jl777c
30-Oct-19 02:28 PM
it is like at a real casino. when you go to cashier, it doesnt matter about any other player
each player locks funds and gets chips. in our case, the chips are tied to a specific table and a set of pubkeys, the less knowledge of the games the cashier has, the more general it will be
and i think it is a very simple FSM. starting from the initial event, of making a deposit. this create a proof of deposit that can be used by the table as it sees fit.
A. deposit that creates cross chain proof -> B.
B. submits attested pubkey change -> B.
B. submits attested cashout -> pays to pubkey
on the cashier chain, it only sees the deposit that locks funds. this should create all the data needed for importing chips into a table, but that is all offchain as far as the cashier is concerned.
oh. i guess all funds for a specific table need to be locked into the same CC address!
i see why you had more players involved. it isnt really more players, but just a shared locked address
so the locked address needs to be based on table pubkey
then i think it can be independent of different players. the logic is that a single table cannot create coins, that it is a zero sum game. so when the cashout event is submitted, the table that isnt 51% attacked will have an amount that is less than the total funds in the tables locked funds
of course if an attested cashout arrives that is more than funds locked for a table, that means some funny business happened, but it would fail due to not enough inputs. a table that cheats will only affect players on that table
so to create a deposit, it needs table pubkey (which would likely make a 1of2 address with the global CC address) authorized pubkeys for attestation.
then the only things that i think can happen are that the set of attestation pubkeys changes or a cashout arrives
store the current state in the opreturn data, so just looking at the prior tx you can know the current state, make sure it is a valid event and go to the new state
the cashier template i think has 2 states (3 if you count the initial state of not existing), the first thing that happens is a deposit is made. now the cashier FSM has a specific txid that refers to a specific table and player. i guess we need to add another state to allow adding more funds, or i guess that is an event in state B after the initial creation
A gets table pubkey, player pubkey and authorized attestors and locks the amount in table dependent CC address. Now we have a txid for that player/table. What happens if the player makes another FSM instance? i think it is ok, there can be N instances, but when the player cashes out it would aggregate all of the remaining balance and now the user is able to do a withdraw
A. Create instance, B. event loop where it can be more deposit, change of authorized pubkeys, cashout
cashout would make any other instance for the player/pubkey invalid. probably a good idea to make it so a specific player/pubkey can only have one active FSM instance at a time with a baton, that avoids the orphaned FSM instances
i guess it would be good to first make a cashier CC details, with rpc calls, opreturn data, etc. and then once we have that see how to do it as a FSM


Want to watch a movie but it's not currently on Plex? Use the search box below to do a quick OMDB search for a movie!
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Chris Womack is a rising software engineer in Boston MA specializing in full stack web development. Through Resilient Coders he specializes in HTML, CSS, JavaScript, jQuery, React, Node and MongolDB. As a quick thinker and problem solver Chris is ready to take on challenges and assist companies with his technical skills.


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Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Add a touch of luxury to your supper with buttery turbot and a cheeky Champagne sauce.
Bring a pan of salted water to the boil and cook the potatoes for 10-15 minutes. Drain and set aside.
Bring a separate pan of salted water to the boil and cook the vegetables, starting with the broccoli, then asparagus, then broad beans and then peas. Cook the broccoli for 8-10 minutes, depending on the size, then add the other vegetables at 2 minute intervals.
For the turbot, heat a frying pan until hot. Add the butter and the fish, skin-side down. Cook over a medium heat for 2 minutes until the skin is crisp and the fish is cooked two-thirds of the way through. Flip over and cook for another minute, then remove from the heat and leave to rest in a warm place for one minute.
For the sauce, heat a frying pan until medium-hot, add the butter and the shallots and fry for a couple of minutes, or until softened, but not browned.
Add the white wine and cook until the volume of liquid has reduced by half, then add the fish stock and cook until reduced by half again. Add the cream and cook once more until reduced by one-third. Strain through a fine sieve into a clean pan, check the seasoning, adding salt and pepper to taste and set aside.
For the vegetables, heat a frying pan and add the oil, once hot add the potatoes cook for 2-3 minutes, then add the vegetables. Add the butter and season with salt and pepper and stir.
Just before serving, return the sauce to the heat and warm until just simmering, then add the champagne and chives and stir through.
Place the vegetables in the centre of a serving bowl and top with the fish. Pour over the Champagne sauce and garnish with chervil.


PART I. GENERAL PROVISIONS
§286-1 Short title. This chapter may be cited as the "Hawaii Highway Safety Act". [L 1967, c 214, pt of §2; HRS §286-1]


--- layout: poetry_page title: Dreams ---
I feel not tired, nothing aches to sleep. Yet, my mind says, "I'm not yours alone to keep, For it's time my darling, that you come with me, And enter the world I create for you to see. It's the world of dreams where I leave you at night, So while you enjoy your wonderment, I can take flight, And go where I must, maybe someday I'll take, You to my realm, one of such a different make. But until that day, my dove, you must Sleep the nights, and let reality rust..." So, slowly, my eyes shut, now heavy as lead, To watch my mind's show for tonight instead.


Working with Openfire
Introduction
Collected tips & tricks for developers and other software engineers working with Openfire
The following sections are available in this document:
Tooling
Docker
Nothing has sped me up more than being able to throw up environments quickly using Docker. Whether it's comparing behaviour, or testing a branch, Docker is fast and trouble free.
Building an Openfire container image
From a terminal in the root of Openfire run:
Running an Openfire container image
There are quite a lot of ports involved, or there can be, depending on what you're doing. This list includes pretty much everything. Some of them may conflict with things already running, in which case you'll either need remap, or switch port and reconfigure Openfire accordingly
In fact, I've used this so often, I have it as a Bash alias:
The 2nd parameter is passed as CMD params through to Openfire's launch script, so you can do:
ofdocker mything -demoboot
Debugging an Openfire container
Running a Java process in a docker container makes it a bit harder to perform debugging. Openfire's launch script has an argument ("remotedebug") that can be used to enable debugging over the network, using TCP port 5005. Make sure that this port is mapped!
ofdocker mything -remotedebug
Spark Debug Tools
This may go without saying, given that it's also an Ignite Realtime tool, but the Spark client is as handy for devs as it is for users. Being able to set up a test, then hand-crank some XML that matches a specific use-case or XEP example is invaluable.
After sending a stanza, you can use the other views on this pane to see all of the sent & received packets.
Enable this from Spark's login pane - Advanced > General > Start debugger on startup
Smack Integration Tests
Some will see the Smack integration tests as unusual. In the Smack project, they're used with a stable XMPP server to test Smack client capabilities. In the Openfire project, they're used with a stable Smack version to test Openfire. Regardless, they are good standards-compliant implementation of XMPP client/server contracts that exercise functionality described in RFCs and XEPs.
Set Up
Clone the code with git clone git@github.com:igniterealtime/Smack.git
On a Mac, you'll hit the problem of a case insensitive file system. The way round this is to use Disk Utility to create a case-sensitive APFS volume to clone into (which via the Terminal will be diskutil apfs addVolume disk1 'Case-sensitive APFS' Smack
)
Running
gradle integrationTest
will run the whole suite with default settings
There are plenty of extra parameters you can pass in for controlling which tests to run, who to authenticate as, and what the target of the tests should be. For example, this will run against xmpp.localhost.example instead of example.com, sets the auth credentials for the admin user, and runs only the MUC tests:
Dependencies
Testing for out-of-date dependencies is important, especially as a release approaches. You can test for ones with known CVEs using dependency-check from within the project using what's built into the POM:
mvn verify -P deps
Or to see all dependencies with potential updates:
mvn versions:display-dependency-updates
Docker Stacks
I know we've talked about Openfire Docker containers already, but this is more.
For a proper representation of a running system for testing out new features, you need Docker Compose.
For example, https://github.com/surevine/openfire-docker-compose has configuration options to run Federated or Clustered configurations, backed by databases. This could be extended or used as inspiration for other configurations, such as different/clustered databases configurations, or an LDAP user source.
Useful Plugins
When developing features or diagnosing problems, there are several useful plugins for working with Openfire.Most can be installed via the Plugins pane of Openfire. Sometimes it's useful to load them manually as JARs, especially if you're editing and building your own.
Examples:
- DB Access Plugin (https://github.com/igniterealtime/openfire-dbaccess-plugin)
- Thread Dump Plugin (https://github.com/igniterealtime/openfire-threaddump-plugin)
Useful Links
GitHub
The useful repositories are all on GitHub, and most are under the Ignite Realtime organisation
Examples:
Standards
https://xmpp.org/extensions/ gives a list of XEPs (XMPP Extension Protocols). It also has links to the RFCs at the top of the page which define the basic operations of XMPP, but those are likely to be of interest & reference only, since for features and bugfixes most work relates to one of the XEPs.
Examples:
- https://xmpp.org/extensions/xep-0045.html - Multi-User Chat
- https://xmpp.org/extensions/xep-0313.html - Message Archive Management
Openfire's operation with clients and other servers is almost entirely governed by standards linked to on this page. Notable exclusions are the Admin interface, and Openfire's implementation of clustering.
Chat
If you're stuck on an Openfire problem, come and ask in the open_chat
channel.
You can visit us via XMPP directly at<EMAIL_ADDRESS>or access via our website, here.


Working with api
Add color
Remove color
Small progress bar with background, custom track line and animation time


CrimPapers
Articles published on 31 December 2018
On 31 December 2018, 6 new articles were published in 5 journals.
Modeling Updating of Perceived Detection Risk: the Role of Personal Experience, Peers, Deterrence Policies, and Impulsivity by Floris van Veen, Sebastian Sattler
School Variation in Offending: A Macro-Level Strain Approach by Julia Sandahl
UK Anti-Slavery Policy At the Border: Humanitarian Opportunism and the Challenge of Victim Consent to Assistance by Katerina Hadjimatheou, Dr Jennifer Lynch
Responses to Inpatient Victimisation in Mental Health Settings in England and Wales by Louise Ellison, Kathryn Berzins
Moral Dilemmas and Worst-Case Scenarios: Using Post-Apocalyptic Fiction to Teach Criminal Justice Ethics by David A. Mackey, Kristine Levan
Delivering An Intervention to A Young Person Minimising His Harmful Sexual Behaviour – A Practice Case Study by Victoria Anne Hatton, Simon Duff


Rangy Range Events Demo
Rangy's Events module provides mouse and touch (NOT YET IMPLEMENTED) events on Ranges. Please use your mouse to make a selection in the sample content below and hover your mouse over the selection. Events are logged in the text box on the left.
Association football is a sport played between two teams. It is usually called football, but in some countries, such as the United States, it is called soccer. In Japan, New Zealand, South Africa, Australia, Canada and Republic of Ireland, both words are commonly used.
Each team has 11 players on the field. One of these players is the goalkeeper, and the other ten are known as "outfield players." The game is played by kicking a ball into the opponent's goal. A match has 90 minutes of play, with a break of 15 minutes in the middle. The break in the middle is called half-time.
Competitions (this section is editable)
There are many competitions for football, for both football clubs and countries. Football clubs usually play other teams in their own country, with a few exceptions. Cardiff City F.C. from Wales for example, play in the English leagues and in the English FA Cup.
Who plays football (this section is editable and in pre-formatted text)
Football is the world's most popular sport. It is played in more countries than any other game. In fact, FIFA (the Federation Internationale de Football Association) has more members than the United Nations. It is played by both males and females.


To play, simply drag the falling trash into the right bins. If you're not sure where to sort things in real life or in the game, simply check the included trash-dex.
This game was made by four girls who met at a Girls Who Code course. They learned to program in Swift, and made the game during their two weeks course.


{% extends "base.html" %} {% block contenido %}
Create a store :D
Please review your information and resend after correcting it.


URL of the repository to be checked out in the workspace. Required parameter.
Repository URL's should follow the git URL guidelines.
Git steps to access a secured repository should provide a Jenkins credential with the credentialsId
argument rather than embedding credentials in the URL.
Credentials embedded in a repository URL may be visible in console logs or in other log files.


Class TestDispatcher
Dispatcher translates URLs to controller-action-paramter triads.
Dispatches the request, creating appropriate models and controllers.
- Object
- Dispatcher
- TestDispatcher
Package: cake\cake
Copyright: Copyright 2005-2008, Cake Software Foundation, Inc.
License: The Open Group Test Suite License
Located at cake/tests/cases/dispatcher.test.php
Copyright: Copyright 2005-2008, Cake Software Foundation, Inc.
License: The Open Group Test Suite License
Located at cake/tests/cases/dispatcher.test.php
public
string
|
|
public
|
__construct(),
__getController(),
__loadController(),
_restructureParams(),
baseUrl(),
cached(),
dispatch(),
getUrl(),
parseParams(),
start(),
uri()
|
Object(),
__openPersistent(),
_persist(),
_savePersistent(),
_set(),
log(),
requestAction(),
toString()
|
$admin,
$base,
$here,
$params,
$plugin,
$webroot,
$webservices
|
$_log
|


Prefer Compass mixins for properties when they exist.
Bad: property possibly not fully supported in all browsers
border-radius: 5px;
Good: using Compass mixin ensures all vendor-prefixed extensions are rendered
@include border-radius(5px);
These mixins include the necessary vendor-prefixed properties to increase the number of browsers the CSS supports.
In the event you don't want to be warned about certain properties, you can opt
to ignore them by listing them in the ignore
option, e.g. in your
.scss-lint.yml
:
linters:
Compass::PropertyWithMixin:
ignore:
- 'inline-block'
| Configuration Option | Description |
|---|---|
ignore |
Array of Compass mixins that should not be preferred. |


This interactive website plots the selected data points from a set of 200 colleges.
Selecting an Axis
To toggle between editing the X and Y axis, click the "_ Axis Selected"
button.
Selecting the Axis Value
Click the orange button (which shows the current axis value) and select an option for the selected axis' value from the dropdown box.
Changing the Data Subset
Click "Showing __ 200" to switch between the first 200 colleges and
200 random colleges.
Viewing a Datapoint
When a datapoint is moused over, the corresponding institutions information is displayed beneath the graph (name, country, world rank, and the x and y values).
Selecting a Year
Click the "All Years" button to cycle between showing data from all years, 2012, 2013, 2014, or 2015.


--- layout: post title: How to move VMware ESXi VM to new datastore using vmkfstools date: '2014-12-16T12:00:45+01:00' tags: - vm - vmware - esxi - datastore - move - relocate - ssh - vmdk - vmfs - inventory - vsphere - vmkfstools tumblr_url: http://blog.alezzandro.com/post/105345543658/how-to-move-vmware-esxi-vm-to-new-datastore-using ---
After replacing or upgrading some storage on your VMware ESXi server it could be useful or mandatory to move some VM to a new datastore.
The process is not too complex but it requires some explanation:
mkdir "/vmfs/volumes/destination_datastore/Some VM"
vmkfstools -i "/vmfs/volumes/source_datastore/Some VM/Some VM.vmdk" -d thin "/vmfs/volumes/destination_datastore/Some VM/Some VM.vmdk"
find "/vmfs/volumes/source_datastore/Some VM" -maxdepth 1 -type f -print0 | grep -v ".vmdk" | while read file; do cp "$file" "/vmfs/volumes/destination_datastore/Some VM"; done
find "/vmfs/volumes/source_datastore/Some VM" -maxdepth 1 -type f -print0 | grep [0123456789][0123456789][0123456789][0123456789][0123456789][0123456789] | grep ".vmdk" | while read file; do cp "$file" "/vmfs/volumes/destination_datastore/Some VM"; done
rm -rf "/vmfs/volumes/source_datastore/Some VM"
Source: http://serverfault.com/questions/372526/move-vmware-esxi-vm-to-new-datastore-preserve-thin-provisioning


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object com.hp.hpl.jena.reasoner.rulesys.FBRuleReasoner
public class FBRuleReasoner
Rule-based reasoner interface. This is the default rule reasoner to use. It supports both forward reasoning and backward reasoning, including use of forward rules to generate and instantiate backward rules.
| Constructor Summary | |
|---|---|
FBRuleReasoner(java.util.List rules)
Constructor. |
|
FBRuleReasoner(java.util.List rules,
ReasonerFactory factory)
Constructor |
|
FBRuleReasoner(ReasonerFactory factory)
Constructor |
|
FBRuleReasoner(ReasonerFactory factory,
Resource configuration)
Constructor |
| Method Summary | |
|---|---|
void |
addDescription(Model configSpec,
Resource base)
Add a configuration description for this reasoner into a partial configuration specification model. |
FBRuleReasoner |
addRules(java.util.List rules)
Add the given rules to the current set and answer this Reasoner. |
InfGraph |
bind(Graph data)
Attach the reasoner to a set of RDF data to process. |
Reasoner |
bindSchema(Graph tbox)
Precompute the implications of a schema graph. |
Reasoner |
bindSchema(Model tbox)
Precompute the implications of a schema Model. |
Capabilities |
getGraphCapabilities()
Return the Jena Graph Capabilties that the inference graphs generated by this reasoner are expected to conform to. |
Model |
getReasonerCapabilities()
Return a description of the capabilities of this reasoner encoded in RDF. |
java.util.List |
getRules()
Return the list of Rules used by this reasoner |
boolean |
isTraceOn()
Return the state of the trace flag.If set to true then rule firings are logged out to the Log at "INFO" level. |
static java.util.List |
loadRules(java.lang.String fileName)
Answer the list of rules loaded from the given filename. |
void |
setDerivationLogging(boolean logOn)
Switch on/off drivation logging. |
void |
setParameter(Property parameter,
java.lang.Object value)
Set a configuration parameter for the reasoner. |
void |
setRules(java.util.List rules)
Set (or change) the rule set that this reasoner should execute. |
void |
setTraceOn(boolean state)
Set the state of the trace flag. |
boolean |
supportsProperty(Property property)
Determine whether the given property is recognized and treated specially by this reasoner. |
void |
tablePredicate(Node predicate)
Register an RDF predicate as one whose presence in a goal should force the goal to be tabled. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public FBRuleReasoner(java.util.List rules)
rules
- a list of Rule instances which defines the ruleset to processpublic FBRuleReasoner(ReasonerFactory factory)
factory
- the parent reasoner factory which is consulted to answer capability questionspublic FBRuleReasoner(ReasonerFactory factory, Resource configuration)
factory
- the parent reasoner factory which is consulted to answer capability questionsconfiguration
- RDF node to configure the rule set and mode, can be nullpublic FBRuleReasoner(java.util.List rules, ReasonerFactory factory)
rules
- a list of Rule instances which defines the ruleset to processfactory
- the parent reasoner factory which is consulted to answer capability questions| Method Detail |
|---|
public FBRuleReasoner addRules(java.util.List rules)
public Model getReasonerCapabilities()
getReasonerCapabilities
in interface Reasoner
public void addDescription(Model configSpec, Resource base)
addDescription
in interface Reasoner
configSpec
- a Model into which the configuration information should be placedbase
- the Resource to which the configuration parameters should be added.public boolean supportsProperty(Property property)
supportsProperty
in interface Reasoner
property
- the property which we want to ask the reasoner about, given as a Node since
this is part of the SPI rather than API
public Reasoner bindSchema(Graph tbox) throws ReasonerException
bindSchema
in interface Reasoner
tbox
- the ontology axioms or rule set encoded in RDF
ReasonerException
- if the reasoner cannot be
bound to a rule set in this way, for example if the underlying engine
can only accept a single rule set in this way and one rule set has
already been bound in of if the ruleset is illformed.public Reasoner bindSchema(Model tbox) throws ReasonerException
bindSchema
in interface Reasoner
tbox
- the ontology axioms or rule set encoded in RDF
ReasonerException
- if the reasoner cannot be
bound to a rule set in this way, for example if the underlying engine
can only accept a single rule set in this way and one rule set has
already been bound in of if the ruleset is illformed.public InfGraph bind(Graph data) throws ReasonerException
bind
in interface Reasoner
data
- the RDF data to be processed, some reasoners may restrict
the range of RDF which is legal here (e.g. syntactic restrictions in OWL).
ReasonerException
- if the data is ill-formed according to the
constraints imposed by this reasoner.public void setRules(java.util.List rules)
setRules
in interface RuleReasoner
rules
- a list of Rule objectspublic java.util.List getRules()
getRules
in interface RuleReasoner
public static java.util.List loadRules(java.lang.String fileName)
public void tablePredicate(Node predicate)
public void setDerivationLogging(boolean logOn)
Default - false.
setDerivationLogging
in interface Reasoner
public void setTraceOn(boolean state)
public boolean isTraceOn()
public void setParameter(Property parameter, java.lang.Object value)
setParameter
in interface Reasoner
parameter
- the property identifying the parameter to be changedvalue
- the new value for the parameter, typically this is a wrapped
java object like Boolean or Integer.
IllegalParameterException
- if the parameter is unknownpublic Capabilities getGraphCapabilities()
getGraphCapabilities
in interface Reasoner
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Ode to LISP <3 !
December 16, 2014
Finally, after a long time, I started my journey into the magical world of LISP– something I’ve pined for long.
And began learning so many new things that I felt I should record my discoveries somewhere, more like a ‘travelogue’ (or a monologue? :)).
Perhaps, someone travelling or planning to take this path will find it useful in someway, someday…?
Prerequisites
First, I made sure I had the following things sorted out:
- Choosing a ‘dialect’ of LISP to learn. Common LISP & Scheme are the 2 most popular & enduring ones out there. I chose Common LISP for now (though I love Scheme too!).
- Install an implementation of ANSI compliant Common LISP. I went with the free, open-source Steel Bank Common LISP (SBCL) which you can obtain here.
- One of my favourite editors —Emacs—installed version 24.4 (the latest stable version, as of writing this).
- Lastly, installed the must-have SLIME mode package in Emacs that allows us to bring up the ‘top-level’ REPL prompt within Emacs for my LISP experiments!
And soon, I obtained my first “Hello World” by typing and ‘evaulating’ the following function at the REPL prompt:
(format t "Hello World ! :) ~%")
;; ~% stands for our ubiquitous "\n" (newline) character...
Output
Hello World ! :)
A Beautiful, minimalist language…
Among many things, I learnt that LISP is –
- ancient, yet all encompassing in its innovative features
- simple
- elegant
- powerful
- self-referential in its use of lists as both code as well as data
LISP pioneered/introduced almost all of the various innovative features of the many popular dynamic programming languages in use today.
Note: Well, this ‘Hello’, is just the tip of the proverbial iceberg or rather the ‘ice-breaker’ of our conversation about LISP. Sit tight & brace yourself, as we sail along uncharted territories, exploring some truly ingenious ideas of Functional Programming in general & LISP in particular.
Many more articles to come showcasing the power & elegance of this classic programming language!
Note: Some work in Scheme, working through the legendary SICP is here


Ok this is for all you epic ppers out there. Im looking for the hardest to hit pper available so something with epic dodge and well just something that is basically unhittable so i can be a little bugger and pp the heck out of people also some sd would be nice, im not worried about ab at all i just wanna be able to make an unhittable pper thats all i require thank you and godbless
Try a Bard/ SD/ PM. Level split of Bard 14/ SD 10/ PM 16 if you want epic spells, or Bard 20/ SD 10/ PM 10 if you don't. Halfling is probably the preferable race, but elf could work too. Starting abilities (for halfling) something like Str 10, Dex 18, Con 12, Int 14, Wis 8, Cha 14 and you can hit epic dodge around level 24 or so. _________________ (I enjoy writing parenthetically (a lot)).
I believe a PP needs speed. To run in, grab the loot and get out fast.
I would suggest a Monk/SD build since you will need speed. High levels in Monk will also grant you some SR. HIPS is (as always) very nice to have.
Epic dodge can also be taken.
I'd say Monk 24/ SD 16.
16 SD for 2 bonus Epic feats, it also helps out for your shadow evade ac (+4), 12/+4 DR.


Info from Discord:
a rough answer of a roadmap/treasure map:
- Sapling upgrade: around March-April 2019, after it gets into Komodo Platform code
- Code upgrade for Pirate to allow new sapling z addresses formats: Q2 of 2019 or later
- further sea/ocean from after these upgrade are open big oceans. You never know which treasure is found or what unexpected possibilities it brings to Pirate. This would be the ultimate journey for Pirate which we don't know what will it be like.


FlightSurety
Track Flight Status!
Successfuly withdrawn
Get account balance
Withdraw money
Buy insurance for flights
Buy
Flight
Submit to Oracles


What's the difference between the usage symbols?
<param>
: This param, or parameter, is mandatory for the command to function and cannot be omitted. Alias: Info Param/IP.[param]
: This param, or parameter, is not mandatory for the command to function and can be omitted, but it provides extra auxiliary features. Alias: Additional Param/AP.(param)
: This param, or parameter, is mandatory for the command to function in the aforementioned way and cannot be omitted unless you don't want this behavior. Alias: Technical Info Param/TIP.
 What should I do?
Well, as an inane parody completely AGAINST horsey, made by the same developer, you could probably use that! And, guess what? They even conflict with each other and freak out when you use another. Here you go...


Upload image
JPEG Image (source):
JPEG Image (style):
Iterations (int):
subject_ratio (float ~2e-2):
learn_rate (float ~2):
Style (path):
Submit


Botler is an educational bot gaming platform! Simply upload your code to play one of our games and send it off to battle. See how you well your program performs against other players programs. Learn, Create, Play!
Check out our documentation on how to interact with our game engines!
Lookup the stats of a program playing now!
This project was made with love from Alexander Comerford, Avi Weinstock, Jordan Ephron, and Tristan Wiley


@heatcrypto Heat Ledger / @SuperNETorg SuperNet Komodo @KomodoPlatform .... is a DEX dream team
- like'
@holochain Holochain / Maidsafe @maidsafe working together as their overall purposes goals and strategy are mutual...
@artbrock - @metaquestions - @zippy314 - @N1ckL...


{% extends "admin/base.html" %} {% block title %}Sitevar List{% endblock %} {% block content %}
Sitevars are used to hold properties that are needed across the site, but shouldn't be stored in physical files or hardcoded.
| Key | Description | Last Updated | {% for sitevar in sitevars %}
|---|---|---|
| {{ sitevar.key.id() }} | {{ sitevar.description }} | {{ sitevar.updated }} |


South Africa: AKA Reacts To Cancellation Of Burna Boy’s Concert
by Oyindamola OlubajoSouth African singer, AKA has celebrated the cancellation of African Unite Concert, where Burna Boy is expected to perform.
The concert was scheduled to hold on 22nd and 23rd, November in a response to recent xenophobia in the country.
A South Africa’s media house, Timeslive, however, reported that the organisers of the concert took such decision as a result of the outrages it has caused on social media.
A statement released by the organisers reads “The decision to cancel the Africans Unite Concert comes after the call from the Tshwane Entertainment Collective to boycott the Africans Unite concert in Tshwane.
“With the increasing threats of violence from other unfortunate segments of the public and without any government intervention, Phambili Media and Play Network Africa were prompted to take the threats and warnings seriously, as the safety of all artists and attendees could not be guaranteed.
“We then decided to cancel the concert. The safety of all attendees, artists, and crew comes first,” the statement reads.
Reacting to the development, AKA took to his Twitter handle to say “hay no, South Ahhh doesn’t play.”
Recall that the singer and AKA clashed on Twitter over xenophobic attacks and the afrobeat star on September 3 vowed not to visit South Africa.
AKA thereafter asked Burna Boy to prove he is truly African Giant by apologising to citizens of South Africa, but the Nigerian star refused.


Project
Given a set of n disjoint segments and a point that does not lie on any of them, find the number of visible segments.
The definition of a visible segment is that if any point q lying on a segment S is visible, then the segment S is visible.
Test Cases
Case #1
3
15 15 (The coord of camera point)
0 0 15 20 (space seperated coords of the endpoints of a segment)
5 5 40 5
30 7 12 40
Closing Comments
Sorting the points by polar coordinate
The endpoints of the segments are converted into polar coordinates and then arranged in order of increasing theta. This operation can be done in O(n log n)
time
Looping over the event points
Based on the order obtained from the sort, we go over the end points one at a time. At each end point, an active list of segments is maintained. At the starting of a segment, it is added into the list, and at the ending, it is removed from the list.
The segment being added/removed is also checked against the other members of the active list to determine if it is visible. This takes O(n)
time. If it is visible, it is added to the visibilty list.
Degeneracies:
In the case that the camera point and the end point of one segment and the start point of another segment are collinear, both vertices are considered to be visible. Since in such a situation the edges are definitely visible, it doesn't cause a difference if we let the vertex remain visible.
Complexity:
Insertion operations while looping over n elements are O(1)
. Hence, the overall complexity will be O(n)
.


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You will be able to interact with several open data-sets that can help give you insights on the conditions of your local community.
CODE is an application designed to help facilitate a better understanding of the neighbourhoods we live in through open-data. It provides a tool for citizens to explore and make sense of their community through comprehensive neighborhood profiles. It also provides a platform for citizens to engage with each other through social media and voluneteered content.
CODE consists of three core components: an interactive visualization to explore spatial data; a community feedback tool to share comments and critical input with fellow citizens and cities; and a social media plug-in to participate in real-time community based Twitter discussions.
Lots of people are on social media these days and with CODE you can find people in your local area. Here we have a search around your area for people on Twitter. You can see how many followers they have and send them a message by clicking the link. Give it a try to meet someone!
*for now this page only displays the 5 most "recent" tweets in the area. In the final version this will be a live-feed of tweets in your area with optional point location symbols that display the geolocated tweet content
|
Local User |
Number of Followers |
Send a Message |
|
Aman Dhanji |
43 |
|
|
Bill Cooper |
489 |
|
|
Jay Holtslander |
1310 |
|
|
Ginny Monaco |
1106 |
| Population | |
| Income | |
| Home Value | |
| Home Ownership | |
| Rent Value | |
| Green Space | |
| Walkability |
An Explaination Perhaps?


{% extends "base.html" %} {% block content %}
I'd come up with a good explanation, but I don't know anything about coffee. There's not a lot of calories in this. Actually, there's not a lot of anything in this.
I have been informed that I am legally required to include nutrition facts, so here they are.
{% endblock %}


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Airport.
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New
York
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Garden
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Robert
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Herbarium
FAIRCHILD
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GARDEN
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Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


spacebar here!
special word &
<tag >info</tag>:tag should be separate with start tag and end tag
<script>location.href='htmlEx1.html'</script>
HTML & CSS & JavaScript is Client language...
there is a interpreter in your browser
by the way, each browser has their own interpreter, so the result can be different
"html5" is start!
© it is copyright mark
™ it is trade mark
™ mark testing ~ %quot; and &
™ mark testing ~ %quot; and &
™ mark testing ~ %quot; and &
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module Forwardable
The Forwardable module provides delegation of specified methods to a designated object, using the methods def_delegator
and def_delegators
.
For example, say you have a class RecordCollection which contains an array @records
. You could provide the lookup method record_number(), which simply calls [] on the @records
array, like this:
require 'forwardable' class RecordCollection attr_accessor :records extend Forwardable def_delegator :@records, :[], :record_number end
We can use the lookup method like so:
r = RecordCollection.new r.records = [4,5,6] r.record_number(0) # => 4
Further, if you wish to provide the methods size, <<, and map, all of which delegate to @records, this is how you can do it:
class RecordCollection # re-open RecordCollection class def_delegators :@records, :size, :<<, :map end r = RecordCollection.new r.records = [1,2,3] r.record_number(0) # => 1 r.size # => 3 r << 4 # => [1, 2, 3, 4] r.map { |x| x * 2 } # => [2, 4, 6, 8]
You can even extend regular objects with Forwardable.
my_hash = Hash.new my_hash.extend Forwardable # prepare object for delegation my_hash.def_delegator "STDOUT", "puts" # add delegation for STDOUT.puts() my_hash.puts "Howdy!"
Another example¶ ↑
You could use Forwardable as an alternative to inheritance, when you don't want to inherit all methods from the superclass. For instance, here is how you might add a range of Array
instance methods to a new class Queue
:
class Queue extend Forwardable def initialize @q = [ ] # prepare delegate object end # setup preferred interface, enq() and deq()... def_delegator :@q, :push, :enq def_delegator :@q, :shift, :deq # support some general Array methods that fit Queues well def_delegators :@q, :clear, :first, :push, :shift, :size end q = Queue.new q.enq 1, 2, 3, 4, 5 q.push 6 q.shift # => 1 while q.size > 0 puts q.deq end q.enq "Ruby", "Perl", "Python" puts q.first q.clear puts q.first
This should output:
2 3 4 5 6 Ruby nil
Notes¶ ↑
Be advised, RDoc will not detect delegated methods.
forwardable.rb
provides single-method delegation via the def_delegator
and def_delegators
methods. For full-class delegation via DelegateClass, see delegate.rb
.
Constants
- FORWARDABLE_VERSION
- VERSION
Version of
forwardable.rb
Attributes
ignored
Public Instance Methods
Define method
as delegator instance method with an optional alias name ali
. Method calls to ali
will be delegated to accessor.method
. accessor
should be a method name, instance variable name, or constant name. Use the full path to the constant if providing the constant name. Returns the name of the method defined.
class MyQueue CONST = 1 extend Forwardable attr_reader :queue def initialize @queue = [] end def_delegator :@queue, :push, :mypush def_delegator 'MyQueue::CONST', :to_i end q = MyQueue.new q.mypush 42 q.queue #=> [42] q.push 23 #=> NoMethodError q.to_i #=> 1
# File lib/forwardable.rb, line 183 def def_instance_delegator(accessor, method, ali = method) gen = Forwardable._delegator_method(self, accessor, method, ali) # If it's not a class or module, it's an instance mod = Module === self ? self : singleton_class ret = mod.module_eval(&gen) mod.send(:ruby2_keywords, ali) if RUBY_VERSION >= '2.7' ret end
Shortcut for defining multiple delegator methods, but with no provision for using a different name. The following two code samples have the same effect:
def_delegators :@records, :size, :<<, :map def_delegator :@records, :size def_delegator :@records, :<< def_delegator :@records, :map
# File lib/forwardable.rb, line 151 def def_instance_delegators(accessor, *methods) methods.each do |method| next if /\A__(?:send|id)__\z/ =~ method def_instance_delegator(accessor, method) end end
Takes a hash as its argument. The key is a symbol or an array of symbols. These symbols correspond to method names, instance variable names, or constant names (see def_delegator
). The value is the accessor to which the methods will be delegated.
# File lib/forwardable.rb, line 130 def instance_delegate(hash) hash.each do |methods, accessor| unless defined?(methods.each) def_instance_delegator(accessor, methods) else methods.each {|method| def_instance_delegator(accessor, method)} end end end


Home
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Captain Elechi Amadi Polytechnic
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Call for witnesses following suspicious house fire in Kambah
ACT Policing is calling for witnesses and dash-cam footage following a suspicious house fire in Kambah on Thursday night.
About 11.00pm, Fire & Rescue and police attended a home in Chirnside Place, Kambah following reports of a house fire. Shortly after, two residents exited the house unharmed.
The fire was extinguished but caused damage to the entrance and living area.
Police allege that one or more people entered the home and deliberately set the premises on fire. Two vehicles at the premises also had damage unrelated to the fire.
Police also believe the incident was targeted and are exploring links to outlaw motorcycle gangs.
Police are urging anyone who may have any information that could assist police or dashcam footage from the Kambah area between 10.00pm and midnight on Thursday night to contact Crime Stoppers on 1800 333 000, or via the Crime Stoppers ACT website. Please quote reference 6463457. Information can be provided anonymously.


WeSketchSignalRHub Methods
The WeSketchSignalRHub type exposes the following members.
Methods
| Name | Description | |
|---|---|---|
| ChangeUserColor |
Changes the color of the given user user.
|
|
| Dispose(System.Boolean) | (Inherited from HubBase.) | |
| Dispose | (Inherited from HubBase.) | |
| Equals(System.Object) |
Determines whether the specified object is equal to the current object. (Inherited from Object.) |
|
| Finalize |
Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection. (Inherited from Object.) |
|
| GetHashCode |
Serves as the default hash function. (Inherited from Object.) |
|
| GetType |
Gets the Type of the current instance. (Inherited from Object.) |
|
| JoinBoardGroup |
RequestConnectedUsers
Joins the user to the board group. This allows the userto receive strokes sent to the group.
|
|
| KickUserFromBoard |
Notifies the specified user that they have been kicked from the board.
|
|
| LeaveBoardGroup |
Leaves the board group.
|
|
| MemberwiseClone |
Creates a shallow copy of the current Object. (Inherited from Object.) |
|
| OnConnected | (Inherited from HubBase.) | |
| OnDisconnected(System.Boolean) | (Inherited from HubBase.) | |
| OnReconnected | (Inherited from HubBase.) | |
| RemoveFromGroups |
Remove user from board group
|
|
| RequestClearBoardStrokes |
Send message to all users connected to the board except the requester to clear the boards strokes.
|
|
| RequestConnectedUsers |
After a user joins a board they request the connected users from a board.
|
|
| RequestStrokes |
After a user joins a board they request strokes from a board.
|
|
| SendConnectedUsersToUser |
Sends the connected users to the specified user.
|
|
| SendInvitation |
Sends the invitation to the specified user.
|
|
| SendStrokesToGroup |
Sends the strokes to all in the group except to the calling user.
|
|
| SendStrokesToUser |
Sends the strokes to the specieied user.
|
|
| SendStrokeToErase |
Sends the stroke to erase.
|
|
| ToString |
Returns a string that represents the current object. (Inherited from Object.) |
|
| UserAuthenticated |
User is confirmed as authenticated and then is placed in a gourp
that is unique to the user. This allows messages to be sent ot individual users.
|


MISSION: IMPOSSIBLE 2
Reviewed by Harvey Karten Paramount Pictures Director: John Woo Writer: Robert Towne, Story by Ronald D. Moore & Brannon Braga Cast: Tom Cruise, Dougray Scott, Thandie Newton, Ving Rhames, William R. Mapother, Brendan Gleeson, Anthony Hopkins, John Polson, Dominic Purcell, Richard Roxburgh, Rade Serbedzija
The United States may be the world's only superpower but this country is hardly invulnerable to the machinations of rogue states. Even discounting a change of plans from the leadership in Russia (who still fester about being second best and surrounded by East Europeans wild about NATO), the rogue states like Iraq, Iran and Libya may have their strategies. Those approaches center on non-nuclear terrorism such as chemical and biological warfare. Amazingly enough, deadly bugs have not been unleashed against the West, at least not to its knowledge, but that real possibility gives "Mission: Impossible 2" its one and perhaps only foundation for grounding and credibility. "M:I-2" is not a roller coaster ride but it sure is a excursion on motorcycles and choppers and for fancy cars that have been made just for the pleasure of blowing them sky-high. A John Woo ("Face/Off," "Hard Boiled," "The Young Dragons") picture, "M:I-2" will probably be as popular in the 54-year-old director's native Guangzhou as it is here in the West because, after all, who can resist a video game that surrounds its audience while bathing us in a torrent of sound from waves crashing against the shore at Sydney harbor to Hitchcockian birds flapping their wings to warn the villains of the approach of the good guy to the ever-present rat-tat-tat of machine guns that never come close to disabling the superstar?
Made in the James Bond style without the promiscuous womanizing or the bevy of locations, "Mission: Impossible 2" is filmed principally in the lovely city of Sydney, Australia with an opening scene from Moab, Utah and an L.A. set design resembling the arches and caves of Seville, Spain. The convoluted plot, which borrows a theme from Terry Gilliam's "Twelve Monkeys," revolves around a scheme to infect Sydney's three million people with the deadly Chimera virus for starters, then to sell the antidote to those who have not yet developed the fatal symptoms of the disease twenty hours later. As special agent Ethan Hunt (Tom Cruise) and his buddies Luther Stickell (Ving Rhames) and Billy Baird (John Polson) hone in on those hoping to use drug company options to become richer than Bill Gates, they use Nyah Nordoff-Hall (Thandie Newton) the former girl friend of villainous Sean Ambrose (Dougray Scott) to help in their thankless efforts to save all the people downunder.
Action-adventure films are difficult to evaluate because on the one hand they may keep the audience on the edge of their seats in spite of themselves (as this one does), but on the other hand they are loaded with implausibilities (which is OK), with same ol' same ol' formula (which is not), and with that flagrant Ebertian flaw of the scoundrel's getting the jump on the protagonist (at least twice) and failing to snuff him because he's more interested in talking than in shooting (an annoying flaw).
On balance, "M:I-2" is a disappointing foray, a generic piece of very expensive filmmaking that lacks the James Bond wit and eclat while at the same time highlights a romance that is as sexless as it is inconceivable.
Ethan Hunt got his name because he is the sort of guy who must be unhappy when he is not working at hunting criminals. To emulate the chase, he risks his life on vacation by climbing Moab, Utah's colorful red rocks. Interrupted by his Impossible Missions Force boss (in an unbilled cameo by Anthony Hopkins), he is instructed to track down the evil Scotsman, Sean Ambrose, who is concocting a plan to give millions of people a bad, bad cold. After tracking down Ambrose's ex girl to involve her in the scheme, he faces off against the criminals in more ways than one, principally by the nifty use of rubber masks that have us thinking, "Will the real Tom Cruise take it off and stand up?" There is more than a single leader with evil intents in this drug scheme that involves the CEO of a pharmaceutical company (played by Brendan Gleeson who was a helluva lot better in John Boorman's "The General"), and that the bad guys still tip off the heroes by affixing flashing counters on their explosive devices.
Dougray Scott makes the most of a role that seems made instead for fellow-Scotsman Robert Carlyle, a fun-loving guy when he's with his main squeeze at the racetrack but not at all pleased when faced with his competitor for the gal and the virus gun as well. Cruise and Newton try to make like Pierce Brosnan and Sophie Marceau but neither has the needed panache for the romantic bits and in fact the adorable Thandie Newton looks more like someone who's cutting classes at UCLA Berkeley than a sophisticated jewel thief who can pick a lock in seconds with a couple of sharp instruments.
The flamenco scenes are the best part of this escapist excursion but we are privy to just enough foot stomping to tease us and encourage us to travel to Spain rather than Australia when school's out.
Rated PG-13. Running time: 123 minutes. (C) 2000 by Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


For Learning and Education purposesHere we are using the concept of web scrapping to display the content on our search engineFor this project we are scrapping Google Search.Codes for this work can be found on GitHub.
- Raghu Sharma
Version: 9.0.2


| Home | Trees | Indices | Help |
|
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|
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AffinePreconditioner Performs affine transformations on the input and the output. |
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AffineTransform Performs an affine transformation on inputs. |
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BinningTransform Sums up neighboring dimensions of input vectors. |
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PCAPreconditioner This preconditioner can be used to reduce the dimensionality of the input. |
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PCATransform This class behaves like PCAPreconditioner, but does not change the output. |
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Preconditioner Abstract base class for preconditioners of inputs and outputs. |
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StackedAffineTransform Concatenates affine transforms. |
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WhiteningPreconditioner Decorrelates inputs and outputs. |
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WhiteningTransform Decorrelates inputs. |
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__package__ =
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| Home | Trees | Indices | Help |
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| Generated by Epydoc 3.0.1 on Fri Mar 27 13:26:27 2015 | http://epydoc.sourceforge.net |


Chapter 9 Comparing Two Measures of Centrality
A common question in medical research is whether one group had a better outcome than another group. These outcomes can be measured with dichotomous outcomes like death or hospitalization,
but continuous outcomes like systolic blood pressure, endoscopic score, or ejection fraction are more commonly available, and provide more statistical power, and usually require a smaller sample size.
There is a tendency in clinical research to focus on dichotomous outcomes, even to the point of converting continuous measures to dichotomous ones (aka “dichotomania”, see Frank Harrell comments here), for fear of detecting and acting upon a small change in a continuous outcome that is not clinically meaningful.
While this can be a concern, especially in very large, over-powered studies, it can be addressed by aiming for a continuous difference that is at least as large as one that many clinicians agree (a priori) is clinically important (the MCID, or Minimum Clinically Important Difference).
The most common comparison of two groups with a continuous outcome is to look at the means or medians, and determine whether the available evidence suggests that these are equal (the null hypothesis). This can be done for means with Student’s t-test.
Let’s start by looking at the cytomegalovirus data set. This includes data on 64 patients who received bone marrow stem cell transplant, and looks at their time to activation of CMV (cytomegalovirus). In the code chunk below, we group the data by donor cmv status (donor.cmv
), and look at the mean time to CMV activation (time.to.cmv
variable). Run the code (using the green arrow at the top right of the code chunk below) to see the difference in time to CMV activation in months between groups.
Try out some other grouping variables in the group_by
statement, in place of donor.cmv
.
Consider variables like race, sex, and recipient.cmv. Edit the code and run it again with the green arrow at the top right.
# insert libraries in each chunk as if independent
library(tidyverse)
library(medicaldata)
%>%
cytomegalovirus group_by(sex) %>%
summarize(mean_time2cmv = mean(time.to.cmv)) ->
summ
summ
## # A tibble: 2 x 2
## sex mean_time2cmv
## <dbl> <dbl>
## 1 0 13.7
## 2 1 12.7
That seems like a big difference for donor.cmv, between 13.7303333 months and 12.7441176 months. And it makes theoretical sense that having a CMV positive donor is more likely to be associated with early activation of CMV in the recipient. But is it a significant difference, one that would be very unlikely to happen by chance? That depends on things like the number of people in each group, and the standard deviation in each group. That is the kind of question you can answer with a t-test, or for particularly skewed data like hospital length of stay or medical charges, a Wilcoxon test.
9.1 Common Problem
- Comparing two groups
- Mean or median vs. expected
- Two arms of study - independent
- Pre and post / spouse and partner / left vs right arm – paired groups
- Are the means significantly different?
- Or the medians (if not normally distributed)?
9.1.1 How Skewed is Too Skewed?
- Formal test of normality = Shapiro-Wilk test
- Use base data set called ToothGrowth
library(tidyverse)
library(medicaldata)
<- cytomegalovirus
data head(data)
## ID age sex race diagnosis
## 1 1 61 1 0 acute myeloid leukemia
## 2 2 62 1 1 non-Hodgkin lymphoma
## 3 3 63 0 1 non-Hodgkin lymphoma
## 4 4 33 0 1 Hodgkin lymphoma
## 5 5 54 0 1 acute lymphoblastic leukemia
## 6 6 55 1 1 myelofibrosis
## diagnosis.type time.to.transplant prior.radiation
## 1 1 5.16 0
## 2 0 79.05 1
## 3 0 35.58 0
## 4 0 33.02 1
## 5 0 11.40 0
## 6 1 2.43 0
## prior.chemo prior.transplant recipient.cmv donor.cmv
## 1 2 0 1 0
## 2 3 0 0 0
## 3 4 0 1 1
## 4 4 0 1 0
## 5 5 0 1 1
## 6 0 0 1 1
## donor.sex TNC.dose CD34.dose CD3.dose CD8.dose TBI.dose
## 1 0 18.31 2.29 3.21 0.95 200
## 2 1 4.26 2.04 NA NA 200
## 3 0 8.09 6.97 2.19 0.59 200
## 4 1 21.02 6.09 4.87 2.32 200
## 5 0 14.70 2.36 6.55 2.40 400
## 6 1 4.29 6.91 2.53 0.86 200
## C1/C2 aKIRs cmv time.to.cmv agvhd time.to.agvhd cgvhd
## 1 0 1 1 3.91 1 3.55 0
## 2 1 5 0 65.12 0 65.12 0
## 3 0 3 0 3.75 0 3.75 0
## 4 0 2 0 48.49 1 28.55 1
## 5 0 6 0 4.37 1 2.79 0
## 6 0 2 1 4.53 1 3.88 0
## time.to.cgvhd
## 1 6.28
## 2 65.12
## 3 3.75
## 4 10.45
## 5 4.37
## 6 6.87
9.1.2 Visualize the Distribution of data variables in ggplot
- Use geom_histogram or geom_density (pick one or the other)
- look at the distribution of CD3.dose or time.to.cmv
- Bonus points: facet by sex or race or donor.cmv
- Your turn to try it
library(tidyverse)
library(medicaldata)
%>%
data ggplot(mapping = aes(time.to.cmv)) +
geom_density() +
facet_wrap(~sex) +
theme_linedraw()
library(tidyverse)
library(medicaldata)
%>%
data ggplot(mapping = aes(time.to.cmv)) +
geom_histogram() +
facet_wrap(~race)
9.1.3 Visualize the Distribution of data$len in ggplot
- The OJ group is left skewed
- May be problematic for using means
- formally test with Shapiro-Wilk
library(tidyverse)
library(medicaldata)
$time.to.cmv %>%
datashapiro.test()
##
## Shapiro-Wilk normality test
##
## data: .
## W = 0.68261, p-value = 0.0000000001762
9.1.4 Results of Shapiro-Wilk
- p-value = 0.1091
- p not < 0.05
- Acceptably close to normal
- OK to compare means rather than medians
- can use t test rather than wilcoxon test
- if p is < 0.05, use wilcoxon test
- also known as Mann-Whitney test
- a rank-based (non-parametric) test
9.1.5 Try it yourself
- use df <- msleep
library(tidyverse)
library(medicaldata)
<- msleep
df head(df$sleep_total)
## [1] 12.1 17.0 14.4 14.9 4.0 14.4
- test the normality of total sleep hours in mammals
9.1.6 Mammal sleep hours
library(tidyverse)
library(medicaldata)
shapiro.test(df$sleep_total)
##
## Shapiro-Wilk normality test
##
## data: df$sleep_total
## W = 0.97973, p-value = 0.2143
- meets criteria - acceptable to consider normally distributed
- now consider - is the mean roughly 8 hours of sleep per day?
9.2 One Sample T test
- univariate test
- Ho: mean is 8 hours
- Ha: mean is not 8 hours
- can use t test because shapiro.test is NS
9.2.1 How to do One Sample T test
library(tidyverse)
library(medicaldata)
t.test(df$sleep_total, alternative = "two.sided",
mu = 8)
- Try it out, see if you can interpret results
9.2.2 Interpreting the One Sample T test
##
## One Sample t-test
##
## data: df$sleep_total
## t = 4.9822, df = 82, p-value = 0.000003437
## alternative hypothesis: true mean is not equal to 8
## 95 percent confidence interval:
## 9.461972 11.405497
## sample estimates:
## mean of x
## 10.43373
- p is highly significant
- can reject the null, accept alternative
- sample mean 10.43, CI 9.46-11.41
9.2.3 What are the arguments of the t.test function?
- x = vector of continuous numerical data
- y= NULL - optional 2nd vector of continuous numerical data
- alternative = c(“two.sided”, “less”, “greater”),
- mu = 0
- paired = FALSE
- var.equal = FALSE
- conf.level = 0.95
- documentation
9.3 Insert flipbook for ttest here
Below is a flipbook.
It illustrates a bit of how to do a t-test.
click on it and you can use the arrow keys to proceed forward and back through the slides, as you add lines of code and more results occur.
Let’s start with a flipbook slide show. When the title slide appears, you can step through each line of the code to see what it does. The right/left and/or up/down arrows will let you move forward and backward in the code.
You can use the arrow keys to go through it one step at a time (forward or backward, depending on which arrow key you use), to see what each line of code actually does.
Give it a try below. See if you can figure out what each line of code is doing.
9.3.1 Flipbook Time!
This is t-testing in action.
9.4 Fine, but what about 2 groups?
- consider df$vore
library(tidyverse)
library(medicaldata)
<- medicaldata::blood_storage
prostate tabyl(prostate$AA)
## prostate$AA n percent
## 0 261 0.8259494
## 1 55 0.1740506
- hypothesis - herbivores need more time to get food, sleep less than carnivores
- how to test this?
- normal, so can use t test for 2 groups
9.4.1 Setting up 2 group t test
- formula interface: outcome ~ groupvar
library(tidyverse)
library(medicaldata)
%>%
df filter(vore %in% c("herbi", "carni")) %>%
t.test(formula = sleep_total ~ vore, data = .)
- Try it yourself
- What do the results mean?
9.4.2 Results of the 2 group t test
##
## Welch Two Sample t-test
##
## data: sleep_total by vore
## t = 0.63232, df = 39.31, p-value = 0.5308
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## -1.911365 3.650509
## sample estimates:
## mean in group carni mean in group herbi
## 10.378947 9.509375
9.4.3 Interpreting the 2 group t test
- Welch t-test (not Student)
- Welch does NOT assume equal variances in each group
- p value NS
- accept null hypothesis
- Ho: means of groups roughly equal
- Ha: means are different
- 95% CI crosses 0
- Carnivores sleep a little more, but not a lot
9.4.4 2 group t test with wide data
- You want to compare column A with column B (data are not tidy)
- Do mammals spend more time awake than asleep?
library(tidyverse)
library(medicaldata)
t.test(x = df$sleep_total, y = df$awake, data = msleep)
9.4.5 Results of 2 group t test with wide data
library(tidyverse)
library(medicaldata)
t.test(x = df$sleep_total, y = df$awake, data = msleep)
##
## Welch Two Sample t-test
##
## data: df$sleep_total and df$awake
## t = -4.5353, df = 164, p-value = 0.00001106
## alternative hypothesis: true difference in means is not equal to 0
## 95 percent confidence interval:
## -4.498066 -1.769404
## sample estimates:
## mean of x mean of y
## 10.43373 13.56747
9.5 3 Assumptions of Student’s t test
- Sample is normally distributed (test with Shapiro)
- Variances are homogeneous (homoskedasticity) (test with Levene)
- Observations are independent
- not paired like left vs. right colon
- not paired like spouse and partner
- not paired like measurements pre and post Rx
9.5.1 Testing Assumptions of Student’s t test
- Normality - test with Shapiro
- If not normal, Wilcoxon > t test
- Equal Variances - test with Levene
- If not equal, Welch t > Student’s t
- Observations are independent
- Think about data collection
- are some observations correlated with some others?
- If correlated, use paired t test
9.6 Getting results out of t.test
- Use the tidy function from the broom package
- Do carnivores have bigger brains than insectivores?
library(tidyverse)
library(medicaldata)
library(broom)
%>%
df filter(vore %in% c("carni", "insecti")) %>%
t.test(formula = brainwt ~ vore, data = .) %>%
tidy() ->
result result
9.6.1 Getting results out of t.test
## # A tibble: 1 x 10
## estimate estimate1 estimate2 statistic p.value parameter
## <dbl> <dbl> <dbl> <dbl> <dbl> <dbl>
## 1 0.0577 0.0793 0.0216 1.20 0.253 12
## # … with 4 more variables: conf.low <dbl>, conf.high <dbl>,
## # method <chr>, alternative <chr>
9.7 Reporting the results from t.test using inline code
- use backticks before and after, start with r
- i.e. My result is [backtick]r code here[backtick].
- The mean brain weight for carnivores was 0.0792556
- The mean brain weight for herbivores was 0.02155
- The difference was 0.0577056
- The t statistic for this Two Sample t-test was 1.1995501
- The p value was 0.2534631
- The confidence interval was from -0.05 to 0.16
9.7.1 For Next Time
- Skewness and Kurtosis
- Review Normality
- When to use Wilcoxon
- Levene test for equal variances
- When to use Welch t vs. Student’s t
- Paired t and Wilcoxon tests


This map provides information on different restauarants around Code Fellows. Select your preferred restaurant from the dropdown to find its location on the map.


Hierarch:
Have you brought the Blood of Saint?
Your success has helped us achieve our goal! We couldn't have done it without you! Now choose your reward!
"A reward?"


:param volumes: (optional) List of volumes to initially include in the
volume access group. If unspecified, the access group's volumes
will not be modified.
:type volumes: int[]
:param attributes: (optional) List of Name/Value pairs in JSON object
format.
:type attributes: dict
:returns: a response
:rtype: ModifyVolumeAccessGroupResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
}
self._check_param_versions(
'modify_volume_access_group',
[
("virtual_network_id",
virtual_network_id, 8.0, None),
("virtual_network_tags",
virtual_network_tags, 8.0, None),
]
)
if virtual_network_id is not None:
params["virtualNetworkID"] = virtual_network_id
if virtual_network_tags is not None:
params["virtualNetworkTags"] = virtual_network_tags
if name is not None:
params["name"] = name
if initiators is not None:
params["initiators"] = initiators
if volumes is not None:
params["volumes"] = volumes
if attributes is not None:
params["attributes"] = attributes
return self.send_request(
'ModifyVolumeAccessGroup',
ModifyVolumeAccessGroupResult,
params,
)
[docs] def add_initiators_to_volume_access_group(
self,
volume_access_group_id,
initiators,):
"""
Add initiators to a volume access group.
:param volume_access_group_id: [required] The ID of the volume access
group to modify.
:type volume_access_group_id: int
:param initiators: [required] List of initiators to add to the volume
access group.
:type initiators: str[]
:returns: a response
:rtype: ModifyVolumeAccessGroupResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
"initiators": initiators,
}
return self.send_request(
'AddInitiatorsToVolumeAccessGroup',
ModifyVolumeAccessGroupResult,
params,
)
[docs] def remove_initiators_from_volume_access_group(
self,
volume_access_group_id,
initiators,):
"""
Remove initiators from a volume access group.
:param volume_access_group_id: [required] The ID of the volume access
group to modify.
:type volume_access_group_id: int
:param initiators: [required] List of initiators to remove from the
volume access group.
:type initiators: str[]
:returns: a response
:rtype: ModifyVolumeAccessGroupResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
"initiators": initiators,
}
return self.send_request(
'RemoveInitiatorsFromVolumeAccessGroup',
ModifyVolumeAccessGroupResult,
params,
)
[docs] def add_volumes_to_volume_access_group(
self,
volume_access_group_id,
volumes,):
"""
Add volumes to a volume access group.
:param volume_access_group_id: [required] The ID of the volume access
group to modify.
:type volume_access_group_id: int
:param volumes: [required] List of volumes to add to this volume access
group.
:type volumes: int[]
:returns: a response
:rtype: ModifyVolumeAccessGroupResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
"volumes": volumes,
}
return self.send_request(
'AddVolumesToVolumeAccessGroup',
ModifyVolumeAccessGroupResult,
params,
)
[docs] def remove_volumes_from_volume_access_group(
self,
volume_access_group_id,
volumes,):
"""
Remove volumes from a volume access group.
:param volume_access_group_id: [required] The ID of the volume access
group to modify.
:type volume_access_group_id: int
:param volumes: [required] List of volumes to remove from this volume
access group.
:type volumes: int[]
:returns: a response
:rtype: ModifyVolumeAccessGroupResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
"volumes": volumes,
}
return self.send_request(
'RemoveVolumesFromVolumeAccessGroup',
ModifyVolumeAccessGroupResult,
params,
)
[docs] def get_volume_access_group_efficiency(
self,
volume_access_group_id,):
"""
*get_volume_access_group_efficiency* is used to retrieve efficiency
information about a volume access group. Only the volume access group
provided as parameters in this API method is used to compute the
capacity.
:param volume_access_group_id: [required] Specifies the volume access
group for which capacity is computed.
:type volume_access_group_id: int
:returns: a response
:rtype: GetEfficiencyResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
}
return self.send_request(
'GetVolumeAccessGroupEfficiency',
GetEfficiencyResult,
params,
)
[docs] def get_volume_access_group_lun_assignments(
self,
volume_access_group_id,):
"""
The *get_volume_access_group_lun_assignments* is used to return
information LUN mappings of a specified volume access group.
:param volume_access_group_id: [required] Unique volume access group ID
used to return information.
:type volume_access_group_id: int
:returns: a response
:rtype: GetVolumeAccessGroupLunAssignmentsResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
}
return self.send_request(
'GetVolumeAccessGroupLunAssignments',
GetVolumeAccessGroupLunAssignmentsResult,
params,
)
[docs] def modify_volume_access_group_lun_assignments(
self,
volume_access_group_id,
lun_assignments,):
"""
The *modifyt_volume_access_group_lun_assignments* is used to define
custom LUN assignments for specific volumes. Only LUN values set on the
*lun_assignments* parameter will be changed in the volume access group.
All other LUN assignments will remain unchanged.
LUN assignment values must be unique for volumes in a volume access
group. An exception will be seen if LUN assignments are duplicated in a
volume access group. However, the same LUN values can be used again in
different volume access groups.
**Note:** Correct LUN values are 0 - 16383. An exception will be seen
if an incorrect LUN value is passed. None of the specified LUN
assignments will be modified if there is an exception.
**Caution:** If a LUN assignment is changed for a volume with active
I/O, the I/O could be disrupted. Changes to the server configuration
may be required in order to change volume LUN assignments.
:param volume_access_group_id: [required] Unique volume access group ID
for which the LUN assignments will be modified.
:type volume_access_group_id: int
:param lun_assignments: [required] The volume *ids* with new assigned
LUN values.
:type lun_assignments: LunAssignment[]
:returns: a response
:rtype: ModifyVolumeAccessGroupLunAssignmentsResult
"""
params = {
"volumeAccessGroupID": volume_access_group_id,
"lunAssignments": lun_assignments,
}
return self.send_request(
'ModifyVolumeAccessGroupLunAssignments',
ModifyVolumeAccessGroupLunAssignmentsResult,
params,
)


{% if vouch_form %}
{{ _('Only vouch for users who have made significant contributions and are at least 13 years old.') }}
{% if (profile and not profile.is_vouched) or invite_form %}{{ _('Once vouched, they will be able to:') }}
{{ _('Vouches cannot be edited or retracted.') }}
{% trans vouching_url='https://wiki.mozilla.org/Mozillians/Vouching' %}
Read more about vouching.
{% endtrans %}


Honors/Awards
- Best Engineering Poster Award, The Korean-American Scientists and Engineers Association, Jan 2017
- ACM International Joint Conference on Pervasive and Ubiquitous Computing Travel Grant, Seattle WA, 2014
- Graduate Student Tuition Fellowship, College of Natural Sciences and Mathematics, University of Houston, 2011, 2012, 2013, 2014
- Texas Public Education Grant (TPEG) for International Award, Aug 2014 - May 2015
- Outstanding Undergraduate Awards Winner 2nd/3rd place, SEJONG University, Jan 2004, 2005


Ocean [ak00], ocean, in Crystal Sea ------------------------------------------------------------------------ 1: Hungry looking birds circle overhead. Routes leaving Ocean: North, to Ocean [aj00], 6 days East, to Ocean [ak01], 6 days South, to Ocean [al00], The Outer Sea, 6 days West, to Ocean [ak86], 6 days


The Environment Record abstract class includes the abstract specification methods defined in
| Method | Purpose |
|---|---|
| HasBinding(N) | Determine if an Environment Record has a binding for the String value _N_. Return *true* if it does and *false* if it does not. |
| CreateMutableBinding(N, D) | Create a new but uninitialized mutable binding in an Environment Record. The String value _N_ is the text of the bound name. If the Boolean argument _D_ is *true* the binding may be subsequently deleted. |
| CreateImmutableBinding(N, S) | Create a new but uninitialized immutable binding in an Environment Record. The String value _N_ is the text of the bound name. If _S_ is *true* then attempts to set it after it has been initialized will always throw an exception, regardless of the strict mode setting of operations that reference that binding. |
| InitializeBinding(N, V) | Set the value of an already existing but uninitialized binding in an Environment Record. The String value _N_ is the text of the bound name. _V_ is the value for the binding and is a value of any ECMAScript language type. |
| SetMutableBinding(N, V, S) | Set the value of an already existing mutable binding in an Environment Record. The String value _N_ is the text of the bound name. _V_ is the value for the binding and may be a value of any ECMAScript language type. _S_ is a Boolean flag. If _S_ is *true* and the binding cannot be set throw a *TypeError* exception. |
| GetBindingValue(N, S) | Returns the value of an already existing binding from an Environment Record. The String value _N_ is the text of the bound name. _S_ is used to identify references originating in strict mode code or that otherwise require strict mode reference semantics. If _S_ is *true* and the binding does not exist throw a *ReferenceError* exception. If the binding exists but is uninitialized a *ReferenceError* is thrown, regardless of the value of _S_. |
| DeleteBinding(N) | Delete a binding from an Environment Record. The String value _N_ is the text of the bound name. If a binding for _N_ exists, remove the binding and return *true*. If the binding exists but cannot be removed return *false*. If the binding does not exist return *true*. |
| HasThisBinding() | Determine if an Environment Record establishes a `this` binding. Return *true* if it does and *false* if it does not. |
| HasSuperBinding() | Determine if an Environment Record establishes a `super` method binding. Return *true* if it does and *false* if it does not. |
| HasClassBinding() | Determine if an Environment Record establishes a `class` binding. Return *true* if it does and *false* if it does not. |
| WithBaseObject() | If this Environment Record is associated with a `with` statement, return the with object. Otherwise, return *undefined*. |


{% load static %} {% include 'seo_metas.html' %}
SignUp
{% csrf_token %}
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Password
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Options
(The changes will be applied only after the reload of the json)
Theme
{
"
number
":
0.4
,
"
string
":
"DJSON"
,
"
url
":
"https://github.com/dardesantis/DJSON-Viewer"
}
Preferences
Format JSON with collapsed children (always)
Format JSON with collapsed children if is a big JSON (>1MB)
Show always the numbers of items in Objects and Arrays (not only when collapsed)
Makes XHR calls to pre-count the number of related items


What about android Q
android Q is a laters android mobile os powerd by Google!!
Click more details!!


Uses of Package
org.drip.capital.simulation
-
Packages that use org.drip.capital.simulation Package Description org.drip.capital.entity Economic Risk Capital Estimation Nodesorg.drip.capital.explain Economic Risk Capital Attribution Explainorg.drip.capital.simulation Economic Risk Capital Simulation Ensembleorg.drip.capital.stress Economic Risk Capital Stress Event Settings -
Classes in org.drip.capital.simulation used by org.drip.capital.entity Class Description CapitalSegmentPathEnsemble CapitalSegmentPathEnsemble generates the Ensemble of Capital Paths from the Simulation PnL Realizations for the Capital Units under the specified Capital Segments.CapitalUnitPathEnsemble CapitalUnitPathEnsemble generates the Ensemble of Capital Paths from the Simulation PnL Realizations for the specified Capital Unit.PathEnsemble PathEnsemble exposes the Ensemble of Capital Paths from the Simulation PnL Realizations.PathPnLRealization PathPnLRealization holds the Realized PnL and its Components along a Simulated Path. -
Classes in org.drip.capital.simulation used by org.drip.capital.explain Class Description EnsemblePnLDistribution EnsemblePnLDistribution contains the PnL Distribution from Realized Path Ensemble.EnsemblePnLDistributionGenerator EnsemblePnLDistributionGenerator exposes the Functionality to generate the PnL Distribution from the Realized Path Ensemble.PathPnLRealization PathPnLRealization holds the Realized PnL and its Components along a Simulated Path. -
Classes in org.drip.capital.simulation used by org.drip.capital.simulation Class Description CapitalUnitPathEnsemble CapitalUnitPathEnsemble generates the Ensemble of Capital Paths from the Simulation PnL Realizations for the specified Capital Unit.EnsemblePnLDistribution EnsemblePnLDistribution contains the PnL Distribution from Realized Path Ensemble.EnsemblePnLDistributionGenerator EnsemblePnLDistributionGenerator exposes the Functionality to generate the PnL Distribution from the Realized Path Ensemble.FSPnLDecomposition FSPnLDecomposition holds the Per FS PnL Decomposition.FSPnLDecompositionContainer FSPnLDecompositionContainer holds the Series of Decomposed FS PnL's.PathEnsemble PathEnsemble exposes the Ensemble of Capital Paths from the Simulation PnL Realizations.PathPnLRealization PathPnLRealization holds the Realized PnL and its Components along a Simulated Path.StressEventIncidence StressEventIncidence holds the Name, the Type, and the PnL induced by a Stress Event Occurrence.StressEventIncidenceEnsemble StressEventIncidenceEnsemble holds the Ensemble of Stress Event Occurrences.StressEventIndicator StressEventIndicator holds the Systemic and the Idiosyncratic Stress Event Indicators corresponding to the specified Entity. -
Classes in org.drip.capital.simulation used by org.drip.capital.stress Class Description StressEventIncidence StressEventIncidence holds the Name, the Type, and the PnL induced by a Stress Event Occurrence.StressEventIncidenceEnsemble StressEventIncidenceEnsemble holds the Ensemble of Stress Event Occurrences.


{% extends "crdb/base.html" %} {% load static %} {% block content %}
Description: {{ project.description }} Duration: {{ project.duration }} People: {{ project.people | length }}


Namespace: BioFSharp.Mz Parent Module: ChargeState
Charge
DistanceRealTheoPeakSpacing
MZChargeDev
Peaks
PrecMZ
PutMass
Score
StartPeakIntensity
SubSetLength


|
Android SDK |
Public Member Functions | |
| void | enableDevShare (String devId, long memberId, IResultCallback callback) |
| void | disableDevShare (String devId, long memberId, IResultCallback callback) |
| void | removeReceivedDevShare (String devId, IResultCallback callback) |
| void | addShareWithHomeId (long homeId, String countryCode, String userAccount, List< String > devIds, ITuyaResultCallback< SharedUserInfoBean > callback) |
| void | queryDevShareUserList (String devId, ITuyaResultCallback< List< SharedUserInfoBean >> callback) |
| void | addShare (long homeId, String countryCode, String userAccount, ShareIdBean bean, boolean autoSharing, ITuyaResultCallback< SharedUserInfoBean > callback) |
| void | addShareWithMemberId (long memberId, List< String > devIds, IResultCallback callback) |
| void | getUserShareInfo (long memberId, ITuyaResultCallback< ShareSentUserDetailBean > callback) |
| void | getReceivedShareInfo (long memberId, ITuyaResultCallback< ShareReceivedUserDetailBean > callback) |
| void | queryUserShareList (long homeId, ITuyaResultCallback< List< SharedUserInfoBean >> callback) |
| void | queryShareReceivedUserList (ITuyaResultCallback< List< SharedUserInfoBean >> callback) |
| void | queryShareDevFromInfo (String devId, ITuyaResultCallback< SharedUserInfoBean > callback) |
| void | renameShareNickname (long memberId, String name, IResultCallback callback) |
| void | renameReceivedShareNickname (long memberId, String name, IResultCallback callback) |
| void | removeUserShare (long memberId, IResultCallback callback) |
| void | removeReceivedUserShare (long memberId, IResultCallback callback) |
| void | onDestroy () |
| void | inviteShare (String devId, String userAccount, String countryCode, ITuyaResultCallback< Integer > callback) |
| void | confirmShareInviteShare (int shareId, final IResultCallback callback) |
Provide ability of device sharing.
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.addShare | ( | long | homeId, |
| String | countryCode, | ||
| String | userAccount, | ||
| ShareIdBean | bean, | ||
| boolean | autoSharing, | ||
| ITuyaResultCallback< SharedUserInfoBean > | callback | ||
| ) |
Share the device with a user. You can customize which devices can be shared. Executing this method will overwrite the previous shared device.
| countryCode | Country identification |
| userAccount | The account of a user |
| bean | The devices you want to share ShareIdBean |
| autoSharing | Whether to support automatic sharing |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.addShareWithHomeId | ( | long | homeId, |
| String | countryCode, | ||
| String | userAccount, | ||
| List< String > | devIds, | ||
| ITuyaResultCallback< SharedUserInfoBean > | callback | ||
| ) |
Batch add device sharing with a home (Addendum).
| homeId | Home identification |
| countryCode | Country identification |
| userAccount | The account of a user |
| devIds | Batch devices |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.addShareWithMemberId | ( | long | memberId, |
| List< String > | devIds, | ||
| IResultCallback | callback | ||
| ) |
Batch add device sharing (Data Append).
| memberId | User identification |
| devIds | Batch devices |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.confirmShareInviteShare | ( | int | shareId, |
| final IResultCallback | callback | ||
| ) |
Accepting invitations to share device.
| shareId | Invitation id of device share |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.disableDevShare | ( | String | devId, |
| long | memberId, | ||
| IResultCallback | callback | ||
| ) |
Close the sharing to a user's device.
| devId | Device identification |
| memberId | User identification |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.enableDevShare | ( | String | devId, |
| long | memberId, | ||
| IResultCallback | callback | ||
| ) |
Share the device with a user.
| devId | Device identification |
| memberId | User identification |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.getReceivedShareInfo | ( | long | memberId, |
| ITuyaResultCallback< ShareReceivedUserDetailBean > | callback | ||
| ) |
Get user details of the sharer.
| memberId | User identification |
| callback | Result callback ShareReceivedUserDetailBean |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.getUserShareInfo | ( | long | memberId, |
| ITuyaResultCallback< ShareSentUserDetailBean > | callback | ||
| ) |
Get user details of the person being shared.
| memberId | User identification |
| callback | Result callback ShareSentUserDetailBean |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.inviteShare | ( | String | devId, |
| String | userAccount, | ||
| String | countryCode, | ||
| ITuyaResultCallback< Integer > | callback | ||
| ) |
Send a device sharing invitation.
| devId | The id of the device you want to share |
| userAccount | Account of a user |
| countryCode | Country identification |
| callback | Result callback, returns the invitation id |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.onDestroy | ( | ) |
Recycling Resources.
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.queryDevShareUserList | ( | String | devId, |
| ITuyaResultCallback< List< SharedUserInfoBean >> | callback | ||
| ) |
Get the list of shared users for a device.
| devId | Device identification |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.queryShareDevFromInfo | ( | String | devId, |
| ITuyaResultCallback< SharedUserInfoBean > | callback | ||
| ) |
Get the user information of the owner of the shared device.
| devId | Device identification |
| callback | Result callback SharedUserInfoBean |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.queryShareReceivedUserList | ( | ITuyaResultCallback< List< SharedUserInfoBean >> | callback | ) |
Get the shared relationship received by the current user.
| callback | Result callback SharedUserInfoBean |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.queryUserShareList | ( | long | homeId, |
| ITuyaResultCallback< List< SharedUserInfoBean >> | callback | ||
| ) |
Get the list of users actively shared by the current user.
| callback | Result callback SharedUserInfoBean |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.removeReceivedDevShare | ( | String | devId, |
| IResultCallback | callback | ||
| ) |
Remove received device sharing.
| devId | Device identification |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.removeReceivedUserShare | ( | long | memberId, |
| IResultCallback | callback | ||
| ) |
Delete a device that previously received a user's share.
| memberId | User identification |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.removeUserShare | ( | long | memberId, |
| IResultCallback | callback | ||
| ) |
Delete a device share that has been shared to a user.
| memberId | User identification |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.renameReceivedShareNickname | ( | long | memberId, |
| String | name, | ||
| IResultCallback | callback | ||
| ) |
Modify the user information of the person being shared.
| memberId | User identification |
| name | New name of the person being shared |
| callback | Result callback |
| void com.tuya.smart.home.sdk.api.ITuyaHomeDeviceShare.renameShareNickname | ( | long | memberId, |
| String | name, | ||
| IResultCallback | callback | ||
| ) |
Modify the user information of device sharers.
| memberId | User identification |
| name | New name of sharer |
| callback | Result callback |


val status: Flow<Status>
Indicates the status of this Synchronizer. This implementation basically simplifies the status of the processor to focus only on the high level states that matter most. Whenever the processor is finished scanning, the synchronizer updates transaction and balance info and then emits a SYNCED status.