MIXED NUTS A film review by James Berardinelli Copyright 1994 James Berardinelli
RATING (0 TO 10): 1.8
Date Released: 12/21/94 Running Length: 1:37 Rated: PG-13 (Mature themes)
Starring: Steve Martin, Rita Wilson, Madeline Kahn, Juliette Lewis, Anthony LaPaglia, Liev Schreiber, Adam Sandler, Robert Klein Director: Nora Ephron Producers: Paul Younger Witt, Tony Thomas, and Joseph Hartwick Screenplay: Delia Ephron and Nora Ephron Cinematography: Sven Nykvist Music: George Fenton Released by TriStar Pictures
Gag.
There must be something about the combination of Steve Martin and Nora Ephron that doesn't work. Anyone remember MY BLUE HEAVEN? (For that matter, does anyone want to remember MY BLUE HEAVEN?) Regardless of how dreadfully unfunny that Martin/Ephron collaboration was (she wrote it; he starred in it), it was only a precursor to MIXED NUTS, as unwatchable a motion picture as you're likely to find this Christmas season. (For a really memorable night, see it back-to-back with TRAPPED IN PARADISE.)
The movie can boast one rather impressive first, however.  At least three others have a more legitimate claim to that title. There's Adam Sandler (AIRHEADS), who whines and whimpers his way through the role of the ukulele-strumming Louie; Liev Schreiber, who overacts as the angst-riddled crossdresser Chris; and Madeline Kahn, whose Mrs. Munchnik (sounds like the wife of the florist from LITTLE SHOP OF HORRORS) sings off-key rap songs in stuck elevators.
How Steve Martin got involved in this mess is something of a mystery, although his choice of movies has been slipping recently (MIXED NUTS follows in the wake of this year's A SIMPLE TWIST OF FATE and 1992's LEAP OF FAITH). Here, as Philip, the proprietor of a Los Angeles crisis phone line, the comedian appears lost. His jokes fall flat and his attempts at manic physical humor come across as forced and unnatural.
As for Ephron, it's hard to believe that this film is the work of the same woman who wove the magic and romance of WHEN HARRY MET SALLY (which she wrote) and SLEEPLESS IN SEATTLE (which she wrote and directed). There's certainly nothing here to remind an audience of her previous efforts.
MIXED NUTS revolves around the lives of a group of inert caricatures brought together for an incredibly tedious Christmas Eve. In addition to the aforementioned people, there's the timid, mousy Catherine (Rita Wilson, aka Mrs. Tom Hanks), who's secretly in love with Philip, and her best friend Gracie (Lewis), a pregnant woman who can't make up her mind whether or not she wants to spend the rest of her life with her unborn baby's father (Anthony LaPaglia). Also dropping in for a scene or two are the likes of Rob Reiner (as a veterinarian who stitches up people), Robert Klein (as a dog-loving mechanic), and Garry Shandling (as Mr. Tannenbaum--the name is a clue to his eventual fate).
It boggles the mind that someone actually allowed this choppy, unpolished script to reach the production stage. There's nothing even remotely funny here. Lines like "I didn't want to tell you this over the phone--I really wanted to fax you" are representative of the quality--or lack thereof--of the so-called humor. And there's a version of "Deck the Halls" that may make you wish you never hear the song again.
MIXED NUTS makes a point of stating that there's magic at Christmas. After seeing this movie, I'm a believer. After all, it's virtually impossible to come up with an alternate explanation of how something this awful could make it to theaters across the nation.
The above represents the opinions of the author, and not necessarily those of Bellcore or any organization within Bellcore.
- James Berardinelli<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


AeroGear JavaScript Auth SDK
Mobile authentication SDK based on Keycloak using OpenID Connect.
Prerequisites
-
To use the Auth SDK you’ll first need to have a Keycloak instance. Follow the next steps to set it up using Openshift:
-
If you do not have mobile services enabled in your openshift cluster follow this Local Setup guide.
-
Navigate to your Openshift cluster and in the Service Catalog search for the Keycloak service.
-
Click on the Keycloak service and you will be prompted to fill in details about your app. For now you can leave these as they are. Navigate through the setup and click Create. This will provision the Keycloak service in the project you specified and create a public Client to be used with an app along with a bearer-only client. See Keycloak OIDC client documentation.
-
Specify the redirect URI as localhost:
-
-
Install the Auth package:
npm install @aerogear/auth
-
Generate again the app configuration file to use during app initialization. For an example of Keycloak configuration see the example app’s mobile-services.json.
Auth Service Initialization
Once the AeroGear SDK is initialized (see Getting Started) you can import and initialize Auth
:
import { Auth } from "@aerogear/auth";
const authService = new Auth();
const initOptions = { onLoad: "login-required" };
authService.init(initOptions)
.then(() => {
// successful init & authentication
})
.catch((err) => {
// initialization error
});
You can pass login-required
or check-sso
to the init function. login-required
will authenticate the client if the user is logged-in to Keycloak or display the login page if not.
check-sso
will only authenticate the client if the user is already logged-in, if the user is not logged-in the browser will be redirected back to the application and remain unauthenticated.
By default, the check-sso
option is used. To enable the login-required
action, simply pass it in the init function:
authService.init({ onLoad: "login-required" })
Note: Initialising the Auth
will also perform the authentication action.
Note: In AngularJS, it is necessary to initialise the Auth SDK before bootstrapping Angular to prevent Redirect looping issues after authentication. An example of how to perform this in Angular 4 is available in the Aerogear Cordova Showcase App’s main.ts.
Manual Authentication
To redirect to the login screen, invoke the login
function:
authService.login()
Retrieving the Current User
To retrieve the current authenticated user the loadUserProfile
function can be invoked. This will be null
if there is no user authenticated. To check if a user is authenticated the isAuthenticated
function can be invoked
if (this.auth.isAuthenticated()) {
// user is authenticated, retrieve the profile
this.auth.loadUserProfile().then((userProfile) => {
// get username
let username = userProfile.username;
// get users first name
let firstName = userProfile.firstName;
// get users last name
let lastName = userProfile.lastName;
// get users Id
let userId = userProfile.id;
// get users email
let email = userProfile.email;
}).catch((err) => console.error("Error retrieving user profile", err));
} else {
// not authenticated
}
Logging Out
To logout, invoke the logout
function:
authService.logout()
By default, the local tokens obtained during authentication are only deleted when the logout succeeded against the authentication server.
Note: To perform backchannel or federated logouts, you must enable the Backchannel Logout option for the federated identity provider. More information is available in the Keycloak documentation under OIDC Identity Providers.


The 55th uniform polyhedron is the Small dodecicosahedron; it has Wythoff symbol 3/2 3 5|. Its dual is the small dodecicosacron. The pattern of polygons round each vertex is (10,6,10/9,6/5); its symmetry group is the icosahedral group A5.
It has:
Euler characteristic: -28
It is one-sided; it has
Number of vertices: 60
Number of edges: 120
Number of faces: 32 (=610and 10 hexagons and 106/5and 610/9).
Note: a polygon a/b means a shape made by taking a points and joining every bth of them; for instance 5/2 means a five-pointed star made by taking five points and joining every second point.


--- title: "TREE SCAVENGER HUNT" date: "2000-01-01 21:06:01 -06:00" categories: - boredom-busters subtitle: "Neighborhood Fun" event-notes: "Free Stay-At-Home Activity" layout: "free-events" event-image: "boredom-busters/tree-scavenger-hunt-thumb2.jpg" event-dates: "" event-location: "Your yard or neighborhood" button-type: "register" tickets-link: "" tickets-button: "hide" registration-info: "" instructor-info: "Nature" member-cost: "" public-cost: "" published: true ---
Take a walk around your yard or neighborhood to see how many different kinds of trees you can find.
Click HERE for a larger, printable guide.


Random user
Simple example of infinite scroll for task
Demo
View demo here
Requirements
Install
$ yarn install
$ yarn run dev
Usage
Stack
Versioning
For transparency into the release cycle and in striving to maintain backward compatibility, the current project is maintained under Semantic Versioning guidelines and will adhere to these rules whenever possible.
For more information on SemVer, please visit http://semver.org/.
TODO
- [X] Make builder
- [X] VueJS SPA skeleton
- [X] Make linters
- [X] Build list card
- [X] Integrate with API Random user
- [X] Infinity scroll
- [X] Documentation
- [X] Demo
Authors
Authors
- Ilya Zhuravlev - Developer - Илья Журавлев


This report is created in the hope that it reaches a few like me whom have had little luck in experiencing alternative methods of thujone injestion without the hooplah of added herbs, high-proof alcohol (could be viewed as expensive), and general stogginess that seems prolific in new wave psychedelic experimention.
As I sit sipping a glass of home made absinthe, I am left to wonder at the anal nature of prepartations and defintions of classical and current absinthe ingestion. Somewhere in the past I was partaking in a lovely stroll through my local health food store, and noticed a jar of wormwood herb for 70 cents (Canadian) per ounce. As pleased as I was, I wondered if I could afford the alcohol to attempt extraction. After researching some experiences and methods of prepartion, I decided to go my own route and dose the wormwood (1 heaping teaspoon) with the trusty lemon juice bath used for other extraction purposes. After leaving sit in a bowl with 500 mg of Vitamin C and just enough juice to cover the herb, I sat and had a lengthy discussion on the history and practice of monogamy.
After solidifying the notion that our species contains many intricate and embellished cultural trivialites, (1 hour), I strained the mixture through a cloth with lemon aid added for mass. After experiencing the horrid taste, I knew I had to dilute with at least 750 mls of juice (not concentrated lemon juice) to be able to drink comfortably.
The gist of the story is that this extraction works fine. No spoonfulls of sugar, no high proof ethanol, no added herbs. A very pleasent buzz worthy of futher investigation. The main benefit here is the fact that one does not have to be confused in analytical mud pits by attempting to determine the effect of the active ingredient, (thujone, supposedly) through the effect of the high proof grain alcohol. No need for combobulation when you have not had any alcohol.
Strangely enough, upon first speculation, I find the effect not uncommon to an alcoholic buzz. This may be the culprit as to the inability of subjectively dissociating the two active ingredients.
As I take another pleasingly bitter sip from the glass, I hope that others may attempt the experience with less fuss along similar simple extraction techniques.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Secured an internship at Norton Lifelock.
Secured an internship at Kroll.
Secured an internship at Payatu.
Secured an internship at Payatu.
Secured an internship at CRED.
Secured an internship at CRED.
Secured an internship at Payatu.
Secured an internship at FireCompass.
Secured an internship at Payatu.
Karthik Nambiar of S8 CSE secured an internship at L & T (Larsen and toubro). He is working on threat hunting and pentesting on company products and data, websites etc
Ashutosh Ahelleya completed a 6 month long fully funded
research internship at Simula UiB, Norway.
Vignesh S Rao of S8 CSE secured an internship at Exodus Intelligence.
He will be working on browser security.
Saastha Vasan and Siddharth Muralee completed a 6 months fully funded research internship at the University of California, Santa Barbara. They were working under professors Dr. Giovanni Vigna and Dr. Christopher Kruegel in the area of cybersecurity and vulnerability detection.
Ashwin Nambiar secured an internship at IMDEA Software Institute and will be working on side and covert channel attacks in microprocessors.


Please visit openrepl.com to know more about openrepl (previously gorepl).
you can share your REPL/IDE sessions with others as well.


Back
Stock
History
Kendo UI Data Visualization Project
Closing stock prices
throughout
Chart type
Area
Line


Laikraksta "Sports" Balva 30 Km
Riga LAT
Race Winners
(28 runnings)
03 Oct 1981
---
1980
1:37:48
29 Sep 1979
1:43:25
30 Sep 1978
1:39:51.2
25 Sep 1977
1:46:27.2
26 Sep 1976
1:43:26.4
28 Sep 1975
1:42:32.4
1974
1:40:49.2
30 Sep 1973
1:43:19.4
1972
1:37:17.6
1971
1:37:45.4
1970
1:38:59
1969
1:31:22
1968
1:51:16.2
07 Oct 1967
1:39:14.6
15 May 1966
1:45:09.0
16 May 1965
1:41:11.0
23 May 1964
1:46:05.6
1963
1:47:29.8
1962
1:46:30
1961
1:53:37.6
1960
1:47:26.8
24 May 1959
1:46:40.6
18 May 1958
1:50:11.6
26 May 1957
1:44:23.6
03 Jun 1956
1:51:55
1955
1:38:03.8
1954
1:47:23.2
Notes: 1954 was the inaugural year. The race distance in 1968 was 33.145 km; the race distance in 1969 was 26.855
km. Both of these were due to errors by officials.
n/a
Peteris Krumins-4
Peteris Krumins-3
Peteris Krumins-2
Gunars Akerbergs (LAT)
Nikolajs Bokatijs-2
Nikolajs Bokatijs (LAT)
Peteris Krumins (LAT)
Jevgenijs Ivanovs-6
Jevgenijs Ivanovs-5
Anatoliy Baranov (LTU)
Jevgenijs Ivanovs-4
Jevgenijs Ivanovs-3
Jevgenijs Ivanovs-2
Jevgenijs Ivanovs (LAT)
Janis Baltrunkis (LAT)
Helmuts Gutmanis (LAT)
Gunars Finsters-3
Gunars Finsters-2
Gunars Finsters (LAT)
Vladimirs Gusevs (LAT)
Alfreds Grotans-6
Alfreds Grotans-5
Alfreds Grotans-4
Alfreds Grotans-3
Alfreds Grotans-2
Alfreds Grotans (LAT)
Ilgvars Abolins (LAT)
Most Wins (1954-1981)
Men
6
Alfreds Grotans (LAT)
1955-60
.
Jevgenijs Ivanovs (LAT)
1967-70,1972-73
Prize Money
(ADR qualified runners)
No prize money has been awarded in this race.
Race Time Bias (sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Quality Performances
Men No men have run under 1:36:00
Last Updated on 23 Oct 2004
Contributor: Gunars Akerbergs (50)


--- layout: page title: About header-img: "img/about-bg.png" ---
Network Engineer by day and world's greatest secret agent ninja by night.


Plexdata CFG Parser
Overview
The Plexdata CFG Parser represents a library allowing reading and writing of old‑fashioned CFG and INI files into structured configuration items. It is also possible to configure the behavior of how files are read or written.
Furthermore, a set of structured configuration items can be converted into user‑defined classes. This makes it possible to directly read a configuration file into a class structure. Of course, writing a configuration file from a class structure is possible as well.
Different styles of configuration files are also supported. Already predefined are the Windows and Linux styles, but configuring user‑defined styles is supported as well.
Licensing
The software has been published under the terms of
MIT License
Copyright © 2019 plexdata.de
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.
Installation
The binary files of the Plexdata CFG Parser are provided as NuGet package and can be obtained from https://www.nuget.org/packages/Plexdata.CfgParser.NET. How to install this NuGet package manually is explained there.
Using the Plexdata CFG Parser together with Visual Studio.
- Create a new .NET Framework project.
-
Open menu Tools → NuGet Package Manager and choose command Manage NuGet Packages for Solution….
- Alternatively, simply right‑click the project in the Solution Explorer and choose command Manage NuGet Packages….
-
Switch to Browse page and in the search box just type
plexdata.cfgparser
. -
From the shown list select Plexdata.CfgParser.NET and click button
[Install]
at the right. - Confirm the dialog box and that’s it.
Additionally, all releases can be downloaded from GitHub. Please visit page Plexdata CFG Parser to find all available versions.
Introduction
In the age of having configuration file formats like JSON or XML a configuration file format like INI seems to be pretty old‑fashioned. And indeed it is. But from time to time it is useful to support a standard INI configuration file. And this library is intended for exactly these special use‑cases.
As first let’s have a glance at what exactly is meant when talking about INI files.
In fact, a standard INI file is nothing else but a collection of key‑value‑pairs. Additionally, these key‑value‑pairs can be grouped into sections. See example below for some details.
[general]
enable-show-pages: yes
enable-show-styles: no
default-language: english
[network]
server-address: <IP_ADDRESS>
server-port: 45054
On the other hand, each of the systems uses a different format for such types of configuration files. For example, Windows INI files usually use the equal sign (=) to separate a label from its value. And vice versa, on Linux systems a colon (:) is used instead. This makes it almost impossible to load configuration files of both systems with the same software.
Reading
Reading data from an external CFG file is pretty easy. The only thing to do is to call the Read()
method from class ConfigReader
. As result of this an instance of class ConfigContent
is returned. See below for an example.
String filename = @"C:\config.ini";
ConfigContent content = ConfigReader.Read(filename);
Did no exception occur then an access to each configuration section as well as to each value of
a section is easily possible by using the array operator. Assuming the read configuration file
contains a section named general
and there in a value named version
.
Accessing this particular value can be done as shown in example right here below.
ConfigSection section = content["general"];
if (section != null)
{
ConfigValue value = section["version"];
if (value != null)
{
Version version = ValueConverter.Convert(value.Value, typeof(Version)) as Version;
Trace.WriteLine($"The verion is {version}");
}
}
Sometimes it might be useful to find errors and/or misplaced configuration details. For this
purpose it is possible the provide an additional list of type ConfigWarning
. This
list is filled up during file parsing and contains items in case of issues could be determined.
How to determine configuration warnings is shown in example below.
String filename = @"C:\config.ini";
List<ConfigWarning> warnings = new List<ConfigWarning>();
ConfigContent content = ConfigReader.Read(filename, warnings);
foreach (ConfigWarning warning in warnings)
{
Trace.WriteLine(warning);
}
Another aspect to be considered when processing a configuration file is the fact that users can create and/or modify a configuration file. And for sure, users are not perfect and they do mistakes. Such a mistake could be that lines are included which do not represent a value type.
Being able to find this kind of values, class ConfigContent
provides a property named
Others
. How to use property Others
is demonstrated below.
String filename = @"C:\config.ini";
ConfigContent content = ConfigReader.Read(filename);
ConfigOthers others = content.Others;
if (others.IsValid)
{
for (Int32 index = 0; index < others.Count; index++)
{
ConfigOther other = others[index];
Trace.WriteLine(other.Value);
}
}
Writing
In contrast to reading a configuration file, writing it requires a bit more effort. And how to accomplish this task is part of this section.
First of all, an instance of class ConfigContent
must be created and configured as
well. See following example that shows how to prepare a configuration before it can be written.
ConfigContent content = new ConfigContent();
ConfigSection section = new ConfigSection("general", "The general section contains global values.");
ConfigValue value = new ConfigValue("enable-show-pages", "yes");
section.Append(value);
value = new ConfigValue("enable-show-styles", "no");
section.Append(value);
value = new ConfigValue("default-language", "english", "Using english, german and french is possible.");
section.Append(value);
content.Append(section);
section = new ConfigSection("network", "The network section contains network values.");
value = new ConfigValue("server-address", "<IP_ADDRESS>", "Using the host name is also possible.");
section.Append(value);
value = new ConfigValue("server-port", "45054");
section.Append(value);
content.Append(section);
Another way to initialize the configuration content is to use the array operators. How this can be done is shown here below.
ConfigContent content = new ConfigContent();
content["general"] = new ConfigSection();
content["general"].Comment = new ConfigComment("The general section contains global values.");
content["general"]["enable-show-pages"] = new ConfigValue();
content["general"]["enable-show-pages"].Value = "yes";
content["general"]["enable-show-styles"] = new ConfigValue();
content["general"]["enable-show-styles"].Value = "no";
content["general"]["default-language"] = new ConfigValue();
content["general"]["default-language"].Value = "english";
content["general"]["default-language"].Comment = new ConfigComment("Using english, german and french is possible.");
content["network"] = new ConfigSection();
content["network"].Comment = new ConfigComment("The network section contains network values.");
content["network"]["server-address"] = new ConfigValue();
content["network"]["server-address"].Value = "<IP_ADDRESS>";
content["network"]["server-address"].Comment = new ConfigComment("Using the host name is also possible.");
content["network"]["server-port"] = new ConfigValue();
content["network"]["server-port"].Value = "45054";
After a configuration has been initialized successfully, it can be written into a file. How to write such a configuration file is done as follows.
String filename = @"C:\config.ini";
ConfigWriter.Write(content, filename);
With the above configuration, the written result would like as shown below.
[general] # The general section contains global values.
enable-show-pages = yes
enable-show-styles = no
default-language = english # Using english, german and french is possible.
[network] # The network section contains network values.
server-address = <IP_ADDRESS> # Using the host name is also possible.
server-port = 45054
On the other hand, the Plexdata CFG Parser also supports a configuration file header. How to use this feature is explained right here.
As done for the content, the header of a configuration file must be configured as well. Here below please find the needed steps.
ConfigComment comment = new ConfigComment("header comment line 1");
content.Header.Append(comment);
comment = new ConfigComment("header comment line 2");
content.Header.Append(comment);
After writing the above configuration, the written result would like as shown below.
# header comment line 1
# header comment line 2
[section-1]
...
Related to the file header, two more details should be discussed. The first detail is t he usage of placeholders and the second detail is the usage of the default header.
In conjunction with the configuration file header, it will be possible to include current file name and/or current file date. How to use these placeholders is demonstrated below.
ConfigComment comment = new ConfigComment($"File name: \"{ConfigDefines.FileNamePlaceholder}\"");
content.Header.Append(comment);
comment = new ConfigComment($"File date: \"{ConfigDefines.FileDatePlaceholder}\"");
content.Header.Append(comment);
After writing the above configuration, the written result would like as shown below.
# File name: "config.ini"
# File date: "2019-10-29 17:42:23"
[section-1]
...
The feature of having a default header is born because of the need of providing users with the
rules of how to use a configuration file. For this purpose class ConfigSettings
provides a static method named CreateDefaultHeader()
. How to use this feature is
shown below.
ConfigContent content = new ConfigContent();
content.Header = ConfigSettings.CreateDefaultHeader("Auto-generated configuration file.", true);
After writing the above configuration, the written result would like as shown below.
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Auto-generated configuration file.
# File name: config.ini
# File date: 2019-10-29 17:42:23
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Header rules:
# - Each header line must start with a comment marker.
# - Each of the header lines must be a pure comment line.
# - Each header comment line must be in front on any other content.
# Comment Rules:
# - Comments can be tagged by character '#' or by character ';'.
# - Comments can be placed in a single line but only as header type.
# - Comments can be placed at the end of line of each section.
# - Comments can be placed at the end of line of each value-data-pair.
# Section Rules:
# - Sections are enclosed in '[' and ']'.
# - Section names should not include white spaces.
# Value Rules:
# - Values can have an empty data part.
# - Value names should not include white spaces.
# - Values without a section are treated as 'others'.
# - Values are built as pair of 'name:data' or of 'name=data'.
# - Value data that use '#', ';', '[', ']', ':' or '=' must be enclosed by '"'.
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
[section-1]
...
On the other hand, someone may want to use a header, but not this huge header from above.
For this purpose class ConfigSettings
provides another static method named
CreateStandardHeader()
. How to use this method is shown below.
ConfigContent content = new ConfigContent();
content.Header = ConfigSettings.CreateStandardHeader("Do not change this file!", true);
After writing the above configuration, the written result would like as shown below.
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Do not change this file!
# File name: config.ini
# File date: 2019-10-29 17:42:23
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Parsing
Another feature of the Plexdata CFG Parser is the possibility to put the content of a read configuration file into a user‑defined class structure. How to use this functionality is part of this section.
Standard Parsing
But before starting with an example some details should be discussed. The advantage of this feature is the guarantee of type‑safeness. This is indeed pretty important because of otherwise each value must be converted manually. But on the other hand, the disadvantage is that an additional implementation is required.
As first it is necessary to implement its own class structure. The following code snippet shows an example of such a class structure. Further is shows how to configure these classes to be able to use the parsing feature.
public class GeneralSettings
{
[ConfigValue("enable-show-pages", Default = "yes")]
public Boolean EnableShowPages { get; set; }
[ConfigValue("enable-show-styles", Default = "no")]
public Boolean EnableShowStyles { get; set; }
[ConfigValue("default-language", Comment = "Using english, german and french is possible.")]
public String DefaultLanguage { get; set; }
[ConfigIgnore]
public DateTime Timestamp { get; set; }
}
public class NetworkSettings
{
[ConfigValue("server-address", Comment = "Usage of IPv4 or IPv6 is possible.")]
public IPAddress ServerAddress { get; set; }
[ConfigValue("server-port")]
public UInt16 ServerPort { get; set; }
[ConfigIgnore]
public DateTime Timestamp { get; set; }
}
[ConfigHeader(IsExtended = false, Title = "Do not change this file!", Placeholders = true)]
public class ProgramSettings
{
[ConfigSection("general", Comment = "The general section contains global values.")]
public GeneralSettings GeneralSettings { get; set; }
[ConfigSection("network", Comment = "The network section contains network values.")]
public NetworkSettings NetworkSettings { get; set; }
}
With these setting classes in background, reading and parsing a configuration file can be done like shown below.
String filename = @"C:\network.ini";
ConfigContent content = ConfigReader.Read(filename);
ProgramSettings settings = ConfigParser<ProgramSettings>.Parse(content);
Custom Parsing
In addition to the above, it is possible to setup a configuration class structure that can
process custom types. For this purpose the Plexdata CFG Parser provides an interface
called ICustomParser<TType>
. This interface must be implemented by users.
Thereafter, this user‑defined interface implementation can be used simply by tagging
the related property with attribute CustomParser
. Here are the steps required
to accomplish this task.
First of all, a suitable custom type is needed. It is possible to implement anything wanted. The code snippet below shows an example of such a custom type.
public class CustomType
{
public Int32 Value1 { get; set; }
public Int32 Value2 { get; set; }
public Int32 Value3 { get; set; }
public Int32 Value4 { get; set; }
}
As next, the above mentioned interface ICustomParser<TType>
should be
implemented. How to do this is demonstrated in code snippet below.
public class CustomTypeParser : ICustomParser<CustomType>
{
// Called when reading a configuration takes place.
public CustomType Parse(String label, String value, Object fallback, CultureInfo culture)
{
String[] items = value.Split(',');
if (items.Length != 4)
{
throw new FormatException("Custom type must contain four items.");
}
return new CustomType
{
Value1 = Convert.ToInt32(items[0].Trim()),
Value2 = Convert.ToInt32(items[1].Trim()),
Value3 = Convert.ToInt32(items[2].Trim()),
Value4 = Convert.ToInt32(items[3].Trim())
};
}
// Called when writing a configuration takes place.
public String Parse(String label, CustomType value, Object fallback, CultureInfo culture)
{
return $"{value.Value1},{value.Value2},{value.Value3},{value.Value4}";
}
}
Now it would be useful to implement all classes representing the whole configuration content.
This is pretty much alike as shown in section above. The only exception is the usage of attribute
CustomParser
for all custom types. Here below a very simple example implementation
of that class structure.
public class CustomSection
{
[ConfigValue]
[CustomParser(typeof(CustomTypeParser))]
public CustomType CustomValue { get; set; }
}
public class CustomConfig
{
[ConfigSection]
public CustomSection Section1 { get; set; }
}
The example above includes one highlighted line of code. This code line shows that attribute
CustomParser
gets a parameter representing the type of a user‑defined
implementation of interface ICustomParser<TType>
. That’s it.
With all these information in mind, reading and parsing a fitting configuration file would look like shown below.
String filename = @"C:\custom-type.ini";
ConfigContent content = ConfigReader.Read(filename);
CustomConfig settings = ConfigParser<CustomConfig>.Parse(content);
Setup
Yet another feature of the Plexdata CFG Parser is the possibility to use a special configuration. Unfortunately, only three types are supported at the moment. These are the types for Unix‑styled configuration files, for Windows‑styled configuration files as well as a mixture of Unix‑style and Windows‑style.
Choosing a different configuration setting is pretty easy. The only thing to do is to apply a
new setting instance to the Settings
property of class ConfigSettings
.
Please see below for an example.
ConfigSettings.Settings = new ConfigSettingsUnix();
With the configuration used in section Writing a written configuration file would look like shown below.
[general] # The general section contains global values.
enable-show-pages: True
enable-show-styles: False
default-language: english # Using english, german and french is possible.
[network] # The network section contains network values.
server-address: <IP_ADDRESS> # Usage of IPv4 or IPv6 is possible.
server-port: 45054
In this context, two things should be noted. As first the configuration settings must be changed before creating a new configuration content. Secondly, the configuration settings are only relevant during writing a configuration file.
More information about using the configuration settings as well as about all other details can be found inside the complete API documentation. This API documentation is available as CHM file and can be downloaded from the releases page on GitHub.
Data Types
The integrated Value Converter supports String
, Version
, IPAddress
,
Char
, Char?
, Boolean
, Boolean?
, SByte
,
SByte?
, Byte
, Byte?
, Int16
, Int16?
,
UInt16
, UInt16?
, Int32
, Int32?
, UInt32
,
UInt32?
, Int64
, Int64?
, UInt64
, UInt64?
,
DateTime
, DateTime?
, Decimal
, Decimal?
, Double
,
Double?
, Single
, Single?
, Guid
, Guid?
as well as Enum
types.
It is also possible to convert any other type by implementing interface ICustomParser<TType>
accordingly.
Limitation
There are some limitations when using the Plexdata CFG Parser. Clarifying them is task of this section.
- Data parts of configuration values must not contain additional double quotes. For more information please refer to section Inner Double Quotes.
- Leading and/or trailing section and/or value comments are not supported. Comments can only be placed behind sections and/or values.
- Multi‑line comments behind sections and/or values are not supported. Only single line comments are possible. For more information see section Multi‑line Comments.
- Creating a configuration from scratch or reading an existing configuration file may cause trouble when writing it back to disk. Please see section Losing File Content below for more information.
-
Usage of class attribute
ConfigHeader
may overwrite header information in already existing configuration files. Please see section Config Header Attribute below for more information.
Known Issues
Inner Double Quotes
Inner double quotes like shown below are not supported at the moment.value-label="Inner double quote characters (") are not supported"
Escaping them like "inner \"value"
does unfortunately not work.
Multi‑line Comments
Multi‑line comments like shown below won’t work.
label-1=value-1 # comment line 1
# comment line 2
# comment line 3
label-2=value-2
Only single line comments, as shown as follows, are supported.
[section-1] # section comment...
label-1=value-1 # value 1 comment...
label-2=value-2 # value 2 comment...
Please keep in mind, single line comments are exclusively reserved for the header of a configuration file.
Losing File Content
The complete content of an already existing file is disposed as soon as a configuration content is written back to this file. This means, it is impossible to selectively update only the data that have been changed.
Config Header Attribute
As mentioned above, the usage of class attribute ConfigHeader
may overwrite header
information in already existing configuration files. This problem could come to light if for example
an already existing is configuration file was read and has been parsed into a user-defined model class
and this class is saved into the same configuration file afterwards. In such a case and with enabled
header generation the previously used file header will be replaced by the automatically created header.


[§200-18] Records of suspensions and revocations of operating privileges to be maintained. (a) The department shall maintain a record of all persons adjudicated of violations under part III of chapter 291E and the period of suspension or revocation of operator privileges ordered by the director under that part.
(b) The department shall maintain a record of all persons convicted of offenses or violations under part IV of chapter 291E and the period of suspension or revocation of operator privileges ordered by the court under that part. [L 2001, c 157, §2]
Note
The amendment made by L 2014, c 218, §8 is not included in this section.


Nick Craver - Stack Overflow: The Architecture This is #1 in a very long series of posts on Stack Overflow’s architecture. Welcome.Previous post (#0): Stack Overflow: A Technical DeconstructionNext post...
mellinoe/veldrid A low-level, portable graphics library for .NET. Contribute to mellinoe/veldrid development by creating an account on GitHub.
What is the correct way to embed Wyam into an asp.net core MVC solution? What is the correct way to embed Wyam into and asp.net core MVC solution? As the project needs advanced authentication, I've embedded it in MVC. I am currently embedding it with an MVC controller
Microsoft, Brilliant team up to offer quantum curriculum - Microsoft Quantum With the Microsoft Quantum Development Kit, getting started with quantum development is easy. Now we’re helping to make it even easier: we’ve partnered with the team of educators at Brilliant.org to teach you about quantum computing in a new way.
RehanSaeed/Schema.NET Schema.org objects turned into strongly typed C# POCO classes for use in .NET. All classes can be serialized into JSON/JSON-LD and XML, typically used to represent structured data in the head secti...
xoofx/CppAst CppAst is a .NET library providing a C/C++ parser for header files powered by Clang/libclang with access to the full AST, comments and macros - xoofx/CppAst
Home - schema.org Schema.org is a set of extensible schemas that enables webmasters to embed structured data on their web pages for use by search engines and other applications.
dotnet/llilc This repo contains LLILC, an LLVM based compiler for .NET Core. It includes a set of cross-platform .NET code generation tools that enables compilation of MSIL byte code to LLVM supported platforms...
Drop: Passions lead here (formerly Massdrop) Join our community of passionate people to find and follow your interests. Discover innovative products, made possible by the collective wisdom of our users.
US cities are being held hostage with stolen NSA tools Since May 7, the city of Baltimore in Maryland has been struggling to cope with a ransomware attack that has crippled its digital capabilities. Local government employees’ computers were infected with a malware that demanded $100,000 for files and access&...
Roma, Anonymus viola la mail di 30mila avvocati: c'è anche quella di Raggi L'azione rivendicata dallo stesso collettivo hacker su Twitter, per ricordare l'anniversario dell'arresto di due colleghi, "i vecchi amici


You can run cmdlets in another user's context when they allow providing explicit credentials (parameter -Credential), or by running them via Invoke-Command (which has a -Credential parameter).
Example:
$cred = Get-Credential
Invoke-Command -Computer $env:COMPUTERNAME -ScriptBlock {
# commands here
} -Credentials $cred
Or you could use something like this to re-run the entire script with different credentials:
if (-not $env:USERNAME -eq 'Me') {
$cred = Get-Credential
$param = '-NoLogo', '-File', $MyInvocation.MyCommand.Path
Start-Process "powershell.exe" -ArgumentList $param -Credential $cred
exit $LASTEXITCODE
}
# other code here


NOVEMBER 24 St Andrew Dung-Lac, Priest, and
Companions, Martyrs
Today we
remember a group of 117 martyrs of Vietnam who suffered during a series of sadistic
persecutions which lasted over one hundred years, between 1745 and 1862. Despite the
extreme tortures they had to endure, they heroically witnessed to the faith. Ninety six
of these martyrs were Vietnamese including Fr Andrew Dung-Lac, while the others were
European missionaries.
ENTRANCE ANTIPHON
May we never boast, except in the Cross of our Lord Jesus Christ. For the word of the Cross is the power of God to us who have been saved.
COLLECT
O God, source
and origin of all fatherhood, who kept the Martyrs Saint Andrew Dung-Lac and
his companions faithful to the Cross of your Son, even to the shedding of their
blood, grant, through their intercession, that, spreading your love among our
brothers and sisters, we may be your children both in name and in truth. Through our Lord Jesus Christ, your Son, who lives and reigns with
you in the unity of the Holy Spirit, one God, for ever and ever.
PRAYER OVER THE OFFERINGS
Receive, O holy Father, the offerings we bring as we venerate the passion of the holy Martyrs, so that amid the trials of this life we may always be found faithful and may offer ourselves to you as an acceptable sacrifice. Through Christ our Lord.
Preface of the Apostles I or II or of Dedication of a Church
COMMUNION ANTIPHON
Blessed are
they who are persecuted for the sake of righteousness, for theirs is the
PRAYER AFTER COMMUNION
Renewed by
the one Bread as we commemorate the holy Martyrs, we humbly beseech you, O
Lord, that, abiding as one in your love, we may merit by endurance an eternal
prize. Through Christ our Lord.


Statement of the researcher
(to be signed and stored together with Informed Consent Forms and other hardcopy material)
This procedure, including the Ethics-App is intended only as a guideline to research-active students and employees of the Institute supervising the research. The responsibility for the wellbeing of research participants lies on the side of the researcher. Any uncertainties must be discussed with the Ethics Committee. Research approval is granted conditional to the following provisions:
1. Before the study begins, you are obliged to present the Participant with an Informed Consent Form (a template is automatically generated based on the data supplied to the Ethics-App).
2. You are obliged to collect a signed copy and keep it for reference as well as to provide the participant with a signed copy of the Informed Consent Form.
3. You are obliged to allow the participant to quit the study at any point with no further consequences. If applicable, payment is still due if the participant decides to withdraw his or her data at the end of the study (i.e. during the de-briefing phase).
4. You are obliged to follow the Institute procedure with regard to the handling of sensitive private data.
5. If the study involves collection of information without obtaining prior consent from some participants (e.g. public observation of human behaviour) information allowing the researcher to potentially identify or harm the person cannot be collected (e.g. many big data studies, street surveys). Observations and recordings of public behaviour without consent can only occur if people can be reasonably expected to be observed by strangers at the given place and time (with respect to the local cultural norms).
6. People have the right to know who is observing them in non-public situations (such as a meeting room, a laboratory). This right must be respected.
7. If your study involves your own students, declining participation cannot be linked (formally or informally) to the course grading scheme. If participation in the study is rewarded with credit points, alternative means of obtaining the same number of points at the comparable time expense and effort must be made available.
8. I confirm I will provide de-briefing information based on the below form either verbally or in written form to all participants of the study.
| date | signature of researcher |


QUICK Data Model
Classes
AdverseEvent
AllergyIntolerance
BodySite
Claim
Communication
CommunicationRequest
Condition
Coverage
Device
DeviceUseStatement
DiagnosticReport
Encounter
FamilyMemberHistory
Flag
Goal
ImagingStudy
Immunization
ImmunizationRecommendation
Location
Medication
MedicationAdministration
MedicationDispense
MedicationRequest
MedicationStatement
Observation
Organization
Patient
Practitioner
Procedure
ProcedureRequest
ReferralRequest
RelatedPerson
Specimen
Substance
Complex Type Classes
Address
Age
Annotation
Attachment
ContactPoint
Dosage
Duration
HumanName
Identifier
Meta
Money
Quantity
Ratio
SampledData
Timing


City of Surrey to remove eight dead trees along stretch of road where SUV was hit
Assessment confirms tree that fell was dead; others to be removed ‘early this week’
by Tracy HolmesThe City of Surrey will be removing eight dead trees along Croydon Drive in South Surrey this week, after being alerted to one that fell on a woman’s SUV last Tuesday.
Parks manager Neal Aven confirmed Monday that the at-risk trees were identified during an assessment undertaken Friday between 28 and 30 Avenues.
The removal is to be completed “early this week,” Aven said.
And Linda Simpson – who was at the wheel of the subject SUV – says she will be steering clear of the thoroughfare until the work is done.
“I’m going to keep all my family off that road… in the interim,” Simpson said Monday.
The assessment was triggered after Simpson reported the harrowing event she and her granddaughters experienced on Nov. 12.
READ MORE: Falling tree crushes front of SUV carrying South Surrey woman, granddaughters
Simpson was driving south in the 3000-block of Croydon with 10-year-old Chloe and seven-year-old Elise in the back seat of her Hyundai Tucson when a large tree toppled onto her vehicle.
Warning of the impending danger was so minimal, Simpson said she all she could do was hit the brakes and hope to stop quickly enough that the tree would simply fall in front of her Tucson.
It landed, however, on the hood of the vehicle. The impact shattered the windshield – sending glass into Simpson’s face – with one branch penetrating the radiator. Tree and vehicle debris was scattered across the roadway.
Simpson on Monday was surprised to hear just how many trees were dead along the stretch of road.
“Oh my gosh,” she said, when Peace Arch News shared Aven’s update.
She said she hopes others drivers will also avoid Croydon until the work is done.
In addition to pledging her own avoidance, Simpson reiterated how grateful she is for the kindness of strangers who came to her family’s aid in the aftermath of the incident.
“It was just amazing,” she said. “There’s a lot of good people out there.”


A 14 years old developer from Malaysia
A simple portfolio made with HTML, CSS and some JavaScript
An easy to use WASM runtime


Dashboard
Statistics
Definitions
Jobs
Latency
Manage
Cluster Connection :
TLS
Seed Node :
Cluster :
Cluster User :
No Alerts
Settings
Enable Desktop Notification
Mirror Browser Alerts
Only Red :
All alerts :
End Session
Rename Cluster
Remove Cluster
Select Nodes
Switch Cluster
MultiCluster
Change AMC settings
Alert Emails
Logging :
OFF
Duration :
min
Start
Restart
Stop
Select Nodes
?
Done
Disclaimer
Multicluster View is supported with Aerospike builds 3.6.0 or above.
Add Cluster
General Settings
AMC Update Interval (seconds)
(Max 10 seconds)
* Update interval should be non zero positive integer between 1 and 10.
Apply
Use Local Timezone to show dates?
Emails receiving alerts
Loading ...
Confirm configuration changes
Please confirm the following configuration changes :
Attributes not being changed(invalid values) :
Applying Changes
Please Wait
Configuration Change Summary
Unable to connect Server


Toggle dropdown menu
Basemaps
Legend
Layers
Print
Full Map
NPHCDA
National Primary Healthcare Pseudo-Locations
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Legend
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{% extends '_base.html' %} {% block content %}
We've sent you an email to conirm your address. Please check to see if you've receeived this. If not, contact us at info@example.com


For weather to be considered "good", two things must be true:
By these standards, Barcelona has...
Málaga has nice winters but oppresive summers. Bilbao, in addition to being covered in clouds most of the year, has wildly unpredictable summer temperature swings. Madrid's summers are too hot and its winters too cold. And Granada - don't even start.
What's most striking is how little variance there is in Barcelona's daily temperatures. On average, the daily "swing" (difference between maximum and minimum temperature) in Barcelona is only 7.1 degrees (C). In Madrid, it's 12. This means that in Barcelona, when you get dressed in the morning, your outfit is likely to remain comfortable all day; in Granada (where the daily swing is 14 degrees), no matter what you wear, you'll end up either shivering or sweating.
With an average of 24 in July and 10 in January, it doesn't get much better than Barcelona. Compare that to New York which is hotter in July (25) and way colder in January (0!).
We like to end posts with something pretty. So, here it is - an overview of a typical year in Barcelona.
As always, the code and data for this post (including source files, cleaning script, visualizations, etc.) can all be found on github.
The weather data comes from Weather Underground, which we accessed via R's weatherData package.


§264-43 Responsibility. The department of transportation shall acquire, subdivide, consolidate, construct, maintain, and administer all highways comprising the state highway system in accordance with all state and federal laws and exempt from county subdivision ordinances. [L 1965, c 159, pt of §1; Supp, §111-53; HRS §264-43; am L 2008, c 12, §4]
Case Notes
State has a duty to keep shoulders of road in reasonably safe condition. 60 H. 381, 590 P.2d 564.


PHPUnit_Framework_TestCase::setLocale
This method is a wrapper for the setlocale() function that automatically resets the locale to its original value after the test is run.
Signature
protected function setLocale()
Errors/Exceptions
Violations
Checkstyle
| Line | Column | Severity | Message |
|---|---|---|---|
| 1232 | 19 | error | Space after opening parenthesis of function call prohibited |
| 1232 | 19 | error | Expected 0 spaces before closing bracket; 1 found |


It provides users with a wide range of tools to simulate, estimate, analyze, and visualize the dynamics of stochastic differential systems in both forms Ito and Stratonovich. Statistical analysis with parallel Monte Carlo and moment equations methods of SDE's. Enabled many searchers in different domains to use these equations to modeling practical problems in financial and actuarial modeling and other areas of application, e.g., modeling and simulate of first passage time problem in shallow water using the attractive center (Boukhetala K, 1996) ISBN:1-56252-342-2.
| Version: | 4.3 |
| Depends: | R (≥ 2.15.1) |
| Imports: | Deriv (≥ 3.8.0), MASS (≥ 7.3-30), parallel |
| Suggests: | deSolve (≥ 1.11), knitr (≥ 1.10), rgl (≥ 0.93.991), rmarkdown (≥ 0.8), scatterplot3d (≥ 0.3-36), sm (≥ 2.2-5.3) |
| Published: | 2018-11-28 |
| Author: | Arsalane Chouaib Guidoum [cre, aut], Kamal Boukhetala [aut] |
| Maintainer: | Arsalane Chouaib Guidoum <acguidoum at usthb.dz> |
| BugReports: | https://github.com/acguidoum/Sim.DiffProc/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://github.com/acguidoum/Sim.DiffProc |
| NeedsCompilation: | yes |
| Classification/MSC: | 37H10, 37M10, 60H05, 60H10, 60H35, 60J60, 65C05, 68N15, 68Q10 |
| Citation: | Sim.DiffProc citation info |
| Materials: | README NEWS |
| In views: | DifferentialEquations, Finance, HighPerformanceComputing, Psychometrics, TimeSeries |
| CRAN checks: | Sim.DiffProc results |
| Reference manual: | Sim.DiffProc.pdf |
| Vignettes: |
Constructs and Analysis of Bridges Stochastic Differential Equations Parametric Estimation of 1-D Stochastic Differential Equation Monte-Carlo Simulation and Kernel Density Estimation of First passage time Parallel Monte-Carlo and Moment Equations for SDEs Converting Sim.DiffProc Objects to LaTeX Monte-Carlo Simulation and Analysis of Stochastic Differential Equations |
| Package source: | Sim.DiffProc_4.3.tar.gz |
| Windows binaries: | r-devel: Sim.DiffProc_4.3.zip, r-release: Sim.DiffProc_4.3.zip, r-oldrel: Sim.DiffProc_4.3.zip |
| OS X binaries: | r-release: Sim.DiffProc_4.3.tgz, r-oldrel: Sim.DiffProc_4.3.tgz |
| Old sources: | Sim.DiffProc archive |
| Reverse imports: | warbleR |
Please use the canonical form https://CRAN.R-project.org/package=Sim.DiffProc to link to this page.


Sign Langauge Machine Learning GUI
List of all user uploaded files
{% if files %}
{% for file in files %}
{{ file }}
{% endfor %}
{% endif %}


|
NewRobotCode
v2<IP_ADDRESS>
FRC 2022 Robot Code for Team #7464 - ORION
|
This is a class that provides a means to output general robot telemetry back to the driver station via the SmartDashboard. More...
#include <TelemetryOutputter.h>
Classes | |
| struct | accept_range_type |
| struct | telemetry_output_type |
Public Member Functions | |
| TelemetryOutputter (RobotTick *robot_tick, AHRS *ahrs, SubSysDriveTrain *drivetrain, SubSysBallShooter *ballshooter) | |
| ~TelemetryOutputter () | |
| void | OutputTelemetryToSmartDashboard () |
This is a class that provides a means to output general robot telemetry back to the driver station via the SmartDashboard.
Definition at line 82 of file TelemetryOutputter.h.
|
private |
An enumeration of output telemetry data types
Definition at line 660 of file TelemetryOutputter.h.
|
private |
An enumeration of output telemetry IDs
| Enumerator | |
|---|---|
| FIRST_TELEMETRY_ID | This shall always be the first telemetry ID |
| FMS_ALLNC_STN | The FMS alliance color and station number |
| FMS_MATCH_TYPE_NUM | The FMS match type and match # |
| FMS_MATCH_MODE | The FMS match mode |
| FMS_PRD_TIME_REM | The FMS period time remaining |
| FMS_STATUS | The status of the FMS |
| DS_STATUS | The driver station status |
| DS_ROBOT_STATUS | The state of the robot from the driver station |
| PDP_TEMPERATURE | The temperature reported by the PDP |
| PDP_TEMPERATURE_STATUS | The PDP temperature status |
| PDP_BATTERY_VOLTAGE | The battery voltage, as reported by the PDP |
| PDP_BATTERY_VOLTAGE_STATUS | The battery voltage status |
| PDP_BATTERY_CURRENT | The battery current, as reported by the PDP |
| PDP_BATTERY_CURRENT_STATUS | The battery current status |
| PDP_BATTERY_POWER | The battery power being delivered, as reported by the PDP |
| PDP_BATTERY_ENERGY | The battery energy delivered since reset, as reported by the PDP |
| PDP_BATTERY_STATUS | The overall battery status |
| CAN_UTILIZATION | The CAN bus utilization |
| CAN_MAX_UTILIZATION | The maximum CAN bus utilization |
| CAN_MIN_UTILIZATION | The minimum CAN bus utilization |
| CAN_BUS_OFF_COUNT | The CAN bus off event count |
| CAN_TX_FULL_COUNT | The CAN bus TX full event count |
| CAN_RX_ERR_COUNT | The CAN RX error count |
| CAN_TX_ERR_COUNT | The CAN TX error count |
| ROBORIO_ACCEL_X_AXIS | roboRIO X acceleration axis |
| ROBORIO_ACCEL_Y_AXIS | roboRIO Y acceleration axis |
| ROBORIO_ACCEL_Z_AXIS | roboRIO Z acceleration axis |
| ROBORIO_INPUT_VOLTAGE | roboRIO input voltage |
| ROBORIO_INPUT_CURRENT | roboRIO input current |
| ROBORIO_INPUT_POWER | roboRIO input power consumption |
| ROBORIO_3_3V_RAIL_VOLTAGE | roboRIO's 3.3V rail voltage |
| ROBORIO_3_3V_RAIL_CURRENT | roboRIO's 3.3V rail current |
| ROBORIO_3_3V_RAIL_ENABLED | roboRIO's 3.3V rail enabled or not |
| ROBORIO_3_3V_RAIL_FLT_CNT | roboRIO's 3.3V rail fault count |
| ROBORIO_5V_RAIL_VOLTAGE | roboRIO's 5V rail voltage |
| ROBORIO_5V_RAIL_CURRENT | roboRIO's 5V rail current |
| ROBORIO_5V_RAIL_ENABLED | roboRIO's 5V rail enabled or not |
| ROBORIO_5V_RAIL_FLT_CNT | roboRIO's 5V rail fault count |
| ROBORIO_6V_RAIL_VOLTAGE | roboRIO's 6V rail voltage |
| ROBORIO_6V_RAIL_CURRENT | roboRIO's 6V rail current |
| ROBORIO_6V_RAIL_ENABLED | roboRIO's 6V rail enabled or not |
| ROBORIO_6V_RAIL_FLT_CNT | roboRIO's 6V rail fault count |
| ROBORIO_ISNT_BROWNED_OUT | roboRIO browned out status |
| ROBORIO_IS_SYS_ACTIVE | roboRIO system active status |
| ROBORIO_FPGA_VER_REV_BLD | roboRIO field programmable gate array (FPGA) version, revision, and build |
| ROBORIO_FPGA_TIME | roboRIO FPGA time |
| ORION_ROBOTCODE_SW_VER | The software version of the ORION Robot Code |
| WPILIBC_CODE_SW_VER | The software version of the WPILibC code used |
| NAVX_MXP_CODE_SW_VER | The software version of the NavX MXP code used |
| REVLIB_CODE_SW_VER | The software version of the REV Robotics library used |
| AHRS_CONNECTION_STATUS | The AHRS connection status |
| AHRS_CALIBRATION_STATUS | The AHRS calibration status |
| AHRS_PITCH | The AHRS pitch |
| AHRS_ROLL | The AHRS roll |
| AHRS_YAW | The AHRS yaw |
| AHRS_COMPASS_HDG | The AHRS compass heading |
| AHRS_LIN_ACCL_X | The AHRS linear acceleration on the X axis |
| AHRS_LIN_ACCL_Y | The AHRS linear acceleration on the Y axis |
| AHRS_LIN_ACCL_Z | The AHRS linear acceleration on the Z axis |
| AHRS_MOVING_STATUS | The AHRS movement status |
| AHRS_ROTATING_STATUS | The AHRS rotation status |
| AHRS_FUSED_HDG | The AHRS fused heading |
| AHRS_NO_MAG_DISTURB | The AHRS No Magnetic Disturbance status |
| AHRS_MGNTMTR_CAL_STATUS | The AHRS magnetometer calibration status |
| AHRS_QUAT_W | The AHRS Quaternion W |
| AHRS_QUAT_X | The AHRS Quaternion X |
| AHRS_QUAT_Y | The AHRS Quaternion Y |
| AHRS_QUAT_Z | The AHRS Quaternion Z |
| AHRS_YAW_ANGLE | The AHRS yaw angle |
| AHRS_YAW_ANGLE_ADJ | The AHRS yaw angle adjustment |
| AHRS_ROTATION_RATE | The AHRS rotation rate |
| AHRS_TEMP_F | The AHRS temperature in Farenheit |
| AHRS_FW_VER | The AHRS firmware version |
| DRV_TRN_MODE | The drive train mode |
| DRV_TRN_TURBO_STATE | The drive train turbo state |
| DRV_TRN_SMOOTH_STATE | The drive train smooting state |
| DRV_TRN_DRV_DIR | The drive train driving direction |
| DRV_TRN_L_MTR_0_CURRENT | The drive train left motor #0 current |
| DRV_TRN_L_MTR_1_CURRENT | The drive train left motor #1 current |
| DRV_TRN_L_MTRS_CURRENT | The drive train left motors current |
| DRV_TRN_R_MTR_0_CURRENT | The drive train right motor #0 current |
| DRV_TRN_R_MTR_1_CURRENT | The drive train right motor #1 current |
| DRV_TRN_R_MTRS_CURRENT | The drive train right motors current |
| DRV_TRN_MOTORS_CURRENT | The drive train motors current |
| BS_INTK_MTR_CURRENT | The intake motor current |
| BS_LEFT_INDXR_MTR_CURRNT | The left indexer motor current |
| BS_RIGHT_INDXR_MTR_CURRNT | The right indexer motor current |
| BS_SHTR_MTR_CURRNT | The ball shooter motor current |
| BS_ULTRASNC_DIST | The distance read by the ultrasonic |
| BS_SHTR_MTR_VEL_SP | The velocity setpoint of the NEO (ball shooter) motor |
| BS_SHTR_MTR_ACT_VEL | The actual velocity of the NEO (ball shooter) motor |
| LAST_TELEMETRY_ID | This shall always be the last telemetry ID |
Definition at line 681 of file TelemetryOutputter.h.
| TelemetryOutputter::TelemetryOutputter | ( | RobotTick * | robot_tick, |
| AHRS * | ahrs, | ||
| SubSysDriveTrain * | drivetrain, | ||
| SubSysBallShooter * | ballshooter | ||
| ) |
The TelemetryOutputter class constructor.
| robot_tick | A pointer to a robot tick |
| ahrs | A pointer to a NavX MXP AHRS |
| drivetrain | A pointer to a drivetrain subsystem |
| ballshooter | A pointer to a ball shooter subsystem |
Definition at line 34 of file TelemetryOutputter.cpp.
| TelemetryOutputter::~TelemetryOutputter | ( | ) |
The TelemetryOutputter class destructor.
Definition at line 56 of file TelemetryOutputter.cpp.
|
private |
Method to convert celcius to farenheit.
| celcius | The temperature in Celsius |
Definition at line 98 of file TelemetryHelperFunctions.cpp.
|
private |
Method to convert a double representing seconds to standard match time format. Standard match time format is:
m:ss.t
where m = minutes (0-9) ss = seconds (00-59) t = tenths of seconds (0-9)
| seconds_dbl | The seconds in double to convert |
Definition at line 38 of file TelemetryHelperFunctions.cpp.
|
private |
Method to get the main battery current as reported by the PDP
Definition at line 112 of file GetPDPTempBatt.cpp.
|
private |
Method to get the battery current status
Definition at line 130 of file GetPDPTempBatt.cpp.
|
private |
Method to get the energy output of the battery since last reset, as reported by the PDP
Definition at line 165 of file GetPDPTempBatt.cpp.
|
private |
Method to get the current power output of the battery, as reported by the PDP
Definition at line 150 of file GetPDPTempBatt.cpp.
|
private |
Method to get the battery status
Definition at line 179 of file GetPDPTempBatt.cpp.
|
private |
Method to get the main battery voltage as reported by the PDP
Definition at line 70 of file GetPDPTempBatt.cpp.
|
private |
Method to get the battery voltage status
Definition at line 88 of file GetPDPTempBatt.cpp.
|
private |
Method to get the temperature as reported by the PDP
Definition at line 36 of file GetPDPTempBatt.cpp.
|
private |
Method to get the temperature status
Definition at line 54 of file GetPDPTempBatt.cpp.
|
private |
Get the AHRS calibration status
Definition at line 50 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS compass heading
Definition at line 114 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS connection status
Definition at line 35 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS fused heading
Definition at line 204 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS firmware version
Definition at line 378 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS linear acceleration on the X axis
Definition at line 129 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS linear acceleration on the Y axis
Definition at line 144 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS linear acceleration on the Z axis
Definition at line 159 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS magnetometer calibration status
Definition at line 238 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS movement status
Definition at line 174 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS No Magnetic Disturbance status
Definition at line 219 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS pitch
Definition at line 69 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS Quaternion W
Definition at line 258 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS Quaternion X
Definition at line 273 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS Quaternion Y
Definition at line 288 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS Quaternion Z
Definition at line 303 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS roll
Definition at line 84 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS rotation status
Definition at line 189 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS rotation rate
Definition at line 348 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS temperature in Farenheit
Definition at line 363 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS yaw
Definition at line 99 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS yaw angle
Definition at line 318 of file GetAHRS_Info.cpp.
|
private |
Get the AHRS yaw angle adjustment
Definition at line 333 of file GetAHRS_Info.cpp.
|
private |
Method to get the alliance color and station #.
Definition at line 36 of file GetFMS_DS_Info.cpp.
|
private |
Get the ball shooter intake motor current
Definition at line 35 of file GetBS_Info.cpp.
|
private |
Get the ball shooter left index motor current
Definition at line 48 of file GetBS_Info.cpp.
|
private |
Get the ball shooter shooter motor (NEO) velocity
Definition at line 103 of file GetBS_Info.cpp.
|
private |
Get the ball shooter shooter motor (NEO) velocity setpoint
Definition at line 92 of file GetBS_Info.cpp.
|
private |
Get the ball shooter right index motor current
Definition at line 59 of file GetBS_Info.cpp.
|
private |
Get the ball shooter shooter motor (NEO) current
Definition at line 70 of file GetBS_Info.cpp.
|
private |
Get the ball shooter ultrasonic motor distance
Definition at line 81 of file GetBS_Info.cpp.
|
private |
Method to get the FPGA build number from the FPGA Revision.
| FPGA_Revision | A 64-bit integer containing FPGA revision information, got by using RobotController::GetFPGAVersion() |
Definition at line 141 of file TelemetryHelperFunctions.cpp.
|
private |
Method to get the count of CAN bus off events
Definition at line 96 of file GetCAN_Info.cpp.
|
private |
Method to get the count of CAN RX error events
Definition at line 128 of file GetCAN_Info.cpp.
|
private |
Method to get the count of CAN TX error events
Definition at line 144 of file GetCAN_Info.cpp.
|
private |
Method to get the count of CAN TX full events
Definition at line 112 of file GetCAN_Info.cpp.
|
private |
Method to get the current CAN bus utilization
Definition at line 35 of file GetCAN_Info.cpp.
|
private |
Get the drive train driving direction
Definition at line 79 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train left motor #0 current
Definition at line 94 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train left motor #1 current
Definition at line 113 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train left motors current
Definition at line 132 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train mode
Definition at line 35 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train motors current
Definition at line 203 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train right motor #0 current
Definition at line 148 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train right motor #1 current
Definition at line 167 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train right motors current
Definition at line 186 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train smooting state
Definition at line 64 of file GetDrv_Trn_Info.cpp.
|
private |
Get the drive train turbo state
Definition at line 49 of file GetDrv_Trn_Info.cpp.
|
private |
Method to get the DS status
Definition at line 275 of file GetFMS_DS_Info.cpp.
|
private |
Method to get the FMS connection status
Definition at line 256 of file GetFMS_DS_Info.cpp.
|
private |
Method to see if measured value is between the minimum and maximum acceptable range
| MeasuredValue | The value that we have measured |
| AcceptRange | The acceptable range |
Definition at line 151 of file TelemetryHelperFunctions.cpp.
|
private |
Method to see if measured value is between the minimum and maximum acceptable range, with a maximum percent
| MeasuredValue | The value that we have measured |
| AcceptRange | The acceptable range |
Definition at line 172 of file TelemetryHelperFunctions.cpp.
|
private |
Method to get the FPGA major revision # from the FPGA Revision.
| FPGA_Revision | A 64-bit integer containing FPGA revision information, got by using RobotController::GetFPGAVersion() |
Definition at line 113 of file TelemetryHelperFunctions.cpp.
|
private |
Method to get the match mode.
Definition at line 212 of file GetFMS_DS_Info.cpp.
|
private |
Method to get the match time
Definition at line 240 of file GetFMS_DS_Info.cpp.
|
private |
Method to get the match type and match #.
Definition at line 136 of file GetFMS_DS_Info.cpp.
|
private |
Method to get the maximum CAN bus utilization
Definition at line 54 of file GetCAN_Info.cpp.
|
private |
Method to get the minimum CAN bus utilization
Definition at line 75 of file GetCAN_Info.cpp.
|
private |
Method to get the FPGA minor revision # from the FPGA Revision.
| FPGA_Revision | A 64-bit integer containing FPGA revision information, got by using RobotController::GetFPGAVersion() |
Definition at line 126 of file TelemetryHelperFunctions.cpp.
|
private |
Get the software version of the NavX MXP code used
Definition at line 65 of file GetSW_Versions.cpp.
|
private |
Get the software version of the ORiON RobotCode
Definition at line 35 of file GetSW_Versions.cpp.
|
private |
Get the software version of the REV Robotics library used
Definition at line 80 of file GetSW_Versions.cpp.
|
private |
Get the roboRIO 3.3V rail current
Definition at line 157 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 3.3V rail enabled status
Definition at line 178 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 3.3V rail fault count
Definition at line 199 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 3.3V rail voltage
Definition at line 136 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 5V rail current
Definition at line 243 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 5V rail enabled status
Definition at line 265 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 5V rail fault count
Definition at line 286 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 5V rail voltage
Definition at line 221 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 6V rail current
Definition at line 328 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 6V rail enabled status
Definition at line 350 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 6V rail fault count
Definition at line 371 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO 6V rail voltage
Definition at line 306 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO X axis accelerometer value
Definition at line 35 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO Y axis accelerometer value
Definition at line 48 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO Z axis accelerometer value
Definition at line 62 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO FPGA time
Definition at line 464 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO FPGA's version, revision, and build
Definition at line 426 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO input current
Definition at line 98 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO input power
Definition at line 120 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO input voltage
Definition at line 76 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO is system active status
Definition at line 411 of file GetRoboRIO_Info.cpp.
|
private |
Get the roboRIO Isn't browned out status
Definition at line 393 of file GetRoboRIO_Info.cpp.
|
private |
Method to get the robot state.
Definition at line 295 of file GetFMS_DS_Info.cpp.
|
private |
Get the software version of the WPILibC code used
Definition at line 50 of file GetSW_Versions.cpp.
|
private |
A method of outputting telemetry
Definition at line 75 of file TelemetryOutputter.cpp.
| void TelemetryOutputter::OutputTelemetryToSmartDashboard | ( | ) |
Method to output the telemetry to the Smart Dashboard
Definition at line 67 of file TelemetryOutputter.cpp.
|
private |
A pointer to an AHRS NavX MXP
Definition at line 115 of file TelemetryOutputter.h.
|
private |
The status of the AHRS calibration
Definition at line 393 of file TelemetryOutputter.h.
|
private |
The compass heading of the AHRS
Definition at line 405 of file TelemetryOutputter.h.
|
private |
The status of the AHRS connection
Definition at line 390 of file TelemetryOutputter.h.
|
private |
The fused heading of the AHRS
Definition at line 423 of file TelemetryOutputter.h.
|
private |
The firmware version of the AHRS
Definition at line 456 of file TelemetryOutputter.h.
|
private |
The linear acceleration on the x axis
Definition at line 408 of file TelemetryOutputter.h.
|
private |
The linear acceleration on the y axis
Definition at line 411 of file TelemetryOutputter.h.
|
private |
The linear acceleration on the z axis
Definition at line 414 of file TelemetryOutputter.h.
|
private |
The status of the AHRS magnetometer calibration
Definition at line 429 of file TelemetryOutputter.h.
|
private |
The status of the movemement of the AHRS
Definition at line 417 of file TelemetryOutputter.h.
|
private |
The status of magnetic disturbance on the AHRS
Definition at line 426 of file TelemetryOutputter.h.
|
private |
The pitch of the AHRS
Definition at line 396 of file TelemetryOutputter.h.
|
private |
The Quaternion W of the AHRS
Definition at line 432 of file TelemetryOutputter.h.
|
private |
The Quaternion X of the AHRS
Definition at line 435 of file TelemetryOutputter.h.
|
private |
The Quaternion Y of the AHRS
Definition at line 438 of file TelemetryOutputter.h.
|
private |
The Quaternion Z of the AHRS
Definition at line 441 of file TelemetryOutputter.h.
|
private |
The roll of the AHRS
Definition at line 399 of file TelemetryOutputter.h.
|
private |
The status of the rotation of the AHRS
Definition at line 420 of file TelemetryOutputter.h.
|
private |
The rotation rate of the AHRS
Definition at line 450 of file TelemetryOutputter.h.
|
private |
The temperature of the AHRS
Definition at line 453 of file TelemetryOutputter.h.
|
private |
The yaw of the AHRS
Definition at line 402 of file TelemetryOutputter.h.
|
private |
The yaw angle of the AHRS
Definition at line 444 of file TelemetryOutputter.h.
|
private |
The yaw angle adjustment of the AHRS
Definition at line 447 of file TelemetryOutputter.h.
|
private |
String to hold the alliance color and station #
Definition at line 136 of file TelemetryOutputter.h.
|
private |
Integer to hold count of CAN bus off events
Definition at line 211 of file TelemetryOutputter.h.
|
private |
Integer to hold count of CAN bus RX error events
Definition at line 217 of file TelemetryOutputter.h.
|
private |
Integer to hold count of CAN bus TX error events
Definition at line 220 of file TelemetryOutputter.h.
|
private |
Integer to hold count of CAN bus TX full events
Definition at line 214 of file TelemetryOutputter.h.
|
private |
Float to hold CAN bus utilization percentage
Definition at line 202 of file TelemetryOutputter.h.
|
private |
The drive direction
Definition at line 470 of file TelemetryOutputter.h.
|
private |
A string to hold the drive train mode
Definition at line 461 of file TelemetryOutputter.h.
|
private |
The current used in the drive train, all motors, in Amps
Definition at line 491 of file TelemetryOutputter.h.
|
private |
The status of the drive train smoothing mode
Definition at line 467 of file TelemetryOutputter.h.
|
private |
The status of the drive train turbo mode
Definition at line 464 of file TelemetryOutputter.h.
|
private |
String to hold the driver station status
Definition at line 151 of file TelemetryOutputter.h.
|
private |
String to hold the FMS status
Definition at line 148 of file TelemetryOutputter.h.
|
private |
The intake motor current, in A
Definition at line 496 of file TelemetryOutputter.h.
|
private |
The current used in the left drive train motor #0, in Amps
Definition at line 473 of file TelemetryOutputter.h.
|
private |
The current used in the left drive train motor #1, in Amps
Definition at line 476 of file TelemetryOutputter.h.
|
private |
The current used in the left drive train, both motors, in Amps
Definition at line 479 of file TelemetryOutputter.h.
|
private |
The left indexer motor current, in A
Definition at line 499 of file TelemetryOutputter.h.
|
private |
String to hold the match mode type
Definition at line 142 of file TelemetryOutputter.h.
|
private |
String to hold the match type and number
Definition at line 139 of file TelemetryOutputter.h.
|
private |
Float to hold maximum CAN bus utilization percentage
Definition at line 208 of file TelemetryOutputter.h.
|
private |
Float to hold minimum CAN bus utilization percentage
Definition at line 205 of file TelemetryOutputter.h.
|
private |
String to hold the NavX MXP code software version
Definition at line 382 of file TelemetryOutputter.h.
|
private |
The actual velocity of the NEO (ball shooter) motor, in rpm
Definition at line 514 of file TelemetryOutputter.h.
|
private |
The velocity setpoint of the NEO (ball shooter) motor, in rpm
Definition at line 511 of file TelemetryOutputter.h.
|
private |
String to hold the ORION robot code software version
Definition at line 376 of file TelemetryOutputter.h.
|
private |
Declare a pointer to a power distribution panel (PDP) instance
Definition at line 126 of file TelemetryOutputter.h.
|
private |
The battery total current, as measured by the PDP, in Amps
Definition at line 179 of file TelemetryOutputter.h.
|
private |
The battery current status
Definition at line 182 of file TelemetryOutputter.h.
|
private |
The total energy supplied from the battery, as measured by the PDP, in Joules
Definition at line 194 of file TelemetryOutputter.h.
|
private |
The total power sourced from the battery, as measured by the PDP, in Watts
Definition at line 188 of file TelemetryOutputter.h.
|
private |
The overall battery status
Definition at line 197 of file TelemetryOutputter.h.
|
private |
The battery voltage, as measured by the PDP, in Volts
Definition at line 173 of file TelemetryOutputter.h.
|
private |
The battery voltage status
Definition at line 176 of file TelemetryOutputter.h.
|
private |
The operating temperature status True = Within specified operating temperature range False = Outside of specified operating temperature range
Definition at line 170 of file TelemetryOutputter.h.
|
private |
The PDP temperature, in Celsius
Definition at line 160 of file TelemetryOutputter.h.
|
private |
The PDP temerature, in Farenheit
Definition at line 163 of file TelemetryOutputter.h.
|
private |
String to hold time remaining in the current period
Definition at line 145 of file TelemetryOutputter.h.
|
private |
String to hold the REV Robotics library software version
Definition at line 385 of file TelemetryOutputter.h.
|
private |
The current used in the right drive train motor #0, in Amps
Definition at line 482 of file TelemetryOutputter.h.
|
private |
The current used in the right drive train motor #1, in Amps
Definition at line 485 of file TelemetryOutputter.h.
|
private |
The current used in the right drive train, both motors, in Amps
Definition at line 488 of file TelemetryOutputter.h.
|
private |
The right indexer motor current, in A
Definition at line 502 of file TelemetryOutputter.h.
|
private |
The roboRIO's 3.3V rail current, in Amps
Definition at line 261 of file TelemetryOutputter.h.
|
private |
The roboRIO's 3.3V rail current status
Definition at line 264 of file TelemetryOutputter.h.
|
private |
The number of roboRIO 3.3V rail current faults since boot
Definition at line 270 of file TelemetryOutputter.h.
|
private |
roboRIO 3.3V rail current faults status
Definition at line 273 of file TelemetryOutputter.h.
|
private |
Boolean to determine if roboRIO 3.3V rail is enabled
Definition at line 267 of file TelemetryOutputter.h.
|
private |
roboRIO 3.3V rail overall status
Definition at line 276 of file TelemetryOutputter.h.
|
private |
The roboRIO's 3.3V rail voltage, in Volts
Definition at line 255 of file TelemetryOutputter.h.
|
private |
The roboRIO's 3.3V rail voltage status
Definition at line 258 of file TelemetryOutputter.h.
|
private |
The roboRIO's 5V rail current, in Amps
Definition at line 285 of file TelemetryOutputter.h.
|
private |
The roboRIO's 5V rail current status
Definition at line 288 of file TelemetryOutputter.h.
|
private |
The number of roboRIO 5V rail current faults since boot
Definition at line 294 of file TelemetryOutputter.h.
|
private |
roboRIO 5V rail current fault status
Definition at line 297 of file TelemetryOutputter.h.
|
private |
Boolean to determine if roboRIO 5V rail is enabled
Definition at line 291 of file TelemetryOutputter.h.
|
private |
roboRIO 5V rail overall status
Definition at line 300 of file TelemetryOutputter.h.
|
private |
The roboRIO's 5V rail voltage, in Volts
Definition at line 279 of file TelemetryOutputter.h.
|
private |
The roboRIO's 5V rail voltage status
Definition at line 282 of file TelemetryOutputter.h.
|
private |
The roboRIO's 6V rail current, in Amps
Definition at line 309 of file TelemetryOutputter.h.
|
private |
The roboRIO's 6V rail current status
Definition at line 312 of file TelemetryOutputter.h.
|
private |
The number of roboRIO 6V rail current faults since boot
Definition at line 318 of file TelemetryOutputter.h.
|
private |
roboRIO 6V rail current fault status
Definition at line 321 of file TelemetryOutputter.h.
|
private |
Boolean to determine if roboRIO 6V rail is enabled
Definition at line 315 of file TelemetryOutputter.h.
|
private |
roboRIO 6V rail overall status
Definition at line 324 of file TelemetryOutputter.h.
|
private |
The roboRIO's 6V rail voltage, in Volts
Definition at line 303 of file TelemetryOutputter.h.
|
private |
The roboRIO's 6V rail voltage status
Definition at line 306 of file TelemetryOutputter.h.
|
private |
The acceleration along the roboRIOs X-Axis, in Gs
Definition at line 225 of file TelemetryOutputter.h.
|
private |
The acceleration along the roboRIOs Y-Axis, in Gs
Definition at line 228 of file TelemetryOutputter.h.
|
private |
The acceleration along the roboRIOs Z-Axis, in Gs
Definition at line 231 of file TelemetryOutputter.h.
|
private |
Declare a pointer to roboRIO's internal accelerometers instance
Definition at line 129 of file TelemetryOutputter.h.
|
private |
The build number of the FPGA revision
Definition at line 362 of file TelemetryOutputter.h.
|
private |
The major revision # of the FPGA revision
Definition at line 356 of file TelemetryOutputter.h.
|
private |
The minor revision # of the FPGA revision
Definition at line 359 of file TelemetryOutputter.h.
|
private |
The roboRIO's Field Programmable Gate Array (FPGA) revision information.
Definition at line 353 of file TelemetryOutputter.h.
|
private |
The roboRIO FPGA time elapsed since boot, in microseconds (0.000001s)
Definition at line 368 of file TelemetryOutputter.h.
|
private |
The roboRIO's FPGA version, revision, and build information
Definition at line 365 of file TelemetryOutputter.h.
|
private |
The roboRIO FPGA version number
Definition at line 371 of file TelemetryOutputter.h.
|
private |
The roboRIO's input current, in Amps
Definition at line 243 of file TelemetryOutputter.h.
|
private |
The roboRIO's input current status
Definition at line 246 of file TelemetryOutputter.h.
|
private |
The roboRIO's power consumption, in Watts
Definition at line 249 of file TelemetryOutputter.h.
|
private |
The roboRIO's overall input power status
Definition at line 252 of file TelemetryOutputter.h.
|
private |
The roboRIO's input voltage, in Volts
Definition at line 237 of file TelemetryOutputter.h.
|
private |
The roboRIO's input voltage status
Definition at line 240 of file TelemetryOutputter.h.
|
private |
Boolean to determine if the roboRIO is not browned out
Definition at line 327 of file TelemetryOutputter.h.
|
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Boolean to determine if the roboRIO system is active
Definition at line 330 of file TelemetryOutputter.h.
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The status of the roboRIO; true = OK, false = FAULT
Definition at line 234 of file TelemetryOutputter.h.
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String to hold the robot status
Definition at line 154 of file TelemetryOutputter.h.
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A pointer to a robot tick class
Definition at line 112 of file TelemetryOutputter.h.
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The ball shooter motor current
Definition at line 505 of file TelemetryOutputter.h.
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A pointer to a ball shooter subsystem
Definition at line 121 of file TelemetryOutputter.h.
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A pointer to a drive train subsystem
Definition at line 118 of file TelemetryOutputter.h.
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The distance read by the ultrasonic, in meters
Definition at line 508 of file TelemetryOutputter.h.
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String to hold the WPILibC code software version
Definition at line 379 of file TelemetryOutputter.h.
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The string for combining Alliance color and station #
Definition at line 616 of file TelemetryOutputter.h.
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The string for the blue alliance
Definition at line 600 of file TelemetryOutputter.h.
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Constant for NOT choosing to output telemetry
Definition at line 521 of file TelemetryOutputter.h.
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The string indicating that the driver station is attached
Definition at line 646 of file TelemetryOutputter.h.
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The string indicating that the driver station is not attached
Definition at line 648 of file TelemetryOutputter.h.
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The string indicating that the FMS is attached
Definition at line 641 of file TelemetryOutputter.h.
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The string indicating that the FMS is not attached
Definition at line 643 of file TelemetryOutputter.h.
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The mask needed to get only the FPGA build number bits from the FPGA revision
Definition at line 595 of file TelemetryOutputter.h.
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The number of bits to shift to the right to get the FPGA major revision from the FPGA revision
Definition at line 578 of file TelemetryOutputter.h.
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The mask needed to get only the FPGA minor revision bits from the FPGA revision
Definition at line 584 of file TelemetryOutputter.h.
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The number of bits to shift to the right to get the FPGA minor revision from the FPGA revision
Definition at line 589 of file TelemetryOutputter.h.
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The string for an invalid alliance
Definition at line 602 of file TelemetryOutputter.h.
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The string indicating match mode is autonomous
Definition at line 632 of file TelemetryOutputter.h.
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The string indicating match mode is teleoperated
Definition at line 634 of file TelemetryOutputter.h.
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The string indicating match mode is test
Definition at line 636 of file TelemetryOutputter.h.
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The string indicating match mode is unknown
Definition at line 638 of file TelemetryOutputter.h.
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The string for an elimination match type
Definition at line 625 of file TelemetryOutputter.h.
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The string for no match type
Definition at line 619 of file TelemetryOutputter.h.
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The string for combining match type and match #
Definition at line 629 of file TelemetryOutputter.h.
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The string for a practice match type
Definition at line 621 of file TelemetryOutputter.h.
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The string for a qualification match type
Definition at line 623 of file TelemetryOutputter.h.
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The string for an unknown match type
Definition at line 627 of file TelemetryOutputter.h.
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Constant for choosing to output telemetry
Definition at line 519 of file TelemetryOutputter.h.
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The acceptable range for the battery current, in Amps
Definition at line 546 of file TelemetryOutputter.h.
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The maximum battery current for testing acceptable battery state of charge (SoC), in Amps
Definition at line 549 of file TelemetryOutputter.h.
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The acceptable range for the battery voltage, in Volts
Definition at line 544 of file TelemetryOutputter.h.
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The acceptable operating temperature range, in C
Definition at line 542 of file TelemetryOutputter.h.
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The percentage of current where we will flag
Definition at line 572 of file TelemetryOutputter.h.
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The string for the red alliance
Definition at line 598 of file TelemetryOutputter.h.
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The acceptable range for the 3.3V rail current, in Amps
Definition at line 561 of file TelemetryOutputter.h.
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The acceptable range for the 3.3V rail voltage, in Volts
Definition at line 559 of file TelemetryOutputter.h.
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The acceptable range for the 5V rail current, in Amps
Definition at line 565 of file TelemetryOutputter.h.
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The acceptable range for the 5V rail voltage, in Volts
Definition at line 563 of file TelemetryOutputter.h.
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The acceptable range for the 6V rail current, in Amps
Definition at line 569 of file TelemetryOutputter.h.
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The acceptable range for the 6V rail voltage, in Volts
Definition at line 567 of file TelemetryOutputter.h.
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The acceptable range for roboRIO accelorometers (X,Y,Z), in Gs
Definition at line 551 of file TelemetryOutputter.h.
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The acceptable range for roboRIO input current, in Amps
Definition at line 555 of file TelemetryOutputter.h.
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The acceptable range for roboRIO input power, in Watts
Definition at line 557 of file TelemetryOutputter.h.
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The acceptable range for roboRIO input voltage, in Volts
Definition at line 553 of file TelemetryOutputter.h.
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The string showing the robot status is disabled
Definition at line 653 of file TelemetryOutputter.h.
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The string showing the robot status is enabled
Definition at line 651 of file TelemetryOutputter.h.
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The string showing the robot status is emergency stopped
Definition at line 655 of file TelemetryOutputter.h.
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The string showing the robot status is unknown
Definition at line 657 of file TelemetryOutputter.h.
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The string for station #0 (invalid)
Definition at line 606 of file TelemetryOutputter.h.
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The string for station #1 (left)
Definition at line 608 of file TelemetryOutputter.h.
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The string for station #2 (center)
Definition at line 610 of file TelemetryOutputter.h.
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The string for station #3 (right)
Definition at line 612 of file TelemetryOutputter.h.
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The string for an unknown station #
Definition at line 614 of file TelemetryOutputter.h.
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A table representing the telemetry items
Definition at line 929 of file TelemetryOutputter.h.
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The string for an unknown alliance
Definition at line 604 of file TelemetryOutputter.h.