| runcode {shinyjs} | R Documentation |
Sometimes when developing a Shiny app, it's useful to be able to run some R
code on-demand. This construct provides your app with a text input where you
can enter any R code and run it immediately.
This can be useful for testing
and while developing an app locally, but it should not be included in
an app that is accessible to other people, as letting others run arbitrary R
code can open you up to security attacks.
To use this construct, you must add a call to runcodeUI()
in the UI
of your app, and a call to runcodeServer()
in the server function. You
also need to initialize shinyjs with a call to useShinyjs()
in the UI.
runcodeUI( code = "", type = c("text", "textarea", "ace"), width = NULL, height = NULL, includeShinyjs = NULL, id = NULL ) runcodeServer()
code |
The initial R code to show in the text input when the app loads |
type |
One of |
width |
The width of the editable code input (ignored when
|
height |
The height of the editable code input (ignored when
|
includeShinyjs |
Deprecated. You should always make sure to initialize
shinyjs using |
id |
When used inside a shiny module, the module's id needs to be
provided to |
You can only have one runcode
construct in your shiny app.
Calling this function multiple times within the same app will result in
unpredictable behaviour.
if (interactive()) { library(shiny) shinyApp( ui = fluidPage( useShinyjs(), # Set up shinyjs runcodeUI(code = "shinyjs::alert('Hello!')") ), server = function(input, output) { runcodeServer() } ) }


New bookings!
Event Type
Soccer Summer
Monday, June 20 - Friday, June 24
Receipt
Jacob Barns
Event
Soccer Summer Camp
Qty
1
Subtotal
Discount
Savings
Total
Price
$100
$100
0%
$0.00
$100
Payment Method
Card
Contact Client
Jacob Barns
317.55.6013
<EMAIL_ADDRESS>Receipt
Ryan Adams
Event
Soccer Summer Camp
Qty
1
Subtotal
Discount
Savings
Total
Price
$100
$100
0%
$0.00
$100
Payment Method
Cash
Contact Client
Ryan Adams
317.555.2353
<EMAIL_ADDRESS>Schedule
Time
Mon, Jun 20
Circle Stadium - Field B
4:30p - 6:30p
Tue, Jun 21
Circle Stadium - Field B
4:30p - 6:30p
Wed, Jun 22
Circle Stadium - Field B
4:30p - 6:30p
Create New Event
|
Manage Events
|
Calendar
manage emails
or
unsubscribe


None -
Removes any custom theme.
My Theme -
Theme set up for you to edit! See the 'Instructions' tab for more information.
Green -
Changes dominant color to green.
Stealth -
Theme with a dark background.
San Francisco - Changes colors to those of a certain San Francisco sports team, plus various non-color customizations.


from cloudmesh.common.Printer import Printer
from cloudmesh.configuration.Config import Config
from cloudmesh.shell.command import PluginCommand
from cloudmesh.shell.command import command, map_parameters
from cloudmesh.source.Source import Source
[docs]class SourceCommand(PluginCommand):
# noinspection PyUnusedLocal
@command
def do_source(self, args, arguments):
"""
::
Usage:
source list
source install [--protocol=PROTOCOL]
This command does some useful things.
Arguments:
KEY a file name
Options:
-f specify the file
--protocol=PROTOCOL [default: ssh]
--output=OUTPUT [default: table]
Description:
you cen specify in your yaml file the location of where you
manage your source code.
cloudmesh:
source:
common: ~/Desktop/github/cloudmesh
cmd5: ~/Desktop/github/cloudmesh
openapi: ~/Desktop/github/cloudmesh
sys: ~/Desktop/github/cloudmesh
cm: ~/Desktop/github/cloudmesh-community
Once you have this included and cms cm is installed, you can than for
example do an update from source with
cms source install
This has the advantage that all cms directories pull the new code
from git. It assumes that you have installed the source
previously with
pip install -e .
in each of the directories
"""
#
map_parameters(arguments, "source", "protocol")
config = Config()["cloudmesh.source"]
m = Source(config, protocol=arguments.protocol)
if arguments.list:
print(Printer.attribute(config, output=arguments["output"]))
elif arguments["install"]:
m.install()
elif arguments.clone:
m.clone()
elif arguments.update:
m.update()
return ""


Friday, the next letter in Alphabet Albums. For "R", we selected... Roxy Music - Roxy Music, Reverend And The Makers - A French Kiss In The Chaos, and Radiohead - OK Computer.


Hemi JavaScript Framework
Hemi.ui.calendar
Description
The Calendar control is a date picker control.
Class Index
static Hemi.ui.calendar.Calendar
version 4.0.1
Visual representation of a date.
Index
Method Index
Methods
newInstance
Creates a new Calendar .
Syntax
u = newInstance(
o
)
Parameters
-
o as HTMLNode : Parent HTML Node in which the control will be created.
Returns
u as CalendarInstance: Instance of a Calendar control.
Hemi.ui.calendar.CalendarInstance
version 4.0.1
A control for displaying the date.
[ Hemi JavaScript Framework - Stephen W. Cote, 2002 - 2013. ]


yum-groups-manager
Section: (1)Updated: 23 August 2008
Index Return to Main Contents
NAME
yum-groups-manager - create and edit yum's group metadataSYNOPSIS
yum-groups-manager [options] [packages]DESCRIPTION
yum-groups-manager is used to create or edit a group metadata file for a yum repository. This is often much easier than writting/editing the XML by hand. The yum-groups-manager can load an entire file of groups metadata and either create a new group or edit an existing group and then write all of the groups metadata back out.OPTIONS
- -h, --help
- Display a help message, and then quit.
- --version
- Display a version message, and then quit.
- -n, --name
- The name to lookup/use for the group. If you specify an existing group id, then the group with that id will have it's name changed to this value.
- --id
- The id to lookup/use for the group. If you don't specify an id, but do specify a name that doesn't refer to an existing group, then an id for the group is generated based on the name.
- --description
- The description to use for the group.
- --mandatory
- Store the package names specified within the mandatory section of the specified group, the default is to use the default section. This overrides the optional argument.
- --optional
- Store the package names specified within the optional section of the specified group, the default is to use the default section. This option is overridden by the mandatory argument.
- --dependencies
- Also include the names of the direct dependencies for each package specified.
- --not-user-visible
- Make the group not visible in yum grouplist.
- --user-visible
- Make the group visible in yum grouplist (this is the default).
- --display-order
- Change the integer which controls the order groups are presented in, for example in yum grouplist.
- --load
- Load the groups metadata information from the specified file, before performing any operataions. This option can be specified multiple times.
- --save
- Save the result to this file, you can specify the name of a file you are loading from as the data will only be saved when all the operations have been performed. This option can also be specified multiple times.
- --merge
- This is the same as loading and saving a file, however the "merge" file is loaded before any others and saved last.
- Also print the result to stdout, if saving or merging.
- --remove
- Instead of adding package, remove them. Note that the packages are removed from all sections (default, mandatory and optional).
- --translated-name
- This is another name for the group within the locale given. The syntax is lang:text. Eg. en:my-group-name-in-english
- --translated-description
-
This is another description for the group within the locale given. The syntax is
lang:text. Eg. en:my-group-description-in-english.
YUM OPTIONS
The following options are meant to be the same as those with the same name in yum.- -c CONFIG, --config=CONFIG
- --quiet
- --verbose
- --enablerepo
- --disablerepo
- --noplugins
- -C, --cache
- --tempcache
-
EXAMPLES
- Create a new group metadata file, with a group called yum containing all the packages that start with yum:
- yum-groups-manager --name YUM --save groups.xml aqyum*aq
- After the above command, load the groups.xml data, work with the yum group, make the group not user visible, and remove the yum-skip-broken and yum-priorities packages from it:
- yum-groups-manager -n YUM --merge groups.xml --remove yum-skip-broken yum-priorities --not-user-visible
- After the above commands, add a description and a translated name to the yum group:
- yum-groups-manager -n YUM --merge groups.xml --description aqThis is a group with most of the yum packages in itaq --translated-name aqen:yum packagesaq
FILES
yum-groups-manager uses the yum libraries for retrieving information and packages. If no configuration file is specified, the default yum configuration will be used.
/etc/yum.conf /etc/yum/repos.d/
SEE ALSO
yum (8) yum.conf (5) http://yum.baseurl.org/
AUTHORS
See the Authors file included with this program.
BUGS
There are a couple of options you can't set, yet. Most notabley you cannot put package names into the conditional section (where they are installed with groupinstall only if another package is installed). Other than that, there are no bugs, but should you find any, you should first consult the FAQ section on http://yum.baseurl.org/wiki/Faq and if unsuccessful in finding a resolution contact the mailing list<EMAIL_ADDRESS>To file a bug use http://bugzilla.redhat.com for Fedora/RHEL/Centos related bugs and http://yum.baseurl.org/report for all other bugs.
Index
This document was created by man2html, using the manual pages.
Time: 05:29:12 GMT, December 24, 2015


| author: | Ian Bicking<EMAIL_ADDRESS>|
|---|---|
| revision: | $Rev$ |
| date: | $LastChangedDate$ |
Contents:
If you are developer, see the Developer Documentation; this will tell you how to add commands and templates to paster. For a list of updates see the news file.
Paste Script is released under the MIT license.
Paste Script has passed version 1.0. Paste Script is an actively maintained project. As of 1.0, we’ll make a strong effort to maintain backward compatibility. This will include deprecation warnings when necessary. Major changes will take place under new functions or with new entry points.
This creates the skeleton for new projects. Many different kinds of projects have created skeletons for their projects (Pylons, TurboGears, ZopeSkel, and others).
For a tutorial for making new skeletons, see this tutorial from Lucas Szybalski. It also discusses creating new subcommands for paster.
The one useful command you may want to know about for paster is paster serve. This serves an application described in a Paste Deploy configuration file.
A quickstart (and example), if not complete explanation:
[app:main]
use = egg:PasteEnabledPackage
option1 = foo
option2 = bar
[server:main]
use = egg:PasteScript#wsgiutils
host = <IP_ADDRESS>
port = 80
egg:PasteEnabledPackage refers to some package that has been prepared for use with paste.deploy, and options given to that package. If you are starting out with some framework, you’ll have to reference some documentation for that framework to paste-deploy-ify your application (or read the paste.deploy documentation).
In the same file is a server description. egg:PasteScript#wsgiutils is a server (named wsgiutils) provided by this package, based on WSGIUtils. And we pass various options particular to that server.
Other packages can provide servers, but currently Paste Script includes glue for these:
wsgiutils:
A SimpleHTTPServer based threaded HTTP server, using WSGIUtils.
flup_(scgi|fcgi|ajp)_(thread|fork):
There is the start of support for twisted.web2 in paste.script.twisted_web2_server; patches welcome.
paster serve --help gives useful output:
usage: /usr/local/bin/paster serve [options] CONFIG_FILE [start|stop|restart|status]
Serve the described application
If start/stop/restart is given, then it will start (normal
operation), stop (--stop-daemon), or do both. You probably want
``--daemon`` as well for stopping.
Options:
-h, --help show this help message and exit
-v, --verbose
-q, --quiet
-nNAME, --app-name=NAME
Load the named application (default main)
-sSERVER_TYPE, --server=SERVER_TYPE
Use the named server.
--server-name=SECTION_NAME
Use the named server as defined in the configuration
file (default: main)
--daemon Run in daemon (background) mode
--pid-file=FILENAME Save PID to file (default to paster.pid if running in
daemon mode)
--log-file=LOG_FILE Save output to the given log file (redirects stdout)
--reload Use auto-restart file monitor
--reload-interval=RELOAD_INTERVAL
Seconds between checking files (low number can cause
significant CPU usage)
--status Show the status of the (presumably daemonized) server
--user=USERNAME Set the user (usually only possible when run as root)
--group=GROUP Set the group (usually only possible when run as root)
--stop-daemon Stop a daemonized server (given a PID file, or default
paster.pid file)
Basically you give it a configuration file. If you don’t do anything else, it’ll serve the [app:main] application with the [server:main] server. You can pass in --server-name=foo to serve the [server:foo] section (or even --server-name=config:foo.ini to use a separate configuration file).
Similarly you can use --app-name=foo to serve [app:foo].
--daemon will run the server in the backgroup, --user and --group will set the user, as you might want to do from a start script (run as root). If you don’t give a --pid-file it will write the pid to paster.pid (in the current directory).
--stop-daemon will stop the daemon in paster.pid or whatever --pid-file you give. --log-file will redirect stdout and stderr to that file.
--reload will start the reload monitor, and restart the server whenever a file is edited. This can be a little expensive, but is very useful during development.
On Posix (Linux, Unix, etc) systems you can turn your configuration files into executable scripts.
First make the file executable (chmod +x config_file.ini). The you should add a line like this to the top of the file:
#!/usr/bin/env paster
You can include a command and command-line options in an [exe] section, like:
[exe]
command = serve
daemon = true
user = nobody
group = nobody
(use true and false for options that don’t take an argument).
If you use daemon = true then you’ll be able to use the script as an rc script, so you can do:
$ sudo ./config_file.ini start
$ sudo ./config_file.ini restart
and so forth.
Note that this is a little wonky still on some platforms and shells (notably it doesn’t work under csh). If you get an error about “Command config_file.ini not known” then this probably won’t work for you. In the future an additional script to paster will be added just for this purpose.


Creates a WechatMiniGameRuntime object and gets system info.
A canvas object cache contains released canvas objects.
The global game canvas.
The object contains system info like screen size, etc. See https://developers.weixin.qq.com/minigame/dev/api/base/system/system-info/wx.getSystemInfoSync.html
Add touch events for the Stage instance.
The target Stage instance to be added event handlers.
Returns the game canvas, it is the first created canvas.
Handles touch event, translate the coordinates of multiple touches to stage space and send to stage instance.
Type of the touch event.
The stage to receive this event.
The native touch event.
Execute a load raw content task.
The load raw content task to be executed.
Execute a load image task.
The load image task to be executed.
Execute a load text content task.
The load text content task to be executed.
Returns an offscreen canvas object from cache if cache is not empty or creates a new one.
Create an image object.
Release an offscreen canvas object, put it into cache.
an offscreen canvas object to be released.
Calls wechat global requestAnimationFrame api to request a callback at next animation time.
The callback function.
Generated using TypeDoc
A IRuntime implementation for wechat mini game.


---
layout: post
title: boston handbuilt bike show gotta love a n t
date: '2010-09-23T00:00:00+02:00'
tags: []
tumblr_url: http://dotmr.tumblr.com/post/3091547089/boston-handbuilt-bike-show-gotta-love-a-n-t
---
Boston handbuilt bike show. Gotta love A.N.T.


Great white sharks coming closer to shore than thought, researchers find - washingtonpost.com
Just in case sharks weren’t scary enough, it turns out they actually LOVE hanging out right near the shore.
Just in case sharks weren’t scary enough, it turns out they actually LOVE hanging out right near the shore.


Using the Natural Library¶
In this chapter we will learn how to use the Natural Library to quickly define a language that contains a group of commands.
To start using the library, We need to call naturallib.ring
load "naturallib.ring"
After loading the library, We can use the NaturalLanguage class that contains the next methods :-
- SetLanguageName(cLanguageName)
- setCommandsPath(cFolder)
- SetPackageName(cPackageName)
- UseCommand(cCommandName)
- SetOperators(cOperators)
- RunFile(cFileName)
- RunString(cString)
Natural Library - Demo Program¶
We will write the natural code in a Text file, for example program.txt
File: program.txt
Welcome to the Ring programming language!
What you are reading now is not comments, I swear!
After many years of programming I decided to think different about
programming and solve the problems in a better way.
We are writing commands or code and the Ring language is reading
it to understand us! Sure, What you are seeing now is
just ***part of the code - Not the Complete Program***
You have to write little things before and after this
part to be able to run it!
It is the natural part of our code where we can write in English,
Arabic or any Natural Language Then we will tell the computer
through the Ring language what must happens! in a way that we can scale
for large frameworks and programs.
Just imagine what will happens to the world of programming once
we create many powerful frameworks using the Ring language that
uses this way (Natural Programming).
For example When we say Hello to the Machine, It can reply! and when we
say count from 1 to 5 it will understand us, Also if
we said count from 5 to 1 it will
understand us too! You can see the Output window!
This Goal is not new, but the Ring language comes
with an innovative solution to this problem.
Output:
Hello, Sir!
The Numbers!
1
2
3
4
5
I will count Again!
5
4
3
2
1
To execute the natural code, We have start.ring
In start.ring we define the language and the commands.
File: start.ring
load "stdlib.ring"
load "naturallib.ring"
New NaturalLanguage {
SetLanguageName(:MyLanguage)
SetCommandsPath(CurrentDir()+"/../command")
SetPackageName("MyLanguage.Natural")
UseCommand(:Hello)
UseCommand(:Count)
RunFile("program.txt")
}
We defined a language called MyLanguage, We have folder for the language commands.
Each command will define a class that belong to the MyLanguage.Natural package.
We will define two commands, Hello and Count.
So we must have two files for defining the commands in the CurrentDir()+”/../command” folder
File: hello.ring
DefineNaturalCommand.SyntaxIsKeyword([
:Package = "MyLanguage.Natural",
:Keyword = :hello,
:Function = func {
See "Hello, Sir!" + nl + nl
}
])
File: count.ring
DefineNaturalCommand.SyntaxIsKeywordNumberNumber([
:Package = "MyLanguage.Natural",
:Keyword = :count,
:Function = func {
if not isattribute(self,:count_times) {
AddAttribute(self,:count_times)
Count_Times = 0
}
if Expr(1) > Expr(2) {
nStep = -1
else
nStep = 1
}
if Count_Times = 0 {
see nl+"The Numbers!" + nl
Count_Times++
else
see nl + "I will count Again!" +nl
}
for x = Expr(1) to Expr(2) step nStep {
see nl+x+nl
}
CommandReturn(fabs(Expr(1)-Expr(2))+1)
}
])
Defining Commands¶
To define new command we can use the DefineNaturalCommand object
This object provides the next methods :-
- SyntaxIsKeyword(aPara)
- SyntaxIsKeywordNumber(aPara)
- SyntaxIsKeywordNumberNumber(aPara)
- SyntaxIsKeywordNumbers(aPara,nCount)
- SyntaxIsKeywordString(aPara)
- SyntaxIsKeywordStringString(aPara)
- SyntaxIsKeywordStrings(aPara,nCount)
- SyntaxIsKeywordExpression(aPara)
- SyntaxIsKeywordExpressionExpression(aPara)
- SyntaxIsKeywordExpressions(aPara,nCount)
- SyntaxIsCommand(aPara)
- SyntaxIsCommandNumber(aPara)
- SyntaxIsCommandNumberNumber(aPara)
- SyntaxIsCommandNumbers(aPara,nCount)
- SyntaxIsCommandString(aPara)
- SyntaxIsCommandStringString(aPara)
- SyntaxIsCommandStrings(aPara,nCount)
- SyntaxIsCommandExpression(aPara)
- SyntaxIsCommandExpressionExpression(aPara)
- SyntaxIsCommandExpressions(aPara,nCount)
File: mylanguage.ring
load "stdlib.ring"
load "naturallib.ring"
MyLanguage = New NaturalLanguage {
SetLanguageName(:MyLanguage)
setCommandsPath(CurrentDir()+"/../command")
SetPackageName("MyLanguage.Natural")
UseCommand(:Hello)
UseCommand(:Count)
UseCommand(:Print)
UseCommand(:IWantWindow)
UseCommand(:WindowTitleIs)
UseCommand(:IWantButton)
}
Example (1)
In the next example we will define the Print command.
We will use the SyntaxIsKeywordExpression() Method.
We pass list (as Hash) to the method. We determine the package name, the keyword and the function that will be executed.
Inside this function we uses the Expr(nExprNumber) function to get the expression value that the user will write after the keyword.
File: print.ring
DefineNaturalCommand.SyntaxIsKeywordExpression([
:Package = "MyLanguage.Natural",
:Keyword = :print,
:Function = func {
See Expr(1)
}
])
Usage:
load "mylanguage.ring"
MyLanguage.RunString('
print "Hello, World!"
')
Output:
Hello, World!
Example (2)
File: iwantwindow.ring
DefineNaturalCommand.SyntaxIsCommand([
:Package = "MyLanguage.Natural",
:Command = "i want window",
:Function = func {
See "Command: I want window" + nl
}
])
Usage:
load "mylanguage.ring"
MyLanguage.RunString('
i want window
')
Output:
Command: I want window
Example (3)
File: windowtitleis.ring
DefineNaturalCommand.SyntaxIsCommandString([
:Package = "MyLanguage.Natural",
:Command = "window title is",
:Function = func {
See "Command: Window title is " + Expr(1) + nl
}
])
Usage:
load "mylanguage.ring"
MyLanguage.RunString('
I want window and the window title is "Hello World"
')
Output:
Command: I want window
Command: Window title is Hello World
Natural Library - Operators¶
In the next example we uses the Count command without using operators
load "mylanguage.ring"
MyLanguage.RunString("
Hello
Count 1 5
Count 5 1
")
We can add more description
load "mylanguage.ring"
MyLanguage.RunString("
Hello, Please Count from 1 to 5 then count from 5 to 1
")
Also we can use operators like “(” and ”)” around the instruction
load "mylanguage.ring"
MyLanguage {
SetOperators("()")
RunString("
Here we will play and will try something
that looks like Lisp Syntax
(count (count 1 5) (count 20 15))
Just for fun!
")
}
Defining commands using classes¶
This section is related to the implementation details.
When we define new command, Each command is defined by the Natural Library as a class.
We have the choice to define commands using the simple interface provided by the DefineNaturalCommand object or by defining new class as in the next examples.
If we used DefineNaturalCommand (More Simple), The class will be defined during the runtime.
File: hello.ring
Package MyLanguage.Natural
class Hello
func AddAttributes_Hello
AddAttribute(self,:hello)
func GetHello
See "Hello, Sir!" + nl + nl
File: count.ring
Package MyLanguage.Natural
class Count
func Getcount
StartCommand()
CommandData()[:name] = :Count
CommandData()[:nExpr] = 0
CommandData()[:aExpr] = []
func BraceExprEval_Count nValue
if isCommand() and CommandData()[:name] = :Count {
if isNumber(nValue) {
CommandData()[:nExpr]++
CommandData()[:aExpr] + nValue
if CommandData()[:nExpr] = 2 {
Count_Execute()
}
}
}
func AddAttributes_Count
AddAttribute(self,:count)
func Count_Execute
if not isattribute(self,:count_times) {
AddAttribute(self,:count_times)
Count_Times = 0
}
if Expr(1) > Expr(2) {
nStep = -1
else
nStep = 1
}
if Count_Times = 0 {
see nl+"The Numbers!" + nl
Count_Times++
else
see nl + "I will count Again!" +nl
}
for x = Expr(1) to Expr(2) step nStep {
see nl+x+nl
}
CommandReturn(fabs(Expr(1)-Expr(2))+1)


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There are several caveats, he pointed out. It's not clear how much the treatment would cost, whether it would work better than injected Botox or when it might be available.
The gel is "not commercialized, it's not approved," Kane said, noting the research is part of a phase II clinical trial. "No one is going to be running to the doctor and getting this until phase III studies are done and the FDA rules."
Botox — produced, like the gel, from the botulinum toxin — weakens or paralyzes muscles or nerves. In targeted injections, cosmetic plastic surgeons use small doses of it to smooth facial wrinkles.
otox treatment can be painful and cost hundreds of dollars, however, and may result in "the appearance of a 'frozen,' insincere smile," according to the study abstract. And Botox injections can cause bruising, said Dr. Seth Thaller, chief of the Division of Plastic, Aesthetic and Reconstructive Surgery at the University of Miami Miller School of Medicine.
A pain-free, less expensive wrinkle treatment would likely boost the field of non-invasive cosmetic surgery. Despite their drawbacks, injections of Botox and another wrinkle relaxer, Dysport, are the most popular minimally invasive cosmetic surgery procedures performed in the United States, according to the American Society for Aesthetic Plastic Surgery.
In part of the new study — the second of three phases of research required before a drug is approved by the U.S. Food and Drug Administration — 90 patients with moderate to severe wrinkles around the eye were randomly assigned to receive an application of a placebo gel or the botulinum toxin gel.
"The gel is applied to the crow's feet area, and it sits there for half an hour and is then wiped off," Thaller said.
Almost 90 percent of those who got the gel showed what researchers called a "clinically meaningful" reduction in wrinkles, compared to 28 percent of those who got the placebo.
In a second study involving 180 adults with crow's feet, about 40 percent of those treated with the gel responded favorably, the researchers said.
Kane said adverse effects were not related to the study treatment, and included eye itching, flu-like illness and urinary tract infection.
The gel is a drug rather than a skin cream, the authors noted, so patients could only undergo in the procedure at a physician's office.
Thaller said it may be difficult for a gel to reach the level of wrinkle-softening precision that injections provide. "With the needle, you can really pinpoint the muscles you're injecting," he said.
Still, he said, there's a big advantage to a gel as compared to an injection: "No needle."
The findings are scheduled to be released Saturday at the American Society of Plastic Surgeons annual conference in Denver. Research presented at meetings should be considered preliminary until published in a peer-reviewed medical journal.
Credits to: everydayhealth


In Ruby on Rails web apps, you can use ActionMailer to send mail (and process incoming mail). This is useful for e.g. account confirmation and password recovery.
When developing the application, you might not want any mails to actually be sent. This can be configured in config/environments/development.rb. The default development configuration of ActionMailer is to actually send mails, but to ignore delivery errors. It’s easy to make it not send anything:
1
config.action_mailer.delivery_method=:test
With this setting, outgoing mail will just be appended to the ActionMailer::Base.deliveries array. That’s all well and good, but it’d be nice to see the contents of those mails as they’re appended. This turned out to be a relatively simple matter.
Make the
1
config.action_mailer.delivery_method=:test
setting in config/environments/development.rb as mentioned above. In the same file, also
# By Henrik Nyh <http://henrik.nyh.se> 2007-06-29# http://henrik.nyh.se/2007/06/flash-outgoing-mail-in-ruby-on-rails-development# Free to modify and redistribute with due credit.moduleFlashMailmoduleControllerTrackingdefself.included(action_controller)action_controller.instance_evaldobefore_filter:set_current_controllercattr_accessor:current_controllerendendprotecteddefset_current_controllerApplicationController.current_controller=selfendendmoduleDeliverydefself.included(action_mailer)action_mailer.instance_evaldoalias_method_chain:deliver!,:flashendenddefdeliver_with_flash!(*args)deliver_without_flash!(*args)ifcontroller=ApplicationController.current_controllercontroller.instance_eval{flash[:mail]=ActionMailer::Base.deliveries.last}endendendendActionMailer::Base.send:include,FlashMail::DeliveryActionController::Base.send:include,FlashMail::ControllerTracking
This extension does a few things:
The ApplicationController class gets a current_controller accessor. This accessor is used to store the current controller object in a before filter. The point of this is to give ActionMailer a handle on the current controller.
The ActionMailerdeliver! method is wrapped to make the current controller set flash[:mail] to the last mail – the one just pushed onto the array.
That’s pretty much it. Restart the server to have it pick up on the added extension. Make your views output flash[:mail] if it exists, and style to taste. I do
12345678910111213141516
<%f=flash.to_hash# A real hash is easier to manipulate without deprecation nags, and should be safe enough %><%iff[:mail]%><divid="mail_flash">
Mail that would have been sent:

<%=auto_link(h(f.delete(:mail)))%>

<%=link_to_function("Discard","mf = document.getElementById('mail_flash'); mf.parentNode.removeChild(mf)")%>

<%end%><%unlessf.empty?%><ulid="messages"><%f.eachdo|kind,msg|%><liclass="<%=kind%>"><%=msg%>
<%end%>
<%end%>


Video: Trent Alexander-Arnold produces another incredible pass in Liverpool win over Crystal Palace
by Magnus EriksenLiverpool right-back Trent Alexander-Arnold keeps on producing these amazing cross-field balls in recent Reds matches.
The 21-year-old truly is a phenomenal talent, with his superb play going forward proving instrumental to the club’s recent success in the Champions League, as well as to their fast start in this season’s Premier League title race.
MORE: Liverpool among main contenders for transfer of unsettled £100million star
Watch above as Alexander-Arnold spreads another lovely long ball across the pitch as he once again played a key role in helping Liverpool to victory away to Crystal Palace on Saturday.
Passes like this are reminiscent of legendary midfielders like Steven Gerrard and Xabi Alonso at Anfield, but it’s hard to remember a full-back with as good a passing range as this at any club in recent years.


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We handcraft unique & elegant designs to surprise the universe.


$locale service provides localization rules for various Angular components. As of right now the only public api is:
id
{string}
languageId-countryId
en-us


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{{activity.createdAt | date:'MM.dd.yyyy'}} You can download the Complete Site Assessment for project {{activity.project.name}}.


FILEST
(Fine-Level Structure Simulator) is a population genetic simulator. The simulator is able to generate synthetic datasets for single-nucleotide polymorphisms (SNP) for multiple populations. The genetic distances among populations can be set according to the Fixation Index (Fst). This tool is able to simulate outlying individuals and missing SNPs can be specified. For Genome-wide association study (GWAS), disease status can be set in desired level according risk ratio.
You can install the released version of FILEST from CRAN with:
install.packages("FILEST")
Alternatively, you can install the dev version of FILEST from Github with
install.packages("remotes")
remotes::install_github("kridsadakorn/filest", dependencies = TRUE)
You can see the reference manual from: https://www.biostatgen.org/filest/
This best way to understand the package is the run the demo function and edit the parameters in the setting file:
library(FILEST)
output_dir <- demo.filest()
#> Creating a setting file ... /var/folders/k6/3_1zxcc90dgd495vv1432wf40000gn/T//RtmpC3nbNo/example1.txt
#> Generating the simulated data to ... /var/folders/k6/3_1zxcc90dgd495vv1432wf40000gn/T//RtmpC3nbNo
#> Start [S0] at 2022-04-27 02:21:47
#> Setting file is : /var/folders/k6/3_1zxcc90dgd495vv1432wf40000gn/T//RtmpC3nbNo/example1.txt
#> The simulated files will be saved in this directory: /var/folders/k6/3_1zxcc90dgd495vv1432wf40000gn/T//RtmpC3nbNo/example1
#> Creating data file setting #1 - rep #1
#> Done - 0.0287609100341796875 secs
#> Writing data files setting #1 - rep #1
#> Done - 0.148444890975952148 secs
#> Creating status file setting #1 - rep #1
#> Done - 0.149194002151489258 secs
#> Estimating Fst setting #1 - rep #1
#> Done - 0.161826848983764648 secs
#> Creating maker information setting #1 - rep #1
#> Done - 0.316367864608764648 secs
#> Generating PC scores #1 - rep #1
#> Generating EigenVector #1 - rep #1
#> Done - 0.674299001693725586 secs
The demo function creates the setting file at a temp directory as example1.txt
, and you can use as a template to edit:
print(file.path(output_dir,"example1.txt"))
#> [1] "/var/folders/k6/3_1zxcc90dgd495vv1432wf40000gn/T//RtmpC3nbNo/example1.txt"
The demo function create the simulated files at a temp directory as `well.example1
.
dir(file.path(output_dir,"example1"))
#> [1] "simSNP_rep1_data_numMark_rowInd_colVar.txt"
#> [2] "simSNP_rep1_data_numMark_rowVar_colInd.txt"
#> [3] "simSNP_rep1_eigenvector10.txt"
#> [4] "simSNP_rep1_estimated_Fst.txt"
#> [5] "simSNP_rep1_individuals_with_header.txt"
#> [6] "simSNP_rep1_individuals.txt"
#> [7] "simSNP_rep1_PC.pdf"
#> [8] "simSNP_rep1_PC10.txt"
#> [9] "simSNP_rep1.bed"
#> [10] "simSNP_rep1.bim"
#> [11] "simSNP_rep1.fam"
#> [12] "simSNP_rep1.RData"


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| Package | Description |
|---|---|
| opennlp.tools.chunker |
Package related to finding non-recursive syntactic annotation such as noun phrase chunks.
|
| opennlp.tools.cmdline | |
| opennlp.tools.cmdline.chunker | |
| opennlp.tools.cmdline.namefind | |
| opennlp.tools.entitylinker | |
| opennlp.tools.formats.brat | |
| opennlp.tools.namefind |
Package related to finding proper names and numeric amounts.
|
| opennlp.tools.parser |
Package containing common code for performing full syntactic parsing.
|
| opennlp.tools.sentdetect |
Package related to identifying sentece boundries.
|
| opennlp.tools.tokenize |
Contains classes related to finding token or words in a string.
|
| opennlp.tools.util |
Package containing utility data structures and algorithms used by multiple other packages.
|
| Modifier and Type | Method and Description |
|---|---|
Span[] |
ChunkerME.chunkAsSpans(String[] toks,
String[] tags) |
Span[] |
Chunker.chunkAsSpans(String[] toks,
String[] tags)
Generates tagged chunk spans for the given sequence returning the result in a span array.
|
Span[] |
ChunkSample.getPhrasesAsSpanList()
Gets the phrases as an array of spans
|
static Span[] |
ChunkSample.phrasesAsSpanList(String[] aSentence,
String[] aTags,
String[] aPreds)
Static method to create arrays of spans of phrases
|
| Modifier and Type | Method and Description |
|---|---|
protected abstract Span[] |
DetailedFMeasureListener.asSpanArray(T sample) |
| Modifier and Type | Method and Description |
|---|---|
protected void |
EvaluationErrorPrinter.printError(Span[] references,
Span[] predictions,
T referenceSample,
T predictedSample,
String sentence) |
protected void |
EvaluationErrorPrinter.printError(Span[] references,
Span[] predictions,
T referenceSample,
T predictedSample,
String sentence) |
protected void |
EvaluationErrorPrinter.printError(Span[] references,
Span[] predictions,
T referenceSample,
T predictedSample,
String[] sentenceTokens) |
protected void |
EvaluationErrorPrinter.printError(Span[] references,
Span[] predictions,
T referenceSample,
T predictedSample,
String[] sentenceTokens) |
protected void |
EvaluationErrorPrinter.printError(String id,
Span[] references,
Span[] predictions,
T referenceSample,
T predictedSample,
String[] sentenceTokens) |
protected void |
EvaluationErrorPrinter.printError(String id,
Span[] references,
Span[] predictions,
T referenceSample,
T predictedSample,
String[] sentenceTokens) |
| Modifier and Type | Method and Description |
|---|---|
protected Span[] |
ChunkerDetailedFMeasureListener.asSpanArray(ChunkSample sample) |
| Modifier and Type | Method and Description |
|---|---|
protected Span[] |
TokenNameFinderDetailedFMeasureListener.asSpanArray(NameSample sample) |
| Modifier and Type | Interface and Description |
|---|---|
interface |
EntityLinker<T extends Span>
EntityLinkers establish connections to external data to enrich extracted
entities.
|
| Modifier and Type | Class and Description |
|---|---|
class |
LinkedSpan<T extends BaseLink>
An "default" extended span that holds additional information about the Span
|
| Modifier and Type | Method and Description |
|---|---|
List<T> |
EntityLinker.find(String doctext,
Span[] sentences,
Span[][] tokensBySentence,
Span[][] namesBySentence)
Links an entire document of named entities to an external source
|
List<T> |
EntityLinker.find(String doctext,
Span[] sentences,
Span[][] tokensBySentence,
Span[][] namesBySentence)
Links an entire document of named entities to an external source
|
List<T> |
EntityLinker.find(String doctext,
Span[] sentences,
Span[][] tokensBySentence,
Span[][] namesBySentence)
Links an entire document of named entities to an external source
|
List<T> |
EntityLinker.find(String doctext,
Span[] sentences,
Span[][] tokensBySentence,
Span[][] namesBySentence,
int sentenceIndex)
Links the names that correspond to the tokens[] spans.
|
List<T> |
EntityLinker.find(String doctext,
Span[] sentences,
Span[][] tokensBySentence,
Span[][] namesBySentence,
int sentenceIndex)
Links the names that correspond to the tokens[] spans.
|
List<T> |
EntityLinker.find(String doctext,
Span[] sentences,
Span[][] tokensBySentence,
Span[][] namesBySentence,
int sentenceIndex)
Links the names that correspond to the tokens[] spans.
|
| Constructor and Description |
|---|
LinkedSpan(ArrayList<T> linkedEntries,
Span span,
int offset) |
| Modifier and Type | Method and Description |
|---|---|
Span |
SpanAnnotation.getSpan() |
| Modifier and Type | Method and Description |
|---|---|
Span[] |
BioCodec.decode(List<String> c) |
Span[] |
BilouCodec.decode(List<String> c) |
static Span[] |
NameFinderME.dropOverlappingSpans(Span[] spans)
Removes spans with are intersecting or crossing in anyway.
|
Span[] |
RegexNameFinder.find(String text)
NEW.
|
Span[] |
TokenNameFinder.find(String[] tokens)
Generates name tags for the given sequence, typically a sentence, returning token spans for any identified names.
|
Span[] |
RegexNameFinder.find(String[] tokens) |
Span[] |
NameFinderME.find(String[] tokens) |
Span[] |
DictionaryNameFinder.find(String[] textTokenized) |
Span[][] |
DocumentNameFinder.find(String[][] document)
Returns tokens span for the specified document of sentences and their tokens.
|
Span[] |
NameFinderME.find(String[] tokens,
String[][] additionalContext)
Generates name tags for the given sequence, typically a sentence, returning
token spans for any identified names.
|
Span[] |
NameSample.getNames() |
| Modifier and Type | Method and Description |
|---|---|
static Span[] |
NameFinderME.dropOverlappingSpans(Span[] spans)
Removes spans with are intersecting or crossing in anyway.
|
String[] |
BioCodec.encode(Span[] names,
int length) |
String[] |
BilouCodec.encode(Span[] names,
int length) |
static String[] |
NameFinderEventStream.generateOutcomes(Span[] names,
String type,
int length)
Deprecated.
use the BioCodec implementation of the SequenceValidator instead!
|
double[] |
NameFinderME.probs(Span[] spans)
Returns an array of probabilities for each of the specified spans which is
the arithmetic mean of the probabilities for each of the outcomes which
make up the span.
|
| Constructor and Description |
|---|
NameSample(String[] sentence,
Span[] names,
boolean clearAdaptiveData) |
NameSample(String[] sentence,
Span[] names,
String[][] additionalContext,
boolean clearAdaptiveData)
Initializes the current instance.
|
NameSample(String id,
String[] sentence,
Span[] names,
String[][] additionalContext,
boolean clearAdaptiveData) |
| Modifier and Type | Method and Description |
|---|---|
Span |
Parse.getSpan()
Returns the character offsets for this constituent.
|
Span |
Constituent.getSpan()
Returns the span of the constituent.
|
| Modifier and Type | Method and Description |
|---|---|
static void |
Parse.addNames(String tag,
Span[] names,
Parse[] tokens)
Utility method to inserts named entities.
|
| Constructor and Description |
|---|
Constituent(String label,
Span span) |
Parse(String text,
Span span,
String type,
double p,
int index)
Creates a new parse node for this specified text and span of the specified type with the specified probability
and the specified head index.
|
Parse(String text,
Span span,
String type,
double p,
Parse h)
Creates a new parse node for this specified text and span of the specified type with the specified probability
and the specified head and head index.
|
| Modifier and Type | Method and Description |
|---|---|
Span[] |
SentenceSample.getSentences()
Retrieves the sentences.
|
Span[] |
SentenceDetectorME.sentPosDetect(String s)
Detect the position of the first words of sentences in a String.
|
Span[] |
SentenceDetector.sentPosDetect(String s)
Sentence detect a string.
|
Span[] |
NewlineSentenceDetector.sentPosDetect(String s) |
| Constructor and Description |
|---|
SentenceSample(String document,
Span... sentences)
Initializes the current instance.
|
| Modifier and Type | Method and Description |
|---|---|
Span[] |
TokenSample.getTokenSpans()
Retrieves the token spans.
|
Span[] |
WhitespaceTokenizer.tokenizePos(String d) |
Span[] |
TokenizerME.tokenizePos(String d)
Tokenizes the string.
|
Span[] |
Tokenizer.tokenizePos(String s)
Finds the boundaries of atomic parts in a string.
|
Span[] |
SimpleTokenizer.tokenizePos(String s) |
| Constructor and Description |
|---|
TokenSample(String text,
Span[] tokenSpans)
Initializes the current instance.
|
| Modifier and Type | Method and Description |
|---|---|
Span[] |
SequenceCodec.decode(List<T> c)
Decodes a sequence T objects into Span objects.
|
Span |
Span.trim(CharSequence text)
Return a copy of this span with leading and trailing white spaces removed.
|
| Modifier and Type | Method and Description |
|---|---|
int |
Span.compareTo(Span s)
Compares the specified span to the current span.
|
boolean |
Span.contains(Span s)
Returns true if the specified span is contained by this span.
|
boolean |
Span.crosses(Span s)
Returns true is the specified span crosses this span.
|
T[] |
SequenceCodec.encode(Span[] names,
int length)
Encodes Span objects into a sequence of T objects.
|
boolean |
Span.intersects(Span s)
Returns true if the specified span intersects with this span.
|
static String[] |
Span.spansToStrings(Span[] spans,
CharSequence s)
|
static String[] |
Span.spansToStrings(Span[] spans,
String[] tokens) |
boolean |
Span.startsWith(Span s)
Returns true if the specified span is the begin of this span and the
specified span is contained in this span.
|
| Constructor and Description |
|---|
Span(Span span,
double prob)
Creates a new immutable span based on an existing span, where the existing span did not include the prob
|
Span(Span span,
int offset)
Initializes a new Span object with an existing Span which is shifted by an
offset.
|
Copyright © 2015 The Apache Software Foundation. All rights reserved.


(.) <. patients N-TAPs pediatric neurologic PED-ED group N-PEDs adult presenting admission significantly diagnosis diseases {border-style PED-ED. care emergency px;} #ffffff;} characteristics higher infection discharge n=, severity symptoms Table presented proportion diseases, medical number seizure study Korean main presentation .%), Aid Insurance PED-ED: TAPs present respiratory Epilepsy admitted disease health insurance neurologists p<.). years Main diagnoses entry epilepsy transient Other Acute (.:.) .±. Camfield However, N-TAPs. Triage department. program Acuity Health KTAS Medical discharged neurometabolic outpatient px; transition underlying {font-family Fig. N-PEDs. N-TAPs: Service Severity [–], chronic clinical department departments difference distribution encephalopathy font-size hospital investigated patients. rate score significant studies (emergency) (need Characteristic Data KTAS: Korea N-PEDs: N-TAPs, PED-ED, Scale, change childhood-onset common double; gastroenteritis/ileus/intussusception groups level, levels oral patient presentations rates resuscitation) resuscitation, statistically status values. (CPR/status (less (nonurgent) (urgent) Admission Age CPR: Characteristics Clinical Comparison Pediatr Pediatric Route Sex, Therefore, Time able bleeding border-color border-width bronchitis/bronchiolitis/asthma/croup cardiopulmonary childhood clinic disturbance epilepticus/drug group. increased intake/lethargy intoxication) long-term males:females median n=,) need neuropathy patients, primary seizures seizures, situation solid; total treating urgent) weakness/poor {font-style {font-weight Afebrile Cough/sputum Diarrhea Direct Dyspnea Emergency Fever Gait Gastrointestinal General Headache International Medical Mental National Nausea/vomiting Neurologic Referred Systemic Transferred Encephalitis Epilepsy Febrile Lower Meningitis Metabolic Migraine Myopathy Other Peripheral Sepsis Upper Urticaria Viral (%), -year .%, Age, Andrade Behav Kim Lee Pediatrics [range] accounted adults age analysis asymmetry bold changes children compared considered courier; decreased differences distribution, em; febrile general hospitalization increasing insured level mean±standard-deviation, numbers p=.) pain performed pt;} route syndrome systemic tertiary-care time treated treatment trend using Abdominal Constipation/ileus Dizziness/syncope Facial Febrile


Probabilities
{%for i in range(0, len)%}
{{disease[i]}}
{{prob[i]}}%
{%endfor%}
ASK A QUESTION.....
Select disease
{{disease[0]}}
{{disease[1]}}
{{disease[2]}}
Submit
near by doctors


Blue squares are invading! Quickly!


$ npm install
$ npm start
[http://localhost:8080](http://localhost:8080)
As an alternative, you can work using Hot Module Replacement (HMR):
npm run start:hmr
And you are all set! You can now modify your components on the fly without having to reload the entire page.
npm test
npm run test-watch
npm start
npm run webdriver-start
npm run e2e
npm run e2e-live
To build your application, run:
npm run build
You can now go to /dist
and deploy that to your server!
You can generate api docs (using TypeDoc) for your code with the following:
npm run docs
It's simple, just install the lib via npm and import it in your code when you need it. Don't forget that you need to configure some external libs in the bootstrap of your application.
Just install the lib and import the css files in vendor.ts. For example this is how to do it with bootstrap:
npm install bootstrap@next --save
And in vendor.ts add the following:
import 'bootstrap/dist/css/bootstrap.css';
Sources :
Generated using TypeDoc


WHERE THE HEART IS A film review by Steve Rhodes Copyright 2000 Steve Rhodes RATING (0 TO ****): ** 1/2
Natalie Portman, an eminently likable actress who will always be famous as Queen Amidala in THE PHANTOM MENACE, plays a sweetly tragic character named Novalee Nation (funny names are prominently featured) in Matt William's WHERE THE HEART IS. Novalee is the mother of the famous "Wal-Mart baby," but more on that later.
A mixture of humor and pathos, the film has some memorable moments but overall comes across surprisingly flat. Based on Billie Letts's book, the uneven script is by the writing team of Lowell Ganz and Babaloo Mandel, who have produced some wonderfully funny comedies (CITY SLICKERS) as well as some gratingly awful ones (FATHER'S DAY).
 When her mother (Sally Field in a cameo) comes to visit her, it's only to steal her money before vanishing again.
When we first meet Novalee, she is a very pregnant teen and soon to be a barefoot one as well.
Willy Jack stops to let Novalee off at a Wal-Mart to go to the bathroom and then abandons her there. (He repeatedly gets his comeuppance for this indiscretion in a subplot that follows his pitiful life.) A broke Novalee discovers that she can live at the store by hiding in the restroom when it closes. Like a kid in a candy store, she finds everything that she needs at night: exercise gear, boom boxes, reading material, clocks, camping equipment, cookies, you name it. After 6 weeks, her life at the Wal-Mart Motel comes to a crashing end when one night her water breaks.
After having her baby (Americus Nation -- get it?), Novalee becomes a celebrity. Wal-Mart, which has been unknowingly providing for her well being, offers her a job at any of their stores anywhere in the country. At the hospital, she meets Lexie Coop (Ashley Judd), a woman in a permanent state of pregnancy, who attracts abusive men. Lexie says that she likes to name her ever-expanding brood after junk food, including Brownie, Praline, Cherry and Baby Ruth.
If the story sounds funny, it is sometimes, but you're more likely to grin than laugh. Much of the movie tests the film's PG-13 rating.   Maybe this doesn't make the film R by the MPAA rating standards, but it's a lot more shocking than many R films, which get the rating because some character says the F-word a couple of times.
 The story does have a lot of potential. One suspects that with a script doctor and a seasoned director, the film could have soared. As released, it's a film with an almost equal balance of hits and misses, but with a precious performance by Portman at its core.
WHERE THE HEART IS runs 2:00. It is rated PG-13 for intense thematic material, language and sexual content and would be acceptable for those over 13.
Email<EMAIL_ADDRESS>Web: http://www.InternetReviews.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Aside from their egregious amounts of product placement, Disney’s Ralph Breaks the Internet (2018) and Warner Brothers’ The LEGO Movie 2: The Second Part (2019) do not seem very similar. A closer look at each film, however, reveals that they both explore the idea of the self-sabotaging hero. Struggling to cope with big changes in their lives, heroes of both films must ultimately confront a personification of their own negative qualities to save the day. Both films stand out for their efforts to tackle male insecurity and sensitivity, neither of which are often addressed in mainstream films.
Ralph Breaks the Internet picks up several years after the first film, Wreck-It Ralph. At the end of Wreck-It Ralph, the titular Ralph came to accept his role as a villain in an arcade game, while his sidekick Vanellope returned to her role as a character in a racing game. We find out in Ralph Breaks the Internet that the two have spent the years between the two films playing out their respective roles in their native video games during the day. After hours, when the arcade closes, they are able to move freely between games and spend time with one another. However, Vanellope has grown bored of this repetitive and unfulfilling lifestyle.
When the steering wheel mechanism of Vanellope’s arcade cabinet breaks, her game is at risk of being retired—an event that would permanently displace Vanellope. To fix this, Ralph and Vanellope venture into the internet to purchase a replacement steering wheel on eBay. They run into trouble when they realize they do not have the money to purchase the item, and thus set out to find the means of making money online. In their journey to get rich quick, the duo comes across an online racing game, Slaughter Race.
Slaughter Race offers Vanellope the excitement she has been craving. Unfortunately, joining Slaughter Race means Vanellope would have to leave Ralph behind. In response, rather than discussing his concerns with his friend, Ralph decides to sabotage Slaughter Race with a computer virus. When Ralph releases the virus, not-so-subtly named an “insecurity virus”, it releases an army of Ralph clones that wreak havoc on the internet. The clones ultimately converge into a giant mass in the shape of Ralph, a hulking personification of Ralph’s neediness and insecurity. Ralph is only able to defeat the behemoth by explaining to it that he and Vanellope can still be friends, even if she moves away from the arcade to the internet. By confronting and coming to terms with his own fears, Ralph is able to defeat the consequences of his bad decisions.
The LEGO Movie 2 deals with this idea quite similarly, though through different circumstances. In the first LEGO Movie, it is revealed that the animated events in the film are a metaphor for events happening in the life of a boy named Finn. The sequel opens with a disastrous encounter between Finn’s LEGO sets and his sister Bianca’s toddler-oriented Duplo sets, which represents the reality that the brother and sister cannot get along and play together nicely. The film fast-forwards five years later to the present day where, in the wake of the siblings’ conflict, the city of Bricksburg (in actuality a large LEGO landscape in Finn’s basement) has given way to the grim, gritty, aptly named Apocalypseburg.
Emmett the protagonist is criticized by his friend Lucy for remaining happy-go-lucky and not adapting to the dour, brooding attitudes of Apocalypseburg. Lucy disapproves of Emmett’s lack of performative masculinity. Everyone else around him has adopted a steely, tough-guy persona—an exaggeration of traditional ideas of masculinity. The denizens of Apocalypseburg have all taken on comically exaggerated tough and edgy appearances, wearing Mad Max-style spiky outfits and carrying weapons. Even the cutesy comic relief character, Unikitty, who was previously made from pink and pastel LEGO bricks, is transformed into a conglomerate of angry reds and oranges. Only Emmett remains unchanged, which Lucy views as a problem.
When Emmett’s friends are kidnapped by Bianca’s LEGOs, he must go to their rescue. He is aided by a mysterious character named Rex, an exaggerated caricature of machismo. Bianca’s LEGOs want a harmonious unification with Finn’s LEGOs, but Emmett and the rest of Finn’s toys think this will trigger a disastrous catastrophe called “Our-Mom-Ageddon”. As Emmett and Rex travel to the Systar System, where Bianca’s Legos reside, Emmett begins to adopt Rex’s over-the-top macho mindset. The two eventually concoct a plan to stop the unification of the two LEGO worlds by destroying the wedding ceremony between Finn’s Batman minifigure, and Queen Watevra Wa’Nabi, one of Bianca’s figures. Unfortunately, it is the destruction of the wedding ceremony (paralleled by Finn smashing his sister’s LEGO set in the real world) that puts the LEGO characters in jeopardy of being put away in storage.
It is then revealed that Rex is actually Emmett from an alternate timeline, who traveled back through time to help his past self prevent the wedding from occurring. Emmett must then face down the tough, exaggeratedly masculine version of himself that his friends encouraged him to be. The film suggests that this supposedly mature form of masculinity is actively harmful to the inhabitants of the Lego-verse. Emmett has to face down the worst version of himself and accept the fact that he was fine the way he already was, as a friendly and positive person.
Each film presents the challenges its protagonist faces in a unique way. Ralph’s problems come from within; he is unwilling to accept that his friend needs to move on in order to achieve happiness. His fear and defiance cause him to act out, nearly destroying his friendship and the entire internet in the process. He has to recognize that he can still be friends with Vanellope, even if she no longer lives in the arcade. Conversely, Emmett’s change comes from the outside. The rest of the world mutates around Emmett into a parody of “serious” maturity, the comically gritty Apocalypseburg. Emmett is pressured by those around him, and as a result, causes nearly all of his friends to be put away in storage. Only by accepting that his originally kind, understanding nature was right all along is he able to stop from becoming the hardened future version of himself and unite both LEGO worlds.
I find it interesting that these two films were released only months apart and deal with similar subjects, especially as it is not common for mainstream family movies to explore themes such as self-sabotage. Discussions about toxic masculinity and allowing for nontraditional presentations of masculinity are becoming more common in popular discourse, and these films seem to be a contributing factor. The male protagonists must acknowledge their insecurities and toxic behavior and reject societal expectations of masculinity in order to save the day. As movies continue to progress and reflect modern society, it will be interesting to see what other nontraditional expressions of gender will be explored or deconstructed in the future.


recon_rec (Recon v2.5.1)
Link to this section Summary
Functions
remove all imported definitions, destroy the table, clean up
remove definitions imported from a module.
returns a list of active record definitions
import record definitions from a module. If a record definition of the same name and arity has already been imported from another module then the new definition is ignored (returned info tells you from which module the existing definition was imported). You have to choose one and possibly remove the old one using clear/1. Supports importing multiple modules at once (by giving a list of atoms as an argument).
quickly check if we want to do any record formatting
Limit output to selected fields of a record (can be 'none', 'all', a field or a list of fields). Limit set to 'none' means there is no limit, and all fields are displayed; limit 'all' means that all fields are squashed and only record name will be shown.
prints out all "known" (imported) record definitions and their limit settings. Printout tells module a record originates from, its name and a list of field names, plus the record's arity (may be handy if handling big records) and a list of field it limits its output to, if set.
Link to this section Types
Link to this type
field()
Specs
t:recon_rec.field/0
Link to this type
import_result()
Specs
t:recon_rec.import_result/0
Link to this type
limit()
Specs
t:recon_rec.limit/0
Link to this type
listentry()
Specs
t:recon_rec.listentry/0
Link to this type
record_name()
Specs
t:recon_rec.record_name/0
Link to this section Functions
Link to this function
apply_limits(List, Field)
Link to this function
clear()
Link to this function
clear(Module)
Link to this function
ets_keeper()
Link to this function
field_name(_)
Link to this function
field_names(Fields)
Link to this function
format_default(Val)
Link to this function
format_kv(Key, Val)
Link to this function
format_record(Rec, _)
Link to this function
format_tuple(Name, Rec)
Link to this function
get_list()
Specs
recon_rec.get_list/0
Link to this function
get_record(_, Acc)
Link to this function
get_record_defs(Module)
Link to this function
import(Modules)
Specs
recon_rec.import/1
Link to this function
import(Module, ResultList)
Link to this function
is_active()
Specs
recon_rec.is_active/0
Link to this function
join(Sep, List)
Specs
recon_rec.join/2
Link to this function
limit(Name, Arity, Limit)
Specs
recon_rec.limit/3
Link to this function
list()
Link to this function
make_list_entry(_)
Link to this function
maybe_kill(Name)
Link to this function
rec_info(_, Module)
Link to this function
records_table_name()
Link to this function
rem_for_module(Rec, Module)
Link to this function
store_record(Rec, Module, ResultList)
Link to this function


Trolley
Trolley is not a TODO list.
Trolley is full of features optimised for grocery shopping. The more you use it, the easier it gets.
input
Easy input
Choose from your previous items or enter new items easily. Add categories to them for easier navigation in the supermarket.
list
Smart list
Let Trolley suggest what items should be running out in your pantry. This feature gets better after you've used trolley for a while.
playlist_add_check
Mark items easily
In the supermarket, use the categories you've defined to navigate and simply swipe right if you got the item. No worries in case the item is out of stock, swipe left to mark it as "to buy later"
fastfood
Recipes
Add your recipe ingredients and share them with others.
people
Multi-user lists
Share your list with others. Let your family enter new items while you are at the supermarket.
more_horiz
And more...
- Use your gmail account to securely access Trolley.
- No internet? No worries, use Trolley offline and it will sync next time you open it.
- Available in Android and Web. IOS users can install it as a Progresive web app.


| [Top] | [Contents] | [Index] | [ ? ] |
This is cl-config Common Lisp library documentation
| 1. Introduction | What is cl-config? | |
| 2. Overview | A cl-config overview | |
| 3. Configuration schemas | What configuration schemas are and how to define them | |
| 4. Configurations | What configurations are and how to define them | |
| 5. Installer | How to create an application installer | |
| 6. Examples | Some examples | |
| 7. Frontend | Tools for configuration editing | |
| 8. Custom option types | How to define custom option types | |
| 9. System reference | The system reference | |
| 10. References | Related work | |
| 11. Index | Complete index. | |
— The Detailed Node Listing — Introduction | ||
|---|---|---|
| 1.1 Summary | A brief summary of what Gestalt is | |
| 1.2 Installation | How to install Gestalt | |
| 1.3 Feedback | Bug reports, ideas, patches etc. | |
| 1.4 Conventions | Type-setting conventions in the manual | |
Overview Configuration schemas Configurations | ||
| 4.1 Working with configurations | The API to work with configurations | |
| 4.2 Configurations serialization | ||
Installer | ||
| 5.1 Installers overview | An overview of installers | |
| 5.2 Defining installers | How to define installers | |
| 5.3 Working with installers | How to work with an installer | |
| 5.4 Installer language | Explanation of the installer’s language | |
| 5.5 Installer examples | Some installers examples | |
| 5.6 Installer frontends | The installer frontends | |
Examples | ||
| 6.1 Use cases | Typical use cases | |
Frontend Custom option types System References References Index |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
cl-config is a configuration library for Common Lisp
You can get a copy and this manual at http://common-lisp.net/project/cl-config
| 1.1 Summary | A brief summary of what cl-config is | |
| 1.2 Installation | How to install cl-config | |
| 1.3 Feedback | Bug reports, ideas, patches etc. | |
| 1.4 Conventions | Type-setting conventions in the manual |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
cl-config is a configuration library for Common Lisp
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
To install cl-config, start a Common Lisp session and type the following:
CL-USER> (require :asdf-install) CL-USER> (asdf-install:asdf-install 'cl-config) |
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Mail marianomontone at gmail dot com with feedback
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
Hear are some coding conventions we’d like to follow:
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
CL-CONFIG is a configuration library for Common Lisp.
The idea is to define configuration-schemas and get a proper way of:
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
| 3.1 Built-in option types | The built-in option types |
Configuration schemas define the structure of a configuration.
The syntax to define configuration schemas is the following:
(define-configuration-schema configuration-schema-name ({parent-configuration-schema}*) (:title configuration-schema-title) [(:documentation configuration-schema-documentation)] {configuration-schema-section}*) |
Where:
Each configuration schema section follows this syntax:
(:section section-identifier section-title [(:documentation section-documentation)] {option-schema}*) |
Where:
And option schemas are specified like this:
(option-identifier option-title option-type {option-parameter*}) |
where:
Here is a simple example:
(define-configuration-schema database-configuration () (:title "Database configuration") (:documentation "Database configuration") (:section :database-configuration "Database configuration" (:documentation "Section for configuring the database") (:connection-type "Connection type" (:one-of (:socket "Socket" :configuration 'db-socket-configuration) (:tcp "TCP" :configuration 'db-tcp-configuration))) (:username "Username" :text :documentation "The database engine username") (:password "Password" :text :documentation "The database engine password") (:database-name "Database name" :text) (:database-parameters "Database parameters" :text :default "" :advanced t))) |
That is a typical configuration schema needed to connect to a database.
It has only one section database-configuration where the user is supposed to specify the connection type, the database name, the username, password, and extra parameters needed to connect to a database. In this case, most of the options are of type :text.
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
| 3.1.1 Text | The text option type | |
| 3.1.2 Integer | The integer option type | |
| 3.1.3 Boolean | The boolean option type | |
| 3.1.4 Email | The email option type | |
| 3.1.5 Url | The URL option type | |
| 3.1.6 Pathname | The pathname option type | |
| 3.1.7 One of | The “one of” option type | |
| 3.1.8 List | The list option type |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
The text option type is specified with :text. It ensures that the the option value is of type string.
Example:
(:username "Username" :text :documentation "The database engine username") (:password "Password" :text :documentation "The database engine password") |
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The integer option type is specified with :integer. It ensures that the the option value is of type integer.
Example:
(:port "Port" :integer :documentation "Web application port") |
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The boolean option type is specified with :boolean. It ensures that the the option value is of type boolean (t or nil).
Example:
(:catch-errors-p "Catch errors?" :boolean :documentation "Whether to handle application errors") |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
The email option type is specified with :email. It ensures that the the option value is a valid email string.
Example:
(:port "Email" :email :documentation "User email") |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
The url option type is specified with :url. It ensures that the the option value is a valid url. The option value is converted to a url (cl-url) if it is a string, or left unmodified if already a url.
Example:
(:host "Host" :url :documentation "The web application host") |
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The pathaname option type is specified with :path. It ensures that the the option value is a valid pathname and the file or directory exists. The option value is converted to a pathname if it is a string, or left unmodified if already a pathname.
Example:
(:stylesheet "Stylesheet" :pathname :documentation "The stylesheet file") |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
The one of option type is specified with :one-of followed by the list of options, all between parenthesis. It is ensured that the option value is one of the options listed. Options are specified as a list with the option-identifier as a keyword, and the option title with a string.
Example:
(:connection-type "Connection type" (:one-of (:socket "Socket") (:tcp "TCP"))) |
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The list option type is specified with :list followed by the list of options, all between parenthesis. It is ensured that the option value is a subset of the options listed. Options are specified as a list with the option-identifier as a keyword, and the option title with a string.
Example:
(:debugging-levels "Debugging levels" (:list (:info "Info") (:warning "Warning") (:profile "Profile"))) |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
How to define configurations
| 4.1 Working with configurations | The API to work with configurations | |
| 4.2 Configurations serialization |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
The API for working with configurations
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
There are two output backends: an sexp-backend and a xml-backend
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
| 5.1 Installers overview | An overview of installers | |
| 5.2 Defining installers | How to define installers | |
| 5.3 Working with installers | How to work with an installer | |
| 5.4 Installer language | Explanation of the installer’s language | |
| 5.5 Installer examples | Some installers examples | |
| 5.6 Installer frontends | The installer frontends |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
CL-Config provides machinery for building your application installers.
In CL-Config an application installer is an instance of the class installer. Installers are funcallable, and the idea is to think of installers as a function returning other function, that is, they follow a Continuation Passing Style design.
Some installers features:
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There’s a Domain Specific Language for defining installers and in particular, wizard installers. Wizard installers are those that asks for data in different sections or “pages” to complete the installation.
To define installers, there are three macros: define-installer. define-wizard-installer and define-standard-installer.
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An example of an installer session:
CFG> *i* #<WIZARD-INSTALLER MY-INSTALLER "My installer" {1006C2AB99}> |
We use funcall to start interacting with the installer:
CFG> (funcall *i*) (:SECTION :WEBAPP-CONFIGURATION "Web configuration") |
The web configuration section starts
CFG> (funcall *i*) (:INPUT (HTTP-SERVER HOST PORT)) |
We are asked to input the :http-server, the :host and the :port
CFG> (funcall *i* :http-server :apache :host "localhost" :port 8080) (:SECTION :DATABASE-CONFIGURATION "Database configuration") |
Success. Now we enter the database configuration section.
CFG> (funcall *i*) (:INPUT (NAME HOST USERNAME PASSWORD CONNECTION-TYPE)) |
We are asked to enter database parameters:
CFG> (funcall *i* :name "my-database" :host "localhost" :username "mariano" :password "pass" :connection-type :foo) (:ERRORS (#<VALIDATION-ERROR FOO value should be one of (SOCKET TCP) on #<ONE-OF-CONFIGURATION-OPTION #<CONFIGURATION-SCHEMA-OPTION CONNECTION-TYPE "Connection type" {1005BDF081}> FOO {10085A57F1}> {10085A6701}>)) |
We entered the parameters, but the :connection-type is not valid. We have to try again.
CFG> (funcall *i*) (:INPUT (NAME HOST USERNAME PASSWORD CONNECTION-TYPE)) CFG> (funcall *i* :name "my-database" :host "localhost" :username "mariano" :password "pass" :connection-type :socket) (:SECTION :LOGGING-CONFIGURATION "Logging configuration") |
We succeed this time, and we enter the logging configuration section
CFG> (funcall *i*) (:INPUT (BACKEND DEBUGGING-LEVELS OUTPUT-LOCATION ACTIVE-LAYERS)) |
We are asked for logging section parameters
CFG> (funcall *i* :backend :log5 :debugging-levels '(:info) :output-location :file :active-layers '(:debugging)) #<CONFIGURATION MY-CONFIG "My config" {1006D3DB91}> |
We finish the installation and we get the configured configuration as result.
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
There’s a Domain Specific Language for defining installers. The special installer language forms are the following:
Syntax:
(with-input bindings &body body) |
Installer result:
(:input bindings) |
Example:
(with-input (username password1 password2) (if (equalp password1 password2) ... |
and the installer result:
(:input (username password1 password2)) |
and to provide the data:
(funcall *i* :username "foo" :password1 "bar" :password2 "bar") |
In general, input data can be obtained, for example, from a web form.
Syntax:
(start-section &optional name title) |
Installer result:
(:section &optional name title) |
Example:
(start-section :database-configuration "Database configuration") |
and the installer result:
(:section :database-configuration "Database configuration") |
In general, a section change involves a “page switch” in the installer’s frontend.
Syntax:
(choose message &rest options) |
Installer result:
(:choose message options) |
Example:
(choose "Connection type" :socket :url) |
and the installer result:
(:choose "Connection type" (:socket :url)) |
and to provide the data:
(funcall *i* :socket) |
Syntax:
(question message) |
Installer result:
(:question message) |
Example:
(question "Handle errors?") |
and the installer result:
(:question "Handle errors?") |
and to provide the decision (t or nil):
(funcall *i* t) |
Syntax:
(alert message) |
Installer result:
(:alert message) |
Example:
(alert "This is an alert") |
and the installer result:
(:alert "This is an alert") |
Syntax:
(prompt message) |
Installer result:
(:prompt message) |
Example:
(prompt "Username") |
and the installer result:
(:prompt "Username") |
and to provide the data:
(funcall *i* "Mariano") |
Syntax:
(install-warning message) (install-error message) |
Installer result:
(:install-warning message &rest args) (:install-error message &rest args) |
Example:
(install-error "Cannot write to file ~A" #p"/home/foo/bar") |
and the installer result:
(:install-error "Cannot write to file /home/foo/bar") |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
An example of an installer session:
CFG> *i* #<WIZARD-INSTALLER MY-INSTALLER "My installer" {1006C2AB99}> |
We use funcall to start interacting with the installer:
CFG> (funcall *i*) (:SECTION :WEBAPP-CONFIGURATION "Web configuration") |
The web configuration section starts
CFG> (funcall *i*) (:INPUT (HTTP-SERVER HOST PORT)) |
We are asked to input the :http-server, the :host and the :port
CFG> (funcall *i* :http-server :apache :host "localhost" :port 8080) (:SECTION :DATABASE-CONFIGURATION "Database configuration") |
Success. Now we enter the database configuration section.
CFG> (funcall *i*) (:INPUT (NAME HOST USERNAME PASSWORD CONNECTION-TYPE)) |
We are asked to enter database parameters:
CFG> (funcall *i* :name "my-database" :host "localhost" :username "mariano" :password "pass" :connection-type :foo) (:ERRORS (#<VALIDATION-ERROR FOO value should be one of (SOCKET TCP) on #<ONE-OF-CONFIGURATION-OPTION #<CONFIGURATION-SCHEMA-OPTION CONNECTION-TYPE "Connection type" {1005BDF081}> FOO {10085A57F1}> {10085A6701}>)) |
We entered the parameters, but the :connection-type is not valid. We have to try again.
CFG> (funcall *i*) (:INPUT (NAME HOST USERNAME PASSWORD CONNECTION-TYPE)) CFG> (funcall *i* :name "my-database" :host "localhost" :username "mariano" :password "pass" :connection-type :socket) (:SECTION :LOGGING-CONFIGURATION "Logging configuration") |
We succeed this time, and we enter the logging configuration section
CFG> (funcall *i*) (:INPUT (BACKEND DEBUGGING-LEVELS OUTPUT-LOCATION ACTIVE-LAYERS)) |
We are asked for logging section parameters
CFG> (funcall *i* :backend :log5 :debugging-levels '(:info) :output-location :file :active-layers '(:debugging)) #<CONFIGURATION MY-CONFIG "My config" {1006D3DB91}> |
We finish the installation and we get the configured configuration as result.
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
| 5.6.1 Web installer frontend | The web installer frontend | |
| 5.6.2 REPL installer frontend | The simple REPL installer frontend | |
| 5.6.3 Ncurses installer frontend | The Ncurses installer frontend |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
| [ < ] | [ > ] | [ << ] | [ Up ] | [ >> ] | [Top] | [Contents] | [Index] | [ ? ] |
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| 6.1 Use cases | Typical use cases |
(define-configuration-schema database-configuration () (:title "Database configuration") (:documentation "Database configuration") (:section :database-configuration "Database configuration" (:documentation "Section for configuring the database") (:connection-type "Connection type" (:one-of (:socket "Socket" :configuration 'db-socket-configuration) (:tcp "TCP" :configuration 'db-tcp-configuration))) (:username "Username" :text :documentation "The database engine username") (:password "Password" :text :documentation "The database engine password") (:database-name "Database name" :text) (:database-parameters "Database parameters" :text :default "" :advanced t))) (define-configuration-schema cl-config-application-configuration () (:title "CL-CONFIG Application Configuration") (:documentation "CL-CONFIG Application Configuration") (:section :configuration-settings "Configuration settings" (:load-configs-from-file "Load configurations from file" :boolean :default t) (:load-configs-file "Configurations file" :pathname :optional t) (:select-config-from-file "Select configuration from file" :boolean :default t) (:select-config-file "Select configuration file" :pathname :optional t))) (define-configuration-schema db-socket-configuration () (:title "Socket configuration") (:section :db-socket-configuration "Socket configuration" (:path "Socket" :pathname :default "/tmp/socket.soc"))) (define-configuration-schema db-tcp-configuration () (:title "TCP configuration") (:section "TCP configuration" (:url "URL" :url :default "localhost"))) (define-configuration-schema logging-configuration () (:title "Logging configuration") (:documentation "Logging configuration") (:section :logging-configuration "Logging configuration" (:documentation "Logging configuration") (:backend "Backend" (:one-of (:log5 "Log5"))) (:debugging-levels "Debugging levels" (:list (:info "Info") (:warning "Warning") (:profile "Profile"))) (:output-location "Output location" (:one-of (:standard-output "Standard output" :default *standard-output*) (:file "File" :default "/tmp/log.log")) :default '*standard-output) (:active-layers "Active layers" (:list (:debugging "Debugging" :configuration 'debugging-layer) (:database "Database" :configuration database-layer) (:control-flow "Control flow") (:system "System"))))) (define-configuration-schema webapp-configuration (logging-configuration) (:title "Web application configuration") (:documentation "Web application configuration") (:section :webapp-configuration "Web application configuration" (:documentation "Web application configuration") (:http-server "HTTP server" (:one-of (:apache "Apache" :configuration 'apache-configuration) (:hunchentoot "Hunchentoot" :configuration 'hunchentoot-configuration))) (:host "Host" :text :default "localhost") (:port "Port" :integer :default 8080) (:catch-errors "Catch errors" :boolean :default t))) (define-configuration-schema standard-configuration (cl-config-application-configuration webapp-configuration database-configuration) (:title "Standard configuration") (:documentation "Standard configuration for a Gestalt application") (:page-title "Page title" :text :default "Gestalt application")) (define-configuration standard-configuration () (:title "Standard configuration") (:configuration-schema standard-configuration) (:section :database-configuration (:connection-type :socket :value2 '(:db-socket-configuration (:path "/tmp/my-socket.soc"))) (:username "root") (:password "root") (:database-name "standard-database")) (:section :webapp-configuration (:http-server :hunchentoot)) (:section :logging-configuration (:active-layers (:debugging)) (:output-location :standard-output) (:debugging-levels (:info)) (:backend :log5))) (define-configuration debug-configuration (standard-configuration) (:configuration-schema standard-configuration) (:title "Debug configuration") (:section :database-configuration (:database-name "debug-database")) (:section :logging-configuration (:output-location :standard-output) (:active-layers (:debugging :database)) (:debugging-levels (:info :warning :error))) (:section :webapp-configuration (:catch-errors nil)) (:documentation "Debugging configuration scheme")) (define-configuration test-configuration (standard-configuration) (:configuration-schema standard-configuration) (:title "Test configuration") (:section :database-configuration (:database-name "test-database")) (:section :logging-configuration (:output-location :file :value2 "/tmp/test.log") (:active-layers (:debugging :database) :inherit t) (:debugging-levels (:warning :error))) (:documentation "Testing configuration scheme")) |
An installer example:
(defmacro configure-section (section configuration options) (let ((fname (gensym "CONFIGURE-SECTION-"))) `(labels ((,fname () (with-input ,(mapcar (lambda (option) (intern (symbol-name option))) options) (collecting-validation-errors (errors found-p) (progn ,@(loop for option in options collect `(setf (get-option-value (list ,section ,option) ,configuration) ,(intern (symbol-name option))))) (when found-p (install-errors errors) (,fname)))))) (,fname)))) (define-wizard-installer my-installer (:title "My installer" :documentation "This is my installer") (let ((configuration (cfg:with-schema-validation (nil) (make-configuration my-config () (:title "My config") (:configuration-schema standard-configuration))))) ;; Configure web section (start-section :webapp-configuration "Web configuration") (configure-section :webapp-configuration configuration (:http-server :host :port)) ;; Configure the database section (start-section :database-configuration "Database configuration") (configure-section :database-configuration configuration (:name :host :username :password :connection-type)) ;; Configure logging section (start-section :logging-configuration "Logging configuration") (configure-section :logging-configuration configuration (:backend :debugging-levels :output-location :active-layers)) (validate-configuration configuration) configuration)) |
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| 6.1.1 Debugging | Example of application debugging configuration | |
| 6.1.2 Logging | Example of application logging configuration | |
| 6.1.3 Testing | Example of application testing configuration | |
| 6.1.4 Deployment | Example of application deployment configuration |
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Configurations can be edited from a web interface.
To start the web configuration editor, evaluate:
(require :cl-config-web) (cfg.web:start-cl-config-web) |
and then point your browser to http://localhost:4242
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How to define custom option types
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Class precedence list: configuration-installer, installer, funcallable-standard-object, function, standard-object, t
The class for configuration installers
Class precedence list: configuration-schema, standard-object, t
Slots:
name
— initargs: :name
The configuration-schema name
parents
— initargs: :parents
Configuration-Schema mixins
title
— initargs: :title
Configuration-Schema title
direct-sections
— initargs: :direct-sections
Configuration-Schema direct-sections
documentation
— initargs: :documentation
Configuration-Schema documentation
A configuration-schema
Class precedence list: configuration, standard-object, t
Slots:
name
— initargs: :name
The configuration name
title
— initargs: :title
Configuration title
The configuration class
Class precedence list: installer, funcallable-standard-object, function, standard-object, t
The main installer class. Installer instances are funcallable
Class precedence list: standard-installer, wizard-installer, configuration-installer, installer, funcallable-standard-object, function, standard-object, t
standard-intallers are installers used for installing configurations in a wizard fashion
Class precedence list: wizard-installer, installer, funcallable-standard-object, function, standard-object, t
The class for wizard installers
Function for getting a configuration value (the functional version of the cfg macro) path can be one of:
(cfg* ’(:database-configuration :username))
(cfg* :database-configuration.username)
The default configuration used is *configuration* (the current configuration)
Get a configuration-schema by its name
Get a configuration by its name
Gets an installer by name
Registers an installer. The installer can then be obtained via find-installer
Starts the web configuration editor
Default arguments are in standard-cl-config-web-configuration
Evaluate (cfg.web:start-cl-config-web) and point your browser to http://localhost:4242
Stops the web configuration editor
Macro for getting a configuration value. path can be one of:
(cfg (:database-configuration :username))
(cfg :database-configuration.username)
The default configuration used is *configuration* (the current configuration)
Defines a configurable function. See macroexpansion to understand what it does
Example:
(cfg:define-configurable-function connect (&configuration (conf 'postgres-database-configuration)) (cfg:with-configuration-values (database-name username password host) configuration (connect database-name username password host))) |
And then:
(connect :database-name "My database" :host "localhost" :username "foo" :password "bar") |
Define a custom configuration-schema option type. Example:
(define-configuration-schema-option-type :email (&rest args) (apply #'make-instance 'email-configuration-schema-option-type args)) |
Syntax for defining a configuration-schema.
Parameters:
-
The name of the schema
-
A list of schema parents
Comments:
Example:
(cfg::define-configuration-schema postgres-database-configuration () (:title "Postgres database configuration") (:documentation "Postgres database configuration") (:section :database-configuration "Database configuration" (:documentation "Section for configuring the database") (:connection-type "Connection type" (:one-of (:socket "Socket" :configuration 'db-socket-configuration) (:tcp "TCP" :configuration 'db-tcp-configuration))) (:username "Username" :text :documentation "The database engine username") (:password "Password" :text :documentation "The database engine password") (:database-name "Database name" :text) (:host "Host" :text :documentation "The database host") (:database-parameters "Database parameters" :text :default "" :advanced t))) |
Defines a validator on a configuration.
Example:
(cfg::define-configuration-validator postgres-database-configuration (configuration) (cfg:with-configuration-section :database-configuration (cfg:with-configuration-values (database-name username password host) configuration (handler-bind (postmodern:connect database-name username password host) (postmodern:database-error (error) (cfg::validation-error (cl-postgres::message error))))))) |
Create and register a configuration Example:
(define-configuration debug-configuration (standard-configuration) (:configuration-schema standard-configuration) (:title "Debug configuration") (:section :database-configuration (:database-name "debug-database")) (:section :logging-configuration (:output-location :standard-output) (:active-layers (:debugging :database)) (:debugging-levels (:info :warning :error))) (:section :webapp-configuration (:catch-errors nil)) (:documentation "Debugging configuration scheme")) |
Define a vanilla installer
Define a processor for a custom type
Define a validator for a custom type
Example:
(define-option-validator email-configuration-schema-option-type (value option) (valid-mail-address-p value) "~A is not a valid email address in ~A" value option) |
Defines a standard-installer
Define a wizard installer
Defines a installer function
Create a configuration without registering it globally
Executes body in the context of the given configuration section
Example:
(with-configuration test-configuration (with-configuration-section :database-configuration (cfg :username))) |
Macro for binding a configuration option values
Example:
(with-configuration test-configuration (with-configuration-section :database-configuration (with-configuration-values (username) *configuration* username))) |
Executes body in the context of the given configuration Example:
(with-configuration test-configuration (cfg (:database-configuration :username))) |
The same as with-configuration-values but using the current configuration *configuration*
Example:
(with-configuration test-configuration (with-configuration-section :database-configuration (with-current-configuration-values (username) username))) |
Wizard installer operation. Asks for input.
Executes body validating or or not the configurations created in body context (depending the value of value). The default when using this macro is to not validate. This macro is more commonly used for internal implementation options.
Example:
(with-schema-validation (nil) (setf (cfg :database-configuration.username) 2323)) |
The defined configuration-schemas. Access the confiuration-schemas through the find-configuration-schema function
The current configuration. Use with-configuration macro to set this
The defined configurations. Use find-configuration to access configurations by name
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[Common Lisp Directory] [Common Lisp Wiki]
[Common Lisp Directory]: http://common-lisp.net [Common Lisp Wiki]: http://www.cliki.net
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| 11.1 Concept Index | The concept index | |
| 11.2 Class Index | The classes index | |
| 11.3 Function / Macro Index | The functions and macros index | |
| 11.4 Variable Index | The variables index |
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Asteroid Fields¶
Mining¶
Asteroid fields are where players can mine various resources which they can then sell to a station
. On our map there are three different types of fields, cuprite
, goethite
, and gold
.There are a few variables that players can view for each of the fields:
- Name:
field.name
- Position:
field.position
- Material Type:
field.material_type
- Mining Rate:
field.mining_rate
- Accessibility Radius:
field.accessibility_radius
The following shows what Stations these fields resources can be used and the secondaries that boost the output:
- Cuprite
- S6: makes Copper, secondary is Drones
- Goethite
- S8: makes Iron, secondary is Machinery
- Gold
- S2: makes Circuitry, secondary is Wire
To mine from an asteroid field, approach the field and call self.mine()
in the client to obtain the resources.
Listed below are the stats for each asteroid field.
+---------------------+----------------+-------------+-------------+
| Field Name | Position (x,y) | Produces | Mining Rate |
+=====================+================+=============+=============+
| Gold Field | 850, 595 | Gold | 0.4 |
+---------------------+----------------+-------------+-------------+
| Goethite Field | 50, 35 | Goethite | 0.55 |
+---------------------+----------------+-------------+-------------+
| Cuprite Field | 500, 595 | Cuprite | 0.7 |
+---------------------+----------------+-------------+-------------+


xkbbell(1) xkbbell(1) NAME xkbbell - XKB extension user utility SYNOPSIS xkbbell [-display <dpy>] [-synch] [-dev <id>] [-force] [-nobeep] [-bf <id>] [-kf <id>] [-v <volume>] [-w <id>] DESCRIPTION user utility OPTIONS -display <dpy> specifies which display to use -synch turns on synchronization -dev <id> specifies which device to use -force force audible bell -nobeep suppress server bell, event only -bf <id> specifies which bell feedback to use -kf <id> specifies which keyboard feedback to use -v <volume> specifies which volume to use -w <id> specifies which window to use If neither device nor feedback are specified, xkbbell uses the default values for the core keyboard device. X Version 11 xkbutils 1.0.3 xkbbell(1)


---
layout: page
title: Grade Point Average(GPA) Calculator
permalink: /gpa-calculator/
---
GPA Calculator
Enter in your current GPA and Credits. You can find these in virtural counselor under graduation information.
Use the buttons to add and remove classes.
The fields are respectively the Name, grade, type, and credits for the class.


Computes the standard STA/LTA from a given input array a. The length of the STA is given by nsta in samples, respectively is the length of the LTA given by nlta in samples. Written in Python.
There exists a faster version of this trigger wrapped in C called classicSTALTA() in this module!
| Parameters: |
|
|---|---|
| Return type: | NumPy ndarray |
| Returns: | Characteristic function of classic STA/LTA |
Returns an ARModel noise model of the specified order for the given station/channel/filter, trained from the hour prior to the given time. Results are cached, so each noise model is learned only once.
This method takes either a station, channel, filter string, and time, or a Waveform object from which these can all be read.
Get a block of time preceding the specified time, and ending at least margin_seconds before that time, for which waveform data exists, and during which there are no recorded arrivals at the station.