of passing through the cell.
The values of the cost raster can be integer or floating point, but they cannot be negative or zero (you cannot have a negative or zero cost).
The name of the layer that will be created in My Content and added to the map. The default name is based on the tool name and the input layer name. If the layer already exists, you will be prompted to provide another name.
You can specify the name of a folder in My Content where the result will be saved using the Save result in drop-down box.
The name of the layer that will be created in My Content and added to the map. The default name is based on the tool name and the input layer name. If the layer already exists, you will be prompted to provide another name.
You can specify the name of a folder in My Content where the result will be saved using the Save result in drop-down box.


First Name:
Please select your class status.
Freshman
Sophomore
Junior
Senior
Are you Male or Female?
Male
Female
The title of the document is:
Find File
Do you want to know the date?
Click the button to display the date.
Date
Click on this button if you are finished
Click Me!


public class CBAnalytics
extends java.lang.Object
| Modifier and Type | Class and Description |
|---|---|
static class |
CBAnalytics.CBCustomEventType
Enum values for Custom event type
|
static class |
CBAnalytics.CBIAPPurchaseInfo
CBIAPPurchaseInfo provides a list of enum constants which is used as a key in sending out
purchase information for a product during the In-app Purchase and to perform Post Install Analytics tracking.
|
static class |
CBAnalytics.CBIAPType
Types of In-App Purchase supported
|
static class |
CBAnalytics.CBLevelType
Different type of level tracking information values
|
static class |
CBAnalytics.CBMiscRevenueGeneratingEventType
Enum values for RevenueGeneratingEventType
|
| Modifier and Type | Method and Description |
|---|---|
static void |
trackInAppAmazonStorePurchaseEvent(java.lang.String title,
java.lang.String description,
java.lang.String price,
java.lang.String currency,
java.lang.String productID,
java.lang.String userID,
java.lang.String purchaseToken)
Call this method to track in-app purchase made at AmazonPlay store.
|
static void |
trackInAppGooglePlayPurchaseEvent(java.lang.String title,
java.lang.String description,
java.lang.String price,
java.lang.String currency,
java.lang.String productID,
java.lang.String purchaseData,
java.lang.String purchaseSignature)
Call this method to track in-app purchase made at GooglePlay store.
|
void |
trackInAppPurchaseEvent(java.util.EnumMap<CBAnalytics.CBIAPPurchaseInfo,java.lang.String> map,
CBAnalytics.CBIAPType iapType)
Track an In App Purchase Event.
|
static void |
trackLevelInfo(java.lang.String eventLabel,
CBAnalytics.CBLevelType type,
int mainLevel,
int subLevel,
java.lang.String description)
Method used to send current level information details on the game played.
|
static void |
trackLevelInfo(java.lang.String eventLabel,
CBAnalytics.CBLevelType type,
int mainLevel,
java.lang.String description)
Method used to send current level information details on the game played.
|
public void trackInAppPurchaseEvent(java.util.EnumMap<CBAnalytics.CBIAPPurchaseInfo,java.lang.String> map, CBAnalytics.CBIAPType iapType)
map
- enum hash map where 'KEY' is CBAnalytics.CBIAPPurchaseInfo
and value is the purchase information of the product.iapType
- It's mandatory, you need to send the type of in-app purchase being used from the enum value.
EnumMap<CBIAPPurchaseInfo, Object> map = new EnumMap<CBIAPPurchaseInfo, Object>(CBIAPPurchaseInfo.class);
map.put(CBIAPPurchaseInfo.PRODUCT_ID, "Provide product id from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_TITLE, "Provide product tile from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_DESCRIPTION, "Provide product desc from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_PRICE, "Provide product price from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_CURRENCY_CODE, "Provide currency code of the purchase");
map.put(CBIAPPurchaseInfo.GOOGLE_PURCHASE_DATA, "Provide purchaseData object of the purchase");
map.put(CBIAPPurchaseInfo.GOOGLE_PURCHASE_SIGNATURE, "Provide purchaseSignature of the purchase");
EnumMap<CBIAPPurchaseInfo, Object> map = new EnumMap<CBIAPPurchaseInfo, Object>(CBIAPPurchaseInfo.class);
map.put(CBIAPPurchaseInfo.PRODUCT_ID, "Provide product id from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_TITLE, "Provide product tile from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_DESCRIPTION, "Provide product desc from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_PRICE, "Provide product price from the purchase made");
map.put(CBIAPPurchaseInfo.PRODUCT_CURRENCY_CODE, "Provide currency code of the purchase");
map.put(CBIAPPurchaseInfo.AMAZON_USER_ID, "Provide amazon user id of the purchase");
map.put(CBIAPPurchaseInfo.AMAZON_PURCHASE_TOKEN, "Provide purchaseToken from the receipt of the purchase");
public static void trackInAppGooglePlayPurchaseEvent(java.lang.String title, java.lang.String description, java.lang.String price, java.lang.String currency, java.lang.String productID, java.lang.String purchaseData, java.lang.String purchaseSignature)
All paramters are mandatory so it cannot be empty or null
title
- Title of the product being purchased. (Eg: Sword)description
- Description of the product being purchased (Eg: Platinum sword)price
- Cost of the product being purchased. (Eg: "$0.99")currency
- Currency in which the product was purchased (Eg: USD)productID
- Unique productID being purchased. (Eg:com.chartboost.sword)purchaseData
- Unique string which you get from Google Play when a product is purchased.purchaseSignature
- Unique string which you get from google play when a product is purchased.public static void trackInAppAmazonStorePurchaseEvent(java.lang.String title, java.lang.String description, java.lang.String price, java.lang.String currency, java.lang.String productID, java.lang.String userID, java.lang.String purchaseToken)
All paramters are mandatory so it cannot be empty or null
title
- Title of the product being purchased. (Eg: Sword)description
- Description of the product being purchased (Eg: Platinum sword)price
- of the product being purchased. (Eg: "0.99")currency
- Currency in which the product was purchased (Eg: USD)productID
- Unique productID being purchased. (Eg:com.chartboost.sword)userID
- Userd ID used in purchasing the product.purchaseToken
- Unique string which you get from Amazon Store when a product is purchased.public static void trackLevelInfo(java.lang.String eventLabel, CBAnalytics.CBLevelType type, int mainLevel, java.lang.String description)
eventLabel
- Event label for the level informationtype
- Type of levelmainLevel
- Level number for the current level
* @param mainLevel Level number for the current leveldescription
- Description about the level informationpublic static void trackLevelInfo(java.lang.String eventLabel, CBAnalytics.CBLevelType type, int mainLevel, int subLevel, java.lang.String description)
eventLabel
- Event label for the level informationtype
- Type of levelmainLevel
- Level number for the current levelsubLevel
- Current sub-level numberdescription
- Description about the level information


Hello! Thanks for taking the time to look through my portfolio. As a gameplay programmer, I enjoy working closely with teammates to build robust game systems that enrich player experience. In particular, I like working on systems that make a game feel unique, such as deep systems for generating procedural content, interesting movement systems, or distinctive, programmatic visual effects.
As a programmer, I've found that my role on team projects is often to find ways to enable my teammates to do their work as quickly and effectively as possible. I pride myself on my ability to communicate conditions of satisfaction with my team members, and deliver fast, effective results whether I'm working in Unity, Unreal, or another engine. When I'm working on personal projects, I like to work in my own engine using C++/OpenGL, and I enjoy playing with procedural content generation, including terrain generation, text generation, and generative art.
Outside of work, I like to play a wide variety of games from League of Legends to Stardew Valley. Beyond any specific genre, I enjoy games that find ways to feel new and exciting. Some of my favorite games from the past few years are Subnautica, Breath of the Wild, Stardew Valley, Rimworld, The Long Dark, and Celeste. Outside of gaming, I like to spend my free time baking, drawing, and, if I can find the time, camping.


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Chelsea to target €16m-rated CSKA Moscow starlet in January
by Neelabhra RoyChelsea are reportedly interested in signing CSKA Moscow forward Fedor Chalov in January provided their transfer ban is lifted.
The 21-year-old has been an integral player for the Russian club, netting 35 goals and providing 19 assists in 108 appearances across all competitions. Chalov has been a regular for CSKA Moscow this season, amassing five goals and as many assists in 22 appearances across all competitions.
SEE MORE: Maurizio Sarri wants reunion with Chelsea star at Juventus in January
According to Sky Sports, Chelsea owner Roman Abramovich is an admirer of the Russian international and the club will make a move for him in January if their transfer ban is lifted. An earlier report from the British TV channel claimed that the Blues will learn next month whether their ban will be lifted or not. Chalov is currently valued at €16 million according to Transfermarkt.
Chelsea’s attack department currently consists of Tammy Abraham, Michy Batshuayi and Olivier Giroud. The addition of Chalov would certainly add more depth but the 21-year-old will find it hard to be a regular starter under Frank Lampard.


I am an Electrical Engineering student with a Computer Science and Web Development background.
Working to develop and refine warehouse automation technologies.
Delivered services as the web developer, designer, application specialist and webmaster, acting as project manager for the transition. Conceptualized, planned and executed designs for a wide range of website properties using Bootstrap 4.3, HTML, and CSS.
Worked with other developers on a geographic information system for organizing and delivering information pertaining to a user's local agencies and community organizations.
Used AutoCAD to maximize space in automated and high density parking solutions for clients.
GPA: 3.8
GPA: 4.0
I am proficient in Java, Python, C++, C#, and a little in other object oriented languages.
Through projects, I have gained skills with the Unix terminal, Debian distros, and the Arduino microcontroller interface. My GitHub reflects most of my work.
In my free time, I work on a variety of projects.
At the University of California, Riverside, I work on the UAS team, a project of the IEEE student branch. I am currently working on the ground communications system.
I also work on CubeSat at UC Riverside under the Aerospace Systems club.
I am currently designing and refining a kit to retrofit skateboards for electric systems. It will be controlled through Bluetooth, interfacing with a throttle mobile app.
Apart from being a student and engineer, I enjoy most of my time being outdoors. I like to spent my time mountain biking, backpacking, doing photography, camping, offroading, surfing, snowboarding, and many other outdoorsy activities.
When not in the outdoors, I enjoy cars and car culture. I also enjoy welding and metal work. I take part in Project Euler challenges and other code projects when I can.
Over the past 7 years, I have put in over 500 hours giving back to the community.
Since seventh grade, I have been mentoring LEGO Robotics teams at my former elementary school and at FLL teams in the area. Giving back to a program that gave me so much is amazing and a lot of fun.
I have been a part of the BSA since first grade. This has led to some amazing opportunities to give back to the community directly through service and through trail work in the local mountains.


Sites we used
Our data comes from a number of different sources. Many of these sources offered free APIs
(which make data extraction and re-use easy), and others, while free, don't offer a good
method of aggregation. We tried to take the pain out of keeping track of all these data
sources, but for those who are interested, here they are.
| ProPublica OpenCongress API |
ProPublica offers a number of free
data sources as part of their mission. The Congress API serves as the base of this
site, providing biographical info, voting records, bill sponsorships, public statements,
and committee membership. |
GovTrack |
The site we would use if this one didn't exist. GovTrack presents bills and vote
information in an easily navigable and searchable format. It is effectively a wrapper around
Congress.gov. |
| On the Issues |
Provides analyses of each politician on major issues, using their past statements and
voting records as a guide. |
| The Government Publishing Office |
The GPO produces a member guide that includes office and staff information for members
of Congress. They haven't added the 115th Congress yet, but we will update the site when
they do.
|
| Senate.gov |
Contains the Senate calendar (including committee schedules), as well as information on
active legislation (mostly links to Congress.gov) and some historical info. |
| House.gov |
Contains the House calendar and information on upcoming legislation. |
| Event Registry |
A free news aggregation site that groups news articles by entities (e.g. people, events,
etc), forming a stream of 'news events' for each entity |
| Politifact |
A website that does fact checking of statements made by and about politicians. |


Summary
Before reworking the Nanostring brand and marketing materials, the website & brand design system was in bad shape. The style was outdated, there was a lot of demand for more collateral, and no processes in sight. Bad stock photos were rampant.
Brand Redesign
While leading the design rebranding effort, our goals were:


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tinder on: gun control publishes visual and written content related to online dating, gun control, and censorship. Submissions are accepted year-round. The online dating experience is unique like opinions related to gun control, for that reason all submissions will remain unedited. Please take a moment to read the guidelines below before submitting💘
GENERAL GUIDELINES ‼
VISUAL ART 🎨
WRITING 📝


[§328E-5 Misdemeanor.] Whosoever violates any provision of this chapter shall be guilty of a misdemeanor. [L 1970, c 204, §5]


QPrintPreviewWidget Class
The QPrintPreviewWidget class provides a widget for previewing page layouts for printer output. More...
| Header: | #include <QPrintPreviewWidget> |
| qmake: | QT += printsupport |
| Since: | Qt 4.4 |
| Inherits: | QWidget |
Public Types
| enum | ViewMode { SinglePageView, FacingPagesView, AllPagesView } |
| enum | ZoomMode { CustomZoom, FitToWidth, FitInView } |
Public Functions
| QPrintPreviewWidget(QPrinter *printer, QWidget *parent = Q_NULLPTR, Qt::WindowFlags flags = Qt::WindowFlags()) | |
| QPrintPreviewWidget(QWidget *parent = Q_NULLPTR, Qt::WindowFlags flags = Qt::WindowFlags()) | |
| ~QPrintPreviewWidget() | |
| int | currentPage() const |
| QPrinter::Orientation | orientation() const |
| int | pageCount() const |
| ViewMode | viewMode() const |
| qreal | zoomFactor() const |
| ZoomMode | zoomMode() const |
Reimplemented Public Functions
| virtual void | setVisible(bool visible) |
- 216 public functions inherited from QWidget
Public Slots
| void | fitInView() |
| void | fitToWidth() |
| void | print() |
| void | setAllPagesViewMode() |
| void | setCurrentPage(int page) |
| void | setFacingPagesViewMode() |
| void | setLandscapeOrientation() |
| void | setOrientation(QPrinter::Orientation orientation) |
| void | setPortraitOrientation() |
| void | setSinglePageViewMode() |
| void | setViewMode(ViewMode mode) |
| void | setZoomFactor(qreal factor) |
| void | setZoomMode(ZoomMode zoomMode) |
| void | updatePreview() |
| void | zoomIn(qreal factor = 1.1) |
| void | zoomOut(qreal factor = 1.1) |
- 19 public slots inherited from QWidget
Signals
| void | paintRequested(QPrinter *printer) |
| void | previewChanged() |
- 3 signals inherited from QWidget
Additional Inherited Members
- 59 properties inherited from QWidget
- 5 static public members inherited from QWidget
- 35 protected functions inherited from QWidget
- 1 protected slot inherited from QWidget
Detailed Description
The QPrintPreviewWidget class provides a widget for previewing page layouts for printer output.
QPrintPreviewDialog uses a QPrintPreviewWidget internally, and the purpose of QPrintPreviewWidget is to make it possible to embed the preview into other widgets. It also makes it possible to build a different user interface around it than the default one provided with QPrintPreviewDialog.
Using QPrintPreviewWidget is straightforward:
- Create the QPrintPreviewWidget
Construct the QPrintPreviewWidget either by passing in an existing QPrinter object, or have QPrintPreviewWidget create a default constructed QPrinter object for you.
- Connect the paintRequested() signal to a slot.
When the widget needs to generate a set of preview pages, a paintRequested() signal will be emitted from the widget. Connect a slot to this signal, and draw onto the QPrinter passed in as a signal parameter. Call QPrinter::newPage(), to start a new page in the preview.
See also QPrinter, QPrintDialog, QPageSetupDialog, and QPrintPreviewDialog.
Member Type Documentation
enum QPrintPreviewWidget::ViewMode
This enum is used to describe the view mode of the preview widget.
| Constant | Value | Description |
|---|---|---|
QPrintPreviewWidget::SinglePageView | 0 | A mode where single pages in the preview is viewed. |
QPrintPreviewWidget::FacingPagesView | 1 | A mode where the facing pages in the preview is viewed. |
QPrintPreviewWidget::AllPagesView | 2 | A view mode where all the pages in the preview is viewed. |
enum QPrintPreviewWidget::ZoomMode
This enum is used to describe zoom mode of the preview widget.
| Constant | Value | Description |
|---|---|---|
QPrintPreviewWidget::CustomZoom | 0 | The zoom is set to a custom zoom value. |
QPrintPreviewWidget::FitToWidth | 1 | This mode fits the current page to the width of the view. |
QPrintPreviewWidget::FitInView | 2 | This mode fits the current page inside the view. |
Member Function Documentation
QPrintPreviewWidget::QPrintPreviewWidget(QPrinter *printer, QWidget *parent = Q_NULLPTR, Qt::WindowFlags flags = Qt::WindowFlags())
Constructs a QPrintPreviewWidget based on printer and with parent as the parent widget. The widget flags flags are passed on to the QWidget constructor.
See also QWidget::setWindowFlags().
QPrintPreviewWidget::QPrintPreviewWidget(QWidget *parent = Q_NULLPTR, Qt::WindowFlags flags = Qt::WindowFlags())
This is an overloaded function.
This will cause QPrintPreviewWidget to create an internal, default constructed QPrinter object, which will be used to generate the preview.
QPrintPreviewWidget::~QPrintPreviewWidget()
Destroys the QPrintPreviewWidget.
int QPrintPreviewWidget::currentPage() const
Returns the currently viewed page in the preview.
See also setCurrentPage().
[slot]
void QPrintPreviewWidget::fitInView()
This is a convenience function and is the same as calling setZoomMode(QPrintPreviewWidget::FitInView)
.
[slot]
void QPrintPreviewWidget::fitToWidth()
This is a convenience function and is the same as calling setZoomMode(QPrintPreviewWidget::FitToWidth)
.
QPrinter::Orientation QPrintPreviewWidget::orientation() const
Returns the current orientation of the preview. This value is obtained from the QPrinter object associated with the preview.
See also setOrientation().
int QPrintPreviewWidget::pageCount() const
Returns the number of pages in the preview.
This function was introduced in Qt 4.6.
[signal]
void QPrintPreviewWidget::paintRequested(QPrinter *printer)
This signal is emitted when the preview widget needs to generate a set of preview pages. printer is the printer associated with this preview widget.
[signal]
void QPrintPreviewWidget::previewChanged()
This signal is emitted whenever the preview widget has changed some internal state, such as the orientation.
[slot]
void QPrintPreviewWidget::print()
Prints the preview to the printer associated with the preview.
[slot]
void QPrintPreviewWidget::setAllPagesViewMode()
This is a convenience function and is the same as calling setViewMode(QPrintPreviewWidget::AllPagesView)
.
[slot]
void QPrintPreviewWidget::setCurrentPage(int page)
Sets the current page in the preview. This will cause the view to skip to the beginning of page.
See also currentPage().
[slot]
void QPrintPreviewWidget::setFacingPagesViewMode()
This is a convenience function and is the same as calling setViewMode(QPrintPreviewWidget::FacingPagesView)
.
[slot]
void QPrintPreviewWidget::setLandscapeOrientation()
This is a convenience function and is the same as calling setOrientation(QPrinter::Landscape)
.
[slot]
void QPrintPreviewWidget::setOrientation(QPrinter::Orientation orientation)
Sets the current orientation to orientation. This value will be set on the QPrinter object associated with the preview.
See also orientation().
[slot]
void QPrintPreviewWidget::setPortraitOrientation()
This is a convenience function and is the same as calling setOrientation(QPrinter::Portrait)
.
[slot]
void QPrintPreviewWidget::setSinglePageViewMode()
This is a convenience function and is the same as calling setViewMode(QPrintPreviewWidget::SinglePageView)
.
[slot]
void QPrintPreviewWidget::setViewMode(ViewMode mode)
Sets the view mode to mode. The default view mode is SinglePageView.
See also viewMode().
[virtual]
void QPrintPreviewWidget::setVisible(bool visible)
Reimplemented from QWidget::setVisible().
[slot]
void QPrintPreviewWidget::setZoomFactor(qreal factor)
Sets the zoom factor of the view to factor. For example, a value of 1.0 indicates an unscaled view, which is approximately the size the view will have on paper. A value of 0.5 will halve the size of the view, while a value of 2.0 will double the size of the view.
See also zoomFactor().
[slot]
void QPrintPreviewWidget::setZoomMode(ZoomMode zoomMode)
Sets the zoom mode to zoomMode. The default zoom mode is FitInView.
See also zoomMode(), viewMode(), and setViewMode().
[slot]
void QPrintPreviewWidget::updatePreview()
This function updates the preview, which causes the paintRequested() signal to be emitted.
ViewMode QPrintPreviewWidget::viewMode() const
Returns the current view mode. The default view mode is SinglePageView.
See also setViewMode().
qreal QPrintPreviewWidget::zoomFactor() const
Returns the zoom factor of the view.
See also setZoomFactor().
[slot]
void QPrintPreviewWidget::zoomIn(qreal factor = 1.1)
Zooms the current view in by factor. The default value for factor is 1.1, which means the view will be scaled up by 10%.
ZoomMode QPrintPreviewWidget::zoomMode() const
Returns the current zoom mode.
See also setZoomMode(), viewMode(), and setViewMode().
[slot]
void QPrintPreviewWidget::zoomOut(qreal factor = 1.1)
Zooms the current view out by factor. The default value for factor is 1.1, which means the view will be scaled down by 10%.


NOV, 2017
->SETUP DISCORD COMMUNITY for health-experts, health-enthusiasts and clients.
-> SETUP STEEMIT ACCOUNT
On Air-Clinic, our mission and vision emphasizes attention to details. Our aim is primarily to save lives using modern modalities that have been proven effective and efficient. Read below to find out how.
AIR-CLINIC is the first healthcare facility built on the steem blockchain. Our aim is to decentralize healthcare thereby leading to less central control and increased functionality of the medical sector gloablly. The best part of it is that everyone will get rewarded for living healthy lives (or helping others do same). Join us as we detail the "whys" and "hows" below.
Air-Clinic was founded by a core team of two health-experts and a health-enthusiast who felt the need to effect considerable changes in the way the healthcare sector is handled. The Medical team is lead by Dr. George Edeh & Dr. Blessing Imade while the Business Team is lead by Mr. Ejemai.
We started off on a DISCORD COMMUNITY consisting of health-experts, health-workers, and clients. We organize daily health discussions, provide consultation services for clients, provide post-promotion channels and as well as a platform for familiarization between all of these different sets of people.
However, what we are doing is beyond DISCORD, that’s why we are building a world class web facility and steem frontend to carter to all the needs we must fill globally. In the nearest future we will have an APP for mobile device users to access us easily.
The ongoing negative trend has been the politicization of healthcare. Take the political gaming involved in making & breaking ObamaCare in America as an example. Perhaps politicians don't realize that every action they take (or don't take) directly affect life. Or maybe they do but selfish ambitions always stand in the way of good deeds? We have made them gods that decide who lives and who dies. Is it supposed to be so?
Also there are issues of high cost of healthcare, inequitable distribution, slow hospital processes, long distances to the sources of healthcare etc. These and many other reasons inspires us to decentralize the health sector.
With decentralization, everyone understands their role and everyone plays it well. A hospital for example will deliver healthcare to the patients straight without middlemen. The blockchain's openledger helps increase transparency and its trustlessness improves services delivery.
Using cryptocurrencies to pay for healthcare is the future of medicine. This avails medicine of the opportunities abundant in this digital money era. No we will not miss out in the blockchain technology.
We are particularly interested in the Steem blockchain. We have seen everything that has been done on it including Utopian, DTube, DSound, DLive, etcz. This is not just another emptily lofty project. No!
AIR-CLINIC brings professionalism and professionals to the blockchain. Healthcare workers are known to deeply care and give all they have for saving lives. Our team is headed by two of them as well as a health-enthusiast. We all believe that Steem has a love node which we can spread via decentralization.
The advantages of decentralizing heathcare via the steem blockchain far outweigh the disadvantages if any at all. We are ready for the moon. Let's do this!
We see a world where a major percentage of all people will be healthy because of the ease of access to healthcare. The good thing is that people will be rewarded for living healthy lives and teaching others how to live healthy too.
-> To decentralize healthcare
-> To provide easy, quick and affordable access to healthcare for everyone globally regardless of socioeconomic and personal barriers
-> To create a community of health experts, health enthusiasts and clients who can support each other for the sake of healthy living.
-> To increase the collaboration between health experts of different specialties and locations.
-> To provide a better, faster, more efficient method of payment for hospital transactions.
-> To remove middlemen and bottlenecks in healthcare access.
-> To reward everyone who contributes positively to the advancement of healthcare worldwide.
-> Most hospitals (especially the public ones) are known for their snail-like approach to patient care. Long queues, client embarrassment and rushed consultations are the norm.
-> We are changing that with quick and straight-to-the-point services. Doctors and other healthcare workers are on call 24/7 to solve your health problems.
-> You can reach us on this website and also on our DISCORD with your phone, tablet or laptop from anywhere around the world. In due time we will have dedicated APPs just for AIR-CLINIC’s services.
-> Even our offline healthcare services will reach all nooks and crannies efficiently.
->The high costs of healthcare is preventing many persons from accessing healthcare when necessary. Only the rich get optimum care.
-> We are combating that by using the STEEM BLOCKCHAIN to subsidize medicare. We also have a healthcare Foundation that will provide free services to the underprivileged in the society.
-> Gone are the days when healthcare is limited by location on the map. Our services make it easy for a client in India to consult with a doctor in USA.
-> In cases where foreign referrals are needed for further investigations or treatment, it becomes easy when all the facilities and human resources are already inter-linked.
-> Too many cooks they say spoil the brook. There are a lot of middle men draining resources and slowing down the processes.
-> We are bringing real change with the force of decentralization. Healthcare will now be delivered straight to the clients in a quick and non-stressful manner.
-> There are too many great men and women who brought innovation to medical practice. They need to be appreciated.
-> We are giving incentives to people who live healthy lives and spread optimum healthcare practices through content creation. Quality is rewarded with Steem and our own Smart Media Tokens.
-> This is the crux of our services. We have built a world class discord server and web app where our clients can consult healthcare experts of different specialties globally for any type of ailment.
->Our service providers are on call 24/7 awaiting your call. Once they receive it, they consult with you and get you the best solutions for the situation.
Commonly used resources include;
-> Text Chat, Voice Chat, Video Chat, Graphs and Charts
-> Referral system: It will be easy for a medical practitioner to refer a client to another expert who either has more experience or is more specialized in a particular field.
Online services alone will not be enough to allow us to practice a wholistic approach in managing our patients. When we encounter cases that we can’t handle via the online means alone or in cases of emergency, we will have to use the offline method.
In this scenario, we will be the “medical matchmakers” connecting health service experts and providers to clients who require these services in a speed of light manner. Think of us as the medical version of Uber or AirBnB.
To allow us achieve this aim of “bringing hospitals to people”, we index health-experts, service providers, healthcare centers, emergency services on our server based on location. This will happen after verification of these services and individuals for quality through our criteria.
So when we get a got/beep, the available healthcare providers in the nearest location would be contacted to provide the service immediately. The following fields will be indexed.
-> INDEXING HEALTH EXPERTS- DOCTORS (Specialist and General Practitioner), Nurses, optometrists, physiotherapists, dieticians, pharmacists, medical laboratory scientists, etc
-> INDEXING HOSPITALS. Enough of long queues in hospitals because people go to hospitals. We are bringing hospitals to people. We choose the nearest available hospital that can provide a service based on the case at hand.
-> LABORATORY SERVICES.
-> INDEXING PHARMACEUTICALS.
-> INDEXING EMERGENCY SERVICES. There is too much time wasted by emergency services in providing services because of its centralized nature. We will change that by decentralizing that sector so that the nearest ambulance to an emergency will be called.
There’s paucity of organized body that rewards curated medical research, health-related journals and achievements. This is where we come in;
We would reward health-experts, enthusiasts and clients who have contributed to the improvement of medical care in the following ways:
-> Articles, Essays, Researches etc
-> Client Testimonials and lessons after consultation
-> Outstanding public service in known medical bodies
-> Medical science discoveries of new medicines, new techniques, new surgeries, new knowledge, new observations etcx
->There are many problems with the traditional system of keeping patient case notes in hospitals only. The client will not be able to access his/her own records easily. Sometimes these documents are lost forever and many years of consulting healthcare becomes in vain.
-> It means Dr. A in Nigeria will see what Dr. B in UK has prescribed for a given client. The clients too can equally retrieve his/her notes for future references.
-> In as much as the file storage system is decentralized, it will still be private and only visible to necessary eyes authorized by the client.
-> We use our doctor’s prescription to find out the appropriate drugs. But we don’t just allow the client to go source it by him/herself. This is where many people go wrong because they could get the wrong prescriptions over-the-counter. Sometimes medications are even expired and the client doesn’t know.
-> We link up with standard pharmaceuticals worldwide to provide the needed medicines at affordable rates better than they could have been gotten outside our services and quality is guaranteed.
-> Our indexed pharmacists, pharmaceutical technicians and pharmaceutical companies will come in handy here.
-> We link up our clients with the appropriate medical laboratory that will provide the investigations needed for further diagnosis and expert management of the case.
-> Like was mentioned earlier, we index Medical Laboratories and Medical Laboratory scientists, radiographers, pathologists, radiologists etcz.
-> Despite all these many services, we know some under-privileged ones who do not have access to quality healthcare or the internet could still miss it.
-> On that note, we organize rural outreaches on a global scale to reach out to them and provide solutions.
-> We source for funds via donations from willing individuals who want their resources to do good work for humanity.
-> PAYMENTS FROM OUR CLIENTS FOR TREATMENT
-> SPONSORS, ICO, SMTs
-> SHARES FROM CONTRIBUTION REWARDS
-> FUND RAISING & DONATIONS
-> SHARES FROM OUR PARTNERS (HOSPITALS, PHARMACIES, LABORATORIES etc)
-> OUR CORE TEAM
-> OUR SPONSORS & PARTNERS
-> OUR HEALTH EXPERTS
-> CONTRIBUTORS OF ESSAYS, ARTICLES, RESEARCHES etc (FOR HEALTH EXPERTS & ENTHUSIASTS)
-> OUR CLIENTS WHO DO TESTIMONIALS & LESSONS etc.
->SETUP DISCORD COMMUNITY for health-experts, health-enthusiasts and clients.
-> SETUP STEEMIT ACCOUNT
PARTNERSHIP, COLLABORATION & COMMUNITY-BUILDING
->Over 2000 Active Members On Discord & Steemit.
->Delivered over 100 health talks and free medical consultations.
BUILD OUR WEBSITE
-> DOMAIN: https://myAirClinic.com
-> Get alpha and beta testers.
-> Fix bugs.
PRELIMINARY PROMOTIONS
->Discord community, steemit trending page.
->Online Magazines, News outlets, forums etcz.
BUILD OUR WEB APP.
->Web App For Delivery Of Medical Services
->Steem frontend for making medical posts on the blockchain
-> Get alpha and beta testers.
-> Fix bugs.
BUILD NATIVE APP.
->Launch our Android & IOS Mobile Apps.
-> Get alpha and beta testers.
-> Fix bugs.
LAUNCH SMART MEDIA TOKEN & ICO.
->We leverage SMTs on the steem blockchain.
->Run a fundraising campaign, ICO, Bounties, Airdrops etcz.
MULTI-DIMENSIONAL PROMOTION & GLOBAL COLLABORATIONS.
->Incorporate Laboratories, Pharmacies, Hospitals As Directories.
->Promote Massively via online & offline avenues.
->Scale beyond imaginations.
We believe we have given you a good glimpse into the seriousness of #AIR-CLINIC's vision and ambition. What we are doing is for eternity. We want our legacies to stand the test of time. With trusworthiness, humanity, service and transparency, we are erecting our dreams for a better medical world into reality.
Did we hear anyone say its impossible? Yes, we know we can do the impossible because we are on the Steem Blockchain. Here all worthwhile dreams come to pass.
Every sector of the world deserves to be decentralized and open-source. Let's build a medical world that will truly provide healthcare for everyone, everywhere.


Global Accessibility Awareness Day activities in CDIO delivery centres
Wear something purple on Thursday 16 May 2019 to mark the eighth Global Accessibility Awareness Day (GAAD).
London, Canary Wharf
Document accessibility drop-in: find out if your digital document is accessible
Place: Open meeting space 7.20 (near mail point 3)
Time: 10am to 3pm
Pop-up empathy lab
Place: Open meeting space 7.20 (near mail point 3)
Time: 10am to 3pm
Teams looking at accessibility tickets in backlog
Speak to your Scrum Master
Newcastle
Accessibility clinic drop-in sessions
Place: Accessibility lab
Time: 10am to 11am and Midday to 1pm
New Empathy Zone showcase: try out the disability simulators
Place: The Empathy Zone (opposite Teal show and tell)
Time: 10am to 3pm
BBC GAAD: access all areas event live streaming
Place: Red show and tell
Time: 10am to 4:30pm
CDIO accessibility YouTube playlist streaming
Place: Orange show and tell
Time: Midday to 2pm
Teams looking at accessibility tickets in backlog
Speak to your Scrum Master
Shipley
CDIO accessibility YouTube playlist streaming
Place: Customer lab
Time: 1pm to 3pm
Teams looking at accessibility tickets in backlog
Speak to your Scrum Master
Telford
Accessibility market stall event: lots of stalls from internal and external organisations
Place: Plaza 1, Ground Floor, Cue Gardens
Time: 10am to 1:30pm
BBC GAAD: access all areas event live streaming
Place: Plaza 1, Ground Floor, Cue Gardens
Time: 10am to 4:30pm
Introduction to Deaf Awareness and basic British Sign Language by Dr David Wolfe Rose
Place: Plaza 1, 3rd floor Event Centre
Time: 2:30pm to 4pm
Email to book<EMAIL_ADDRESS>Teams looking at accessibility tickets in backlog
Speak to your Scrum Master
Worthing
Cake sale
Place: M7
Time: 10am to 3pm
Empathy lab open for the day: try out the disability simulators and mouse-free challenge
Place: L5
Time: 10am to 3pm
Mouse-free challenge
Place: At your desk
Time: 11am
Teams looking at accessibility tickets in backlog
Speak to your Scrum Master


Click Start/Stop button to start or stop the video.
The videoInput is a <video> element used as CamShift input.
The canvasOutput is a <canvas> element used as CamShift output.
The code of <textarea> will be executed when video is started.
You can modify the code to investigate more.


Consumer body asks people to avail of opportunity to change PDS card category
The last date for changing the category is November 26
by Special CorrespondentFamilies that had opted for ‘sugar’ in public distribution system (ration) cards now have the option of changing it to ‘rice’. This will make them eligible to avail of government benefits, the Coimbatore Consumer Cause has said.
The last date for changing the category was November 26 (Monday).
In a release, the consumer organisation’s secretary K. Kathirmathiyon said though at the time of issuing public distribution cards in 1997 the State Government did not distinguish applicants based on their financial income, it ignored those families that had opted for sugar. It also excluded ‘sugar’ card holding families while distributing Pongal freebies.
Sugar card-holding families are eligible for an additional three kg sugar to take home five kg, but do not get rice or wheat or Pongal gifts, fan, mixer, grinder or other freebies, unlike rice card-holding families.
After pointing out the anomaly, the Government has now given an option for sugar card-holding families to exercise the choice to go in for rice cards, he added.


The following diagram depicts the flow of execution to invoke driver methods.
Java====>JNI/JVM===>DLL(this file)===>APImethod()===>driver
The file and functions are in C++ so they can access the standard PCIeAPI library methods and driver interface classes which are all in C++. These are the exact same classes and methods used by the Text Menu program.
The Java GUI code resides in the directory BasicGUI/DemoUI. The main Java class is buried under the src/com/.../DemoUI.java path. It contains the JNI declarations of the functions that need to be implemented here. A sampling of these JNI declarations follows:
//========================================================== // JNI Declarations //========================================================== private native String CPP_getVersionStr(); private native String CPP_getDrvrResourceStr(); private native String CPP_getPCIResourceStr(); private native String CPP_runEBRTest(); private native String CPP_readEBRMem(String cmd); private native String CPP_writeEBRMem(String cmd);
The header file that describes these JNI interface functions in terms of C/C++ is auto-generated using the javah utility run in the dist/ directory containing the jar file. See the Makefile in Cpp_DLL for details of invoking the javah utility See Java JNI tutorial for a description of how the function prototypes are generated and variables passed between Java and C/C++.
After running the javah utility, a set of header files are generated. This source code includes the master file that defines the function signature for all the JNI functions declared in the Java source code. These functions are implemented here. They have mangled names, and do not match exactly the ones invoked in the Java source. See the comments of each function for its real name.
This file, along with dllmain.cpp are compiled into a DLL. The DLL can be loaded by the Java Virtual Machine (JVM) when it encounters the Java system call to load a library System.loadLibrary("Cpp_Jni"); Upon loading by the OS, the DllMain() function in dllmain.cpp is invoked first. The function is invoked with a DLL_PROCESS_ATTACH code, which causes the createBasicDemo() function to be called that constructs the driver interafce classes and all the device object classes. This is the exact same attach and construct sequence used in the Text Menu code. The instances of the classes are global variables so they can be accessed in each of the JNI method implementations.
The code development flow:
The execution flow:
Note: This is one possible method to perform the bridge between Java and C. A network server could have been used on the C side and Java could have sent/recvd commands via TCP on a socket. CORBA could also have been used.


{% extends "base.html" %} {% block body_image %}/static/rain.jpg{% endblock %} {% block content %} {% if form.errors %}
Your username and password didn't match. Please try again.


Here are the answers to our most-asked questions. If you don’t find what you need here, contact us.
We're here to help.
Talk with one of our experts
<EMAIL_ADDRESS>Insurance can be complex, but it doesn't need to be


|
Prior to the invention of electronic calculation, only manual methods were available, of course - meaning that creating mathematical models from experimental data was done by hand. Even Napier's invention of logarithms did not help much in reducing the tediousness of this task. Linear regression techniques worked, but how to then compare models? - and so the F-statistic was created for the purpose of model selection, since graphing models and their confidence intervals was practically out of the question. Forward and backward regression techniques used linear methods, requiring less calculation than nonlinear methods, but limited the possible mathematical models to linear combinations of functions. With the advent of computerized calculations, nonlinear methods which were impractical in the past could be automated and made practical. However, the nonlinear fitting methods all required starting points for their solvers - meaning in practice you had to have a good idea of the final equation parameters to begin with! If however a genetic or monte carlo algorithm searched error space for initial parameters prior to running the nonlinear solvers, this problem could be strongly mitigated. This meant that instead of hit-or-miss forward and backward regression, large numbers of known linear *and* nonlinear equations could be fitted to an experimental data set and then ranked by a fit statistic such as AIC or SSQ errors. This technique is captured in the pyeq3 open source fitting code. Note that for an initial guesstimate of parameter values, not all data need be used. A reduced size data set with min, max, and (hopefully) evenly spaced additional data points in between are used. The total number of data points required is the number of equation parameters plus a few extra points. Reducing the data set size used by the code's genetic algorithm greatly reduces total processing time. No secrets here, it's in the open source code. I tested many different methods before choosing the one in the code, a genetic algorithm named "Differential Evolution". |


DropSearch example:
With Default Selected:
DropSearch is a lightweight <select> dropdown customizer, that translates your existing dropdown into a pure HTML/CSS based dropdown. DropSearch by default allows QuickSearch to quickly search from your dropdown context.
DropSearch works out of box and keeps your <select> intact so your data is reflected in your form.
DropSearch uses jQuery for DOM manipulation, and Fuse for search algorithm. Fuse helps search incorrect keywords and suggest relevant results.


{% extends 'om/base.html' %} {% load static %} {% block content %} {% if validlink %}
The password reset link was invalid, possibly because it has already been used. Please request a new password reset.
{% endif %} {% endblock %} {% block scripts %} {% endblock %}


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Every application you will write, no matter how big or how small, will always use these two concepts. We will be learning how to create/initialize, assign and update variables.
Variables are used to store values of various types.
| Type | .NET Type | Size |
|---|---|---|
| bool | System.Boolean | 0.125-bytes (1-bit) |
| char | System.Char | 2-bytes (16-bits) |
| int | System.Int32 | 4-bytes (32-bits) |
| double | System.Double | 8-bytes (64-bits) |
8 bits = 1 byte
Microsoft documentation about Simple Data Types
static void Main(string[] args)
{
int age;
}
static void Main(string[] args)
{
decimal money;
}
static void Main(string[] args)
{
string firstName;
}
Variables are used to store values of various types.


execute_batch_scheduler package¶
Module contents¶
Python package for workload scheduler execution cell magics and backend.
Defines the default backend and some default command line arguments for this default backend.
-
execute_batch_scheduler.
_DEFAULT_MGR
¶ Default workload manager
-
execute_batch_scheduler.
_DEFAULT_LINE_CMD_ARGS
¶ Default cell command line for default manager
execute_batch_scheduler.execute_magic module¶
Cell execution magics definition.
-
class
execute_batch_scheduler.execute_magic.
ExecuteMagics
(shell=None, **kwargs)¶ Bases:
IPython.core.magic.Magics
Magics for cell execution through workload manager
List of available workload managers:
execute_batch_scheduler.backends.BasicMgr
execute_batch_scheduler.backends.SSHMgr
execute_batch_scheduler.backends.SlurmMgr
Attributes
cross_validation_lock
A contextmanager for running a block with our cross validation lock set to True. options_table shell Methods
add_traits
(**traits)Dynamically add trait attributes to the HasTraits instance. arg_err
(func)Print docstring if incorrect arguments were passed class_config_rst_doc
()Generate rST documentation for this class’ config options. class_config_section
()Get the config class config section class_get_help
([inst])Get the help string for this class in ReST format. class_get_trait_help
(trait[, inst])Get the help string for a single trait. class_own_trait_events
(name)Get a dict of all event handlers defined on this class, not a parent. class_own_traits
(**metadata)Get a dict of all the traitlets defined on this class, not a parent. class_print_help
([inst])Get the help string for a single trait and print it. class_trait_names
(**metadata)Get a list of all the names of this class’ traits. class_traits
(**metadata)Get a dict
of all the traits of this class.default_option
(fn, optstr)Make an entry in the options_table for fn, with value optstr execute
(line, cell)format_latex
(strng)Format a string for latex inclusion. has_trait
(name)Returns True if the object has a trait with the specified name. hold_trait_notifications
()Context manager for bundling trait change notifications and cross validation. notify_change
(change)observe
(handler[, names, type])Setup a handler to be called when a trait changes. on_trait_change
([handler, name, remove])DEPRECATED: Setup a handler to be called when a trait changes. parse_options
(arg_str, opt_str, *long_opts, **kw)Parse options passed to an argument string. section_names
()return section names as a list set_trait
(name, value)Forcibly sets trait attribute, including read-only attributes. setup_instance
(*args, **kwargs)trait_events
([name])Get a dict
of all the event handlers of this class.trait_metadata
(traitname, key[, default])Get metadata values for trait by key. trait_names
(**metadata)Get a list of all the names of this class’ traits. traits
(**metadata)Get a dict
of all the traits of this class.unobserve
(handler[, names, type])Remove a trait change handler. unobserve_all
([name])Remove trait change handlers of any type for the specified name. update_config
(config)Update config and load the new values -
execute
(line, cell)¶ %execute [--wlm WLM] [--shell SHELL] [--amgr AMGR] [--bg]
Execute given cell content through configured workload scheduler.
Keep some arguments :
--wlm
,--shell
,--bg
and--amgr
. Other arguments are passed to workload manager backend.Get some extra command line arguments from variable that may be overrided in IPython profile configuration file.
- optional arguments:
--wlm WLM Workload manager. --shell SHELL Shell to use. --amgr AMGR The variable in which to store workload manager instance. If the script is backgrounded, this will be used to get cell output/error using get_output() method. --bg Whether to run the script in the background. If given, the only way to see the output of the command is with –amgr.
-
magics
= {'line': {}, 'cell': {'execute': 'execute'}}¶
-
registered
= True¶
-
execute_batch_scheduler.execute_magic.
load_ipython_extension
(ipython)¶ Load extension.
Registers the ExecuteMagics