Sean Spicer reacts to 'Dancing with the Stars' elimination
by Charles CreitzFormer White House Press Secretary Sean Spicer reacted Tuesday to being voted off ABC's "Dancing with the Stars," saying it was a once-in-a-lifetime experience and thanking his fans for their support.
Spicer told "Tucker Carlson Tonight" that earning a spot in the quarterfinals before leaving the show was farther than he originally thought he would go in the competition.
"I went into this thinking one, two weeks maybe -- I'm not really good at this. But, I'll have fun, I'll learn something," he said.
"I really really enjoyed this -- It exceeded my expectations."
SEAN SPICER ELIMINATED FROM 'DANCING WITH THE STARS'
Spicer told host Tucker Carlson he had a long list of people to thank, from the many Americans who voted for him each week, to Fox News host Jesse Watters, to President Trump himself.
"I loved being part of the show. It was a great experience. And I think I'm better for it," he added. "Honestly, I had a blast."
However, Carlson later asked Spicer about "DWTS" host Tom Bergeron's August tweet lamenting the "divisive bookings" for the 2019 season.
Bergeron wrote how he hoped the new season “would be a joyful respite from our exhausting political climate and free of inevitably divisive bookings from ANY party affiliations.”
"We can all agree to disagree, as we do now, but ultimately it's [the producers'] call," the former "Hollywood Squares" host continued. "I'll leave it to them to answer any further questions about those decisions."
Spicer said he did not think much about the comments, which did not mention the former Republican official or any other contestant by name.
"It's not the first time that somebody put in some negative comments about me," he said.
CLICK HERE TO GET THE FOX NEWS APP
Spicer also told Carlson his tenure on "Dancing with the Stars" showed a diverse group of people can come together, and that it is important to "lead by example."
"I thought that was this show does so well is [to] bring these people together, support each other, root for each other, leave all of that rest of that stuff aside."


val audioMode: AudioMode
: AudioMode - the audio mode in which the audio client should operate during a meeting session.
audioMode - : AudioMode - the audio mode in which the audio client should operate during a meeting session.
audioMode


HTML stands for HyperText Markup Language. It is the language we use to write content in web pages.
HTML is made up of elements, which are in turn composed of tags and content.
A tag is written as one or more words within angle brackets,
such as <b>
or
<a href="http://google.com">
.
Tags can enclose content, which may include text or more elements.
When a tag has content inside of it, we usually need to write a closing
tag. A closing tag looks similar to the tag that comes before the
content, except that it has a leading forward slash. An example of a closing
tag is </b>
.
Here are some example tags:
Whitespace in the text between tags is collapsed:
When we have a lot of content inside a tag, it's always a good idea to add some spacing in the HTML file to make it readable.
What about in tags themselves? That's a little more complicated. To be safe, just use single spaces inside tags:
HTML documents have the same structure:
<!DOCTYPE html>
)
At the top of an HTML document is the document type declaration.
This tells a web browser what kind of HTML is being used. This used to be
very specific (and hard to remember), but for today's Web, you can just
write <!DOCTYPE html>
.
Below the document type declaration is the document head. Nothing in the document head is visible when a user views the page. The purpose of the document head section is to put in metadata about the page and to reference stylesheets and scripts that the page depends on.
The document head is where the document title is specified. The
document title usually appears at the top of the browser window, outside of
the page itself. We can choose a title using the <title>
tag.
Example title:
Underneath the document head is the document body. This is where the main content of the page goes. We can use many different HTML tags to present our content.
Here is a full example of a simple page:
Below is how the page would roughly look in a browser:
This is a paragraph on my web page.
Here is another one, with bold and italic text.
We have already seen two tags for emphasizing content: the
<b>
(bold) tag, and the <i>
(italic)
tag. Just like in a word processor, bold text is darker and thicker, and
italic text is artfully sloped.
You can also write underlined text using a <u>
tag.
However, underlined text is very uncommon on the Web. In general, unless you
are following a style guide which requires underlining certain things, you
can just use bold and italic text.
For all three of these tags, simply use them around text that needs to be emphasized. This works in paragraphs and lists, as well as pretty much anywhere else. See below:
Warning: You might be tempted to use bold or italic text on entire paragraphs to make them stand out. Cascading style sheets, which we will cover very soon, are much more efficient for that task.
The honey badger (Mellivora capensis) is the only species in the mustelid subfamily Mellivorinae and its only genus Mellivora. It is native to Africa, Southwest Asia, and the Indian subcontinent.
Despite its name, the honey badger does not closely resemble other badger species; instead, it bears more anatomical similarities to weasels. It is primarily a carnivorous species. It has few natural predators because of its thick skin and ferocious defensive abilities.


{{playerDetail.fullName}}
DOB {{playerDetail.born}}
Major Teams {{playerDetail.majorTeams}}
Batting Style {{playerDetail.battingStyle}}
Bowling Style {{playerDetail.bowlingStyle}}
Playing Role {{playerDetail.playingRole}}
Subscribe to Observables in order but only when the previous completes, let me know, then move to the next one.
concat - Subscribe to Observables in order but only when the previous completes, let me know, then move to the next one. Use this operator when the order is important, for example when you need to send HTTP requests that should be in order.
forkJoin - forkJoin is the Promise.all() of Rx. Don’t let me know until all the Observables are complete, then give me all the values at once (Array). Use this operator when you need to run the Observables in parallel.
mergeMap - Only when the inner Observable emits, let me know by merging the value to the outer Observable.
pairwise - Let me know when the Observable emits, but also give me the previous value (Array)
switchMap - Like mergeMap but when the source Observable emits cancel any previous subscriptions of the inner Observable.
combineLatest - Let me know when any Observable emits but also give me the latest value from the others (Array). This operator is very useful when you need for example to deal with filters in your app.


Marks
|
Description
|
0
|
The response does not reach a standard described by the descriptors below.
|
1–4
|
The use of techniques demonstrates a low level of complexity and ingenuity or does not address the scenario identified in criterion A. It is characterized by limited use of existing tools. There is no explanation of why the techniques are used or how they are adequate for the task. Sources are used but are not identified.
|
5–8
|
The use of techniques demonstrates a moderate level of complexity and ingenuity in addressing the scenario identified in criterion A. It is characterized by some appropriate use of existing tools. There is some attempt to explain the techniques used and why they are adequate for the task. All sources are identified.
|
9–12
|
The use of techniques demonstrates a high level of complexity and ingenuity in addressing the scenario identified in criterion A. It is characterized by the appropriate use of existing tools. The techniques are adequate for the task and their use is explained. All sources are identified.
|


Move tool Move Object
Pen tool Draw on the screen
Eraser tool Eraser lines and image from screen
Color tool Select a line color
Layer tool Create, delete and manage the layers
Layers
Grids tool Triggers guidelines and change background colors
Text tool Create text on the screen
Image tool Insert images from the local drive
Capture Image Take a screenshots
Capture Images
Video Insert video from the Youtube
Enter Video Url
Save This layer will save
Load Layer Load layer saved
Load Latex Load a Latex
Load Symbol Load a Symbol
Load Symbol Load a Symbol
Load Symbol Load a Symbol
Load SVG Load a SVG
00:30:00
Video Is On
Video Is Off
Mic Is On
Mic Is Off
Too Fast
Confused
Good


Protected Types | |
| using | container_type = std::deque< ValueType > |
| using | queue_type = cost_ordered< ValueType, std::deque< ValueType >, CostType > |
Protected Member Functions | |
| CostOrderedTest () | |
| void | fill (int first=1, int last=5) |
| auto | insert (ValueType value, CostType cost=CostType()) |
| void | SetUp () override |
| void | TearDown () override |
Protected Attributes | |
| cost_ordered< ValueType, CostType > | queue |
Definition at line 131 of file test_cost_queue.cpp.
|
protected |
Definition at line 134 of file test_cost_queue.cpp.
|
protected |
Definition at line 135 of file test_cost_queue.cpp.
|
inlineprotected |
Definition at line 137 of file test_cost_queue.cpp.
|
inlineprotected |
Definition at line 141 of file test_cost_queue.cpp.
|
inlineprotected |
Definition at line 139 of file test_cost_queue.cpp.
|
inlineoverrideprotected |
Definition at line 148 of file test_cost_queue.cpp.
|
inlineoverrideprotected |
Definition at line 149 of file test_cost_queue.cpp.
|
protected |
Definition at line 146 of file test_cost_queue.cpp.


This project came about at InventYU, a hackathon hosted by Yeshiva University in New York City. The idea for this came about when my groupmates and I wanted to create a project that could solve a big problem that we had in today's consumer-driven market. Often, we find ourselves needing a certain tool or item only once, but we don't have any other choice other than just buying it. The problem lies on how we only used the tool or item once before letting it sit there and eventually throwing it out. Locallending was a project that meant to solve this problem.
Check it out! GithubI came up with the idea to make an app so that Renters can pay their landlords conveniently and efficiently after seeing what my parents have to deal with. They frequently have to visit their tenants' homes after their jobs to interact with them despite being really tired. This is mainly because their English is not the best so I thought that for my project at hackRU, I would make an app that could help others in our position. My app would handle work orders and payment all through the application, without a need for interaction if it is not necesary.
GithubThis project was inspired by a thought that I had when I supposed to be doing multiple errands in that day. At the time, I wondered if Google Maps had functionality that told me which places to go first in order to maximize my commuting time overall. I realized that this app could potentially be really useful to me, so I decided to make it with new technologies that I hadn't used before. For this project, I decided that I wanted to use ReactJS and the Google Maps API.
Github


The crystal structures with lowest formation energy: ( a) Al 82Sm 10 (e.g. the η-Al 41Sm 5 phase), ( b) Al 80Sm 10, and ( c) Al 78Sm 10 with formation energy of 0.051, 0.055, and 0.063 eV/atom respectively, w.r.t. fcc-Al and Al 3Sm. All 3 structures have the 1-6-6-6-1 motif marked in blue. Pink (blue/grey) represents Al (Sm) atoms.


The site is a social network for active people who want to feel adrenaline anywhere in the world, are inspired by new ideas and
just communicate. The site allows you to find the best events, no matter where the user is, no matter how fussy the idea
would be. And if there are no ideas, the site will help to find the most interesting events nearby. The site helps to select friends
in accordance with users interests.
2. Goals
1. Increase the loyalty of the target audience. 2. Increase the user base. 3. Increase the sale of tickets for paid events and increase the demand for them. 4. Optimization of site structure (redesign). 5. Optimization of site structure (redesign).
3. Target audience analysis
1. Increase the loyalty of the target audience.
Typing
The form is designed in the way that data entry takes place very quickly with considering peculiarities of usability
Sending
If there is a slight delay during the sending of data, the user is informed that the process is in progress.
Errors
The design provides for all possible errors that may arise during the use of the form.


FIRELIGHT A film review by Steve Rhodes Copyright 1998 Steve Rhodes
RATING (0 TO ****): ***
The impoverished Elisabeth has been paid 500 pounds, which in the early 1800s when the story FIRELIGHT is set would have been a considerable fortune. All she has to do is travel from her native Switzerland across the sea to England and spend three nights with a stranger in order to conceive his child. (Apparently getting pregnant was easier and more certain in days gone by.) They are never to be seen together then or after. And she has to give up the child immediately after its birth.
All goes according to plan until Elisabeth, played with fetching beauty and intense conviction by Sophie Marceau from ANNA KARENINA and BRAVEHEART, decides to find her long lost daughter. After composing numerous unsent letters to her "English daughter," she arranges to become her governess.
The seven-year-old child, Louisa (Dominique Belcourt), has become a hellion who goes through several governesses a year. Her overindulgent father, Charles Godwin, is played with tenderness by Stephen Dillane from DEJA VU and WELCOME TO SARAJEVO. Charles doesn't seem to mind that his child throws one temper tantrum after another. He just wants her to be happy, and disciplining her seems cruel to him.
When John realizes whom he has accidentally hired as Louisa's new governess, he orders Elisabeth to leave immediately, but he finds out that governesses need a month to find a new situation. During that month, Elisabeth is determined to make Louisa want to learn how to read. She uses a tough love approach, locking them in the room together. She promises John that anything she does to Louisa, she will do to herself as well. When she throws paint at Louisa to punish her, she does the same to herself.
Kevin Anderson has a minor part as the sincere sheepherder from Ohio, John Taylor, who is visiting his friend Charles. With his wide-brimmed felt hat, John is dashingly handsome and would like nothing better than to take Elisabeth home to America as his bride.
The best and most touching scene comes when Louisa realizes that her teacher is her mother. Handled delicately but movingly, it is likely to reduce many to tears.
The writer of NELL and SHADOWLANDS, William Nicholson writes and for the first time directs in FIRELIGHT. Although the film is pure formula, it is so well executed that the audience soon forgets that they've seen all of this before. The actors make the characters so genuine and touching that one doesn't mind the film's being so predictable.
Nicholson devotes careful attention to the smallest details. "All these huge rooms, and we live less than three feet from the fire," John reflects, reminding us how cold those large estate homes must have been.
The movie focuses on three questions. Will John throw the new governess out after a month as he promised? Will his old passion for her be rekindled? And will Louisa break out of her shell and end her defiance? Yes, these are all easily guessed, but the beauty of FIRELIGHT is that it still radiates a special magic in its presentation.
FIRELIGHT runs 1:43. It is rated R for sex, nudity and brief profanity and would be fine for teenagers.
The film has just begun to open in the United States. In the San Jose area it has not yet opened.
Email<EMAIL_ADDRESS>Web: www.InternetReviews.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


San Antonio Air Quality Map
CivTechSA Datathon - Team Jellyfish
The map above depicts variations in air pollution on a day with relatively bad pollution in San Antonio. Mousing over a particular point reveals what the average 2.5 micrometer particulate matter (PM2.5) level is in a specific location. All points on the map have been generated using an XGBoost model that approximates local air pollution levels using hyper-local data points. These localized data inputs to the model are:
- Elevation
- Temperature
- Wind Speed
- Energy Meter Readings
- Traffic Conditions
- Month of the Year
- Day of the Week
- Time of Day
With this model, we arrive at one of the highest resolution depictions of air pollution that has ever been generated for the City of San Antonio! The model also empowers prediction of the future state of air pollution in the city. It can answer questions like:
- "What will pollution look like if traffic increases in this intersection by 20 percent?"
- "How will global warming influence air pollution in the city?"
- "How will future energy usage change in this neighborhood correlate with pollution levels?"
This same methodology can be used to generate high resolution maps and make predictions about the future state of other pollutants such as ozone.
Created by Frank DeVilbiss and Rongrong Wei


PID Command
What is it?
A command that contains it's own PID loop for short lived PID uses.
PID Command is currently not updated
Properties
See PID Subsystem


--- layout: page title: URI Conventions (OData Version 2.0) date: 2014-02-28 03:30:31.000000000 +08:00 permalink: /documentation/odata-version-2-0/uri-conventions/ ---
The Open Data Protocol (OData) enables the creation of REST-based data services, which allow resources, identified using Uniform Resource Identifiers (URIs) and defined in a data model, to be published and edited by Web clients using simple HTTP messages. This specification defines a set of recommended (but not required) rules for constructing URIs to identify the data and metadata exposed by an OData server as well as a set of reserved URI query string operators, which if accepted by an OData server, MUST be implemented as required by this document.
The [OData:Atom] and [OData:JSON] documents specify the format of the resource representations that are exchanged using OData and the [OData:Operations] document describes the actions that can be performed on the URIs (optionally constructed following the conventions defined in this document) embedded in those representations.
It is encouraged that servers follow the URI construction conventions defined in this specification when possible as such consistency promotes an ecosystem of reusable client components and libraries.
The terms used in this document are defined in the [OData:Terms] document.
A URI used by an OData service has up to three significant parts: the service root URI, resource path and query string options. Additional URI constructs (such as a fragment) MAY be present in a URI used by an OData service; however, this specification applies no further meaning to such additional constructs.
The following are two example URIs broken down into their component parts:
https://services.odata.org/OData/OData.svc _______________________________________/
| service root URI
https://services.odata.org/OData/OData.svc/Category(1)/Products?$top=2&$orderby=name
_______________________________________/ __________________/ _________________/
| | |
service root URI resource path query options
The service root URI identifies the root of an OData service. The resource identified by this URI MUST be an AtomPub Service Document (as specified in [RFC5023]) and follow the OData conventions for AtomPub Service Documents (or an alternate representation of an Atom Service Document if a different format is requested). OData: JSON Format specifies such an alternate JSON-based representation of a service document. The service document is required to be returned from the root of an OData service to provide clients with a simple mechanism to enumerate all of the collections of resources available for the data service.
| Example Request URI | OData Service URI |
|---|---|
| https://services.odata.org:8080 | https://services.odata.org:8080 |
| https://services.odata.org/OData/OData.svc/Categories | https://services.odata.org/OData/OData.svc/ |
The resource path construction rules defined in this section are optional. OData servers are encouraged to follow the URI path construction rules (in addition to the required query string rules) as such consistency promotes a rich ecosystem of reusable client components and libraries.
The resource path section of a URI identifies the resource to be interacted with (such as Customers, a single Customer, Orders related to Customers in London, and so forth). The resource path enables any aspect of the data model (Collections of Entries, a single Entry, Properties, Links, Service Operations, and so on) exposed by an OData service to be addressed.
The basic rules for addressing a Collection (of Entries), a single Entry within a Collection, as well as a property of an Entry are illustrated in the figure below.
For OData services conformant with the addressing conventions in this section, the canonical form of an absolute URI identifying a single Entry is formed by adding a single path segment to the service root URI. The path segment is made up of the name of the Collection associated with the Entry followed by the key predicate identifying the Entry within the Collection. For example the URIs https://services.odata.org/OData/OData.svc/Categories(1)/Products(1) and https://services.odata.org/OData/OData.svc/Products(1) represent the same Entry, but the canonical URI for the Entry is https://services.odata.org/OData/OData.svc/Products(1).
Examples
The example URIs below follow the addressing rules stated above and are based on the reference service and its service metadata document available at https://services.odata.org/OData/OData.svc/ and https://services.odata.org/OData/OData.svc/$metadata.
https://services.odata.org/OData/OData.svc/Categories
https://services.odata.org/OData/OData.svc/Categories(1)
https://services.odata.org/OData/OData.svc/Categories(1)/Name
https://services.odata.org/OData/OData.svc/Categories(1)/Products
https://services.odata.org/OData/OData.svc/Categories(1)/Products/$count
https://services.odata.org/OData/OData.svc/Categories(1)/Products(1)/Supplier/Address/City
https://services.odata.org/OData/OData.svc/Categories(1)/Products(1)/Supplier/Address/City/$value
Much like the use of links on Web pages, the data model used by OData services supports relationships as a first class construct. For example, an OData service could expose a Collection of Products Entries each of which are related to a Category Entry.
Associations between Entries are addressable in OData just like Entries themselves are (as described above). The basic rules for addressing relationships are shown in the following figure.
Examples
The example URIs below follow the addressing rules stated above and are based on the reference service and its service metadata document available at https://services.odata.org/OData/OData.svc/ and https://services.odata.org/OData/OData.svc/$metadata.
https://services.odata.org/OData/OData.svc/Categories(1)/$links/Products
https://services.odata.org/OData/OData.svc/Products(1)/$links/Category
OData services can expose Service Operations which, like Entries, are identified using a URI. Service Operations are simple functions exposed by an OData service whose semantics are defined by the author of the function. A Service Operation can accept primitive type input parameters and can be defined to return a single primitive, single complex type, collection of primitives, collection of complex types, a single Entry, a Collection of Entries, or void. The basic rules for constructing URIs to address Service Operations and to pass parameters to them are illustrated in the following figure.
Examples
The example URIs below follow the addressing rules stated above and are based on the reference service and its service metadata document available at https://services.odata.org/OData/OData.svc/ and https://services.odata.org/OData/OData.svc/$metadata.
https://services.odata.org/OData/OData.svc/ProductsByColor?color='red'
https://services.odata.org/OData/OData.svc/ProductsByColor(3)/Category/Name?color='red'
https://services.odata.org/OData/OData.svc/ProductsByColor?color='red'¶m=foo
https://services.odata.org/OData/OData.svc/ProductColors
The Query Options section of an OData URI specifies three types of information: System Query Options, Custom Query Options, and Service Operation Parameters. All OData services must follow the query string parsing and construction rules defined in this section and its subsections.
System Query Options are query string parameters a client may specify to control the amount and order of the data that an OData service returns for the resource identified by the URI. The names of all System Query Options are prefixed with a "$" character.
An OData service may support some or all of the System Query Options defined. If a data service does not support a System Query Option, it must reject any requests which contain the unsupported option as defined by the request processing rules in [OData:Operations].
A data service URI with a $orderby System Query Option specifies an expression for determining what values are used to order the collection of Entries identified by the Resource Path section of the URI. This query option is only supported when the resource path identifies a Collection of Entries.
The $orderby section of the normative OData specification outlines the full expression syntax supported by this query option. The examples below represent the most commonly supported subset of that expression syntax.
Examples
https://services.odata.org/OData/OData.svc/Products?$orderby=Rating
https://services.odata.org/OData/OData.svc/Products?$orderby=Rating asc
https://services.odata.org/OData/OData.svc/Products?$orderby=Rating,Category/Name desc
A data service URI with a $top System Query Option identifies a subset of the Entries in the Collection of Entries identified by the Resource Path section of the URI. This subset is formed by selecting only the first N items of the set, where N is an integer greater than or equal to zero specified by this query option. If a value less than zero is specified, the URI should be considered malformed.
If the data service URI contains a $top query option, but does not contain a $orderby option, then the Entries in the set needs to first be fully ordered by the data service. While no ordering semantics are mandated, to ensure repeatable results, a data service must always use the same semantics to obtain a full ordering across requests.
Examples
https://services.odata.org/OData/OData.svc/Products?$top=5
https://services.odata.org/OData/OData.svc/Products?$top=5&$orderby=Name desc
A data service URI with a $skip System Query Option identifies a subset of the Entries in the Collection of Entries identified by the Resource Path section of the URI. That subset is defined by seeking N Entries into the Collection and selecting only the remaining Entries (starting with Entry N+1). N is an integer greater than or equal to zero specified by this query option. If a value less than zero is specified, the URI should be considered malformed.
If the data service URI contains a $skip query option, but does not contain a $orderby option, then the Entries in the Collection must first be fully ordered by the data service. While no ordering semantics are mandated, to ensure repeatable results a data service must always use the same semantics to obtain a full ordering across requests.
Examples
https://services.odata.org/OData/OData.svc/Categories(1)/Products?$skip=2
https://services.odata.org/OData/OData.svc/Products?$skip=2&$top=2&$orderby=Rating
A URI with a $filter System Query Option identifies a subset of the Entries from the Collection of Entries identified by the Resource Path section of the URI. The subset is determined by selecting only the Entries that satisfy the predicate expression specified by the query option.
The expression language that is used in $filter operators supports references to properties and literals. The literal values can be strings enclosed in single quotes, numbers and boolean values (true or false) or any of the additional literal representations shown in the Abstract Type System section.
Note: The $filter section of the normative OData specification provides an ABNF grammar for the expression language supported by this query option.
The operators supported in the expression language are shown in the following table.
| Operator | Description | Example |
|---|---|---|
| Logical Operators | ||
| Eq | Equal | /Suppliers?$filter=Address/City eq 'Redmond' |
| Ne | Not equal | /Suppliers?$filter=Address/City ne 'London' |
| Gt | Greater than | /Products?$filter=Price gt 20 |
| Ge | Greater than or equal | /Products?$filter=Price ge 10 |
| Lt | Less than | /Products?$filter=Price lt 20 |
| Le | Less than or equal | /Products?$filter=Price le 100 |
| And | Logical and | /Products?$filter=Price le 200 and Price gt 3.5 |
| Or | Logical or | /Products?$filter=Price le 3.5 or Price gt 200 |
| Not | Logical negation | /Products?$filter=not endswith(Description,'milk') |
| Arithmetic Operators | ||
| Add | Addition | /Products?$filter=Price add 5 gt 10 |
| Sub | Subtraction | /Products?$filter=Price sub 5 gt 10 |
| Mul | Multiplication | /Products?$filter=Price mul 2 gt 2000 |
| Div | Division | /Products?$filter=Price div 2 gt 4 |
| Mod | Modulo | /Products?$filter=Price mod 2 eq 0 |
| Grouping Operators | ||
| ( ) | Precedence grouping | /Products?$filter=(Price sub 5) gt 10 |
In addition to operators, a set of functions are also defined for use with the filter query string operator. The following table lists the available functions. Note: ISNULL or COALESCE operators are not defined. Instead, there is a null literal which can be used in comparisons.
A URI with a $expand System Query Option indicates that Entries associated with the Entry or Collection of Entries identified by the Resource Path section of the URI must be represented inline (i.e. eagerly loaded). For example, if you want to identify a category and its products, you could use two URIs (and execute two requests), one for /Categories(1) and one for /Categories(1)/Products. The '$expand' option allows you to identify related Entries with a single URI such that a graph of Entries could be retrieved with a single HTTP request.
The syntax of a $expand query option is a comma-separated list of Navigation Properties. Additionally each Navigation Property can be followed by a forward slash and another Navigation Property to enable identifying a multi-level relationship.
Note: The $filter section of the normative OData specification provides an ABNF grammar for the expression language supported by this query option.
Examples
https://services.odata.org/OData/OData.svc/Categories?$expand=Products
https://services.odata.org/OData/OData.svc/Categories?$expand=Products/Suppliers
https://services.odata.org/OData/OData.svc/Products?$expand=Category,Suppliers
A URI with a $format System Query Option specifies that a response to the request MUST use the media type specified by the query option. If the $format query option is present in a request URI it takes precedence over the value(s) specified in the Accept request header. Valid values for the $format query string option are listed in the following table.
| $format Value | Response Media Type |
|---|---|
| Atom | application/atom+xml |
| Xml | application/xml |
| Json | application/json |
| Any other IANA-defined content type | Any IANA-defined content type |
| A service-specific value indicating a format specific to the specific OData service | Any IANA-defined content type |
Examples
https://services.odata.org/OData/OData.svc/Products?$format=atom
https://services.odata.org/OData/OData.svc/Products?$format=json
A data service URI with a $select System Query Option identifies the same set of Entries as a URI without a $select query option; however, the value of $select specifies that a response from an OData service should return a subset of the Properties which would have been returned had the URI not included a $select query option.
Version Note: This query option is only supported in OData version 2.0 and above.
The value of a $select System Query Option is a comma-separated list of selection clauses. Each selection clause may be a Property name, Navigation Property name, or the "*" character. The following set of examples uses the data sample data model available at https://services.odata.org/OData/OData.svc/$metadata to describe the semantics for a base set of URIs using the $select system query option. From these base cases, the semantics of longer URIs are defined by composing the rules below.
Examples
https://services.odata.org/OData/OData.svc/Products?$select=Price,Name
https://services.odata.org/OData/OData.svc/Products?$select=Name,Category
https://services.odata.org/OData/OData.svc/Products?$select=*
https://services.odata.org/OData/OData.svc/Categories?$select=Name,Products&$expand=Products
Note: The $select section of the normative OData specification provides an ABNF grammar for the expression language supported by this query option.
A URI with a $inlinecount System Query Option specifies that the response to the request includes a count of the number of Entries in the Collection of Entries identified by the Resource Path section of the URI. The count must be calculated after applying any $filter System Query Options present in the URI. The set of valid values for the $inlinecount query option are shown in the table below. If a value other than one shown in Table 4 is specified the URI is considered malformed.
Version Note: This query option is only supported in OData version 2.0 and above
| $inlinecount value | Description |
|---|---|
| allpages | The OData MUST include a count of the number of entities in the collection identified by the URI (after applying any $filter System Query Options present on the URI) |
| none | The OData service MUST NOT include a count in the response. This is equivalence to a URI that does not include a $inlinecount query string parameter. |
Examples
https://services.odata.org/OData/OData.svc/Products?$inlinecount=allpages
Custom Query Options provide an extension point for OData service-specific information to be placed in the query string portion of a URI. A Custom Query String option is defined as any name/value pair query string parameter where the name of the parameter does not begin with the "$" character. Any URI exposed by an OData service may include one or more Custom Query Options.
Examples
https://services.odata.org/OData/OData.svc/Products?x=y
Service Operations represent functions exposed by an OData service. These functions may accept zero or more primitive type parameters. If a Service Operation requires an input parameter those parameters are passed via query string name/value pairs appended to the URI which identify the Service Operation as described in the Addressing Service Operations section. For nullable type parameters, a null value may be specified by not including the parameter in the query string of the URI.
Examples
https://services.odata.org/OData/OData.svc/GetProductsByRating?rating=5
When determining if two URIs are equivalent, each URI SHOULD be normalized using the rules specified in [RFC3987] and [RFC3986] and then compared for equality using the equivalence rules specified in HTTP [RFC 2616], Section 3.2.3.


◆ GameInfos()
| Client.GameInfos.GameInfos |
( |
| ) |
|
|
inline |
◆ AddPlayer()
| bool Client.GameInfos.AddPlayer |
( |
int |
id, |
|
|
string |
playerName, |
|
|
bool |
isMyself |
|
) |
| |
|
inline |
This function add a player into the game userlist
- Parameters
-
| id | The user's id to be added |
| playerName | The user's name to be added |
| isMyself | Is the current player or not |
- Returns
- A boolean if the player as been added or not
◆ GetClientUserById()
| ClientUser Client.GameInfos.GetClientUserById |
( |
int |
id | ) |
|
|
inline |
This function returns the ClientData by its id
- Parameters
-
| id | The user's id data to be found. |
- Returns
- The ClientData that contains the user's id [id]
◆ GetPosFromId()
This function returns the ClientPosition of an id compared to another one
- Parameters
-
| myId | Mostly the current user id. |
| id | The user's id data to be found. |
- Returns
- The ClientData that contains the user's id [id]
◆ RestartGameInfos()
| void Client.GameInfos.RestartGameInfos |
( |
| ) |
|
|
inline |
This function clear all game infos
◆ CardsPlayed
| Deck Client.GameInfos.CardsPlayed |
This Deck class contains the current pile (in the center of the board)
◆ ContractPicked
| Contract Client.GameInfos.ContractPicked |
< This List contains all users displayed ingame
◆ GameStatus
< This enum corresponds to the current game status
◆ LastPile
| Pile Client.GameInfos.LastPile |
This Pile class contains the last Pile
◆ MyId
| int Client.GameInfos.MyId |
< This int corresponds to the current player id
◆ EventManager
◆ Instance
◆ NetManager
◆ UsersList
Getter of the Game users list
The documentation for this class was generated from the following file:


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The Financial Aid Estimator provides an estimated Financial Aid Award Letter for prospective students. The estimated values produced by this tool are not the actual amounts that will be offered in your final Financial Aid Award Letter. All estimated values are subject to the availability of funding. To begin the actual Financial Aid application process, complete a FAFSA.
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