AscmvcRenderListenerInterface allows the implementing class to be consumed as a AscmvcEventManager class listener.
The interface's methods correspond exactly to the application's events as they are used in its run() method so that, in turn, these methods may be dynamically called by the EventManager's event-driven "trigger" methods.
Interface AscmvcControllerFactoryInterface
FactoryInterface allows the implementing class to create itself using initialization logic.
AscmvcRenderListenerInterface allows the implementing class to be consumed as a AscmvcEventManager class listener.
The interface's methods correspond exactly to the application's events as they are used in its run() method so that, in turn, these methods may be dynamically called by the EventManager's event-driven "trigger" methods.
EventManagerListenerInterface allows the implementing class to be consumed as a AscmvcEventManager class listener.
The interface's methods correspond exactly to the application's main events as they are defined in its run() method so that, in turn, these methods may be dynamically called by the EventManager's event-driven "trigger" methods.
AscmvcFinishListenerInterface allows the implementing class to be consumed as a AscmvcEventManager class listener.
The interface's methods correspond exactly to the application's events as they are used in its run() method so that, in turn, these methods may be dynamically called by the EventManager's event-driven "trigger" methods.
AscmvcRenderListenerInterface allows the implementing class to be consumed as a AscmvcEventManager class listener.
The interface's methods correspond exactly to the application's events as they are used in its run() method so that, in turn, these methods may be dynamically called by the EventManager's event-driven "trigger" methods.
AscmvcRenderListenerInterface allows the implementing class to be consumed as a AscmvcEventManager class listener.
The interface's methods correspond exactly to the application's events as they are used in its run() method so that, in turn, these methods may be dynamically called by the EventManager's event-driven "trigger" methods.
Class AbstractApp
The abstract AbstractApp class is the blueprint for the MVC's main engine.
The abstract AbstractController class is the blueprint for the MVC's controllers.
Description The AbstractController class is the one that needs to be extended in order to create a LightMVC controller.
The abstract AbstractControllerManager class is the blueprint for the MVC's ControllerManager.
The AbstractControllerManager class is the one that needs to be extended in order to create a LightMVC ControllerManager.
Class AscmvcEvent
The class AscmvcEvent extends the Laminas\EventManager\Event class and adds logic that is specific to this MVC.
Class AscmvcEventManager
The AscmvcEventManager class extends the Laminas\EventManager\EventManager class and adds events and logic that are specific to this MVC.
Class AscmvcEventManagerFactory
Returns an instance of the AscmvcEventManager without a shared manager.
Class Atlas
The Atlas class extends the AbstractModelObject and uses the atlas/orm library.
Class Controller
The Controller class extends the AbstractController and implements the AscmvcEventManagerListenerInterface.
Class ControllerManager
The ControllerManager class extends the AbstractControllerManager and acts as the MVC's dispatcher object.
Class Doctrine
The Doctrine class extends the AbstractModelObject and uses the doctrine/dbal and doctrine/orm libraries.
Class FastRouter
The FastRouter class extends the AbstractRouter class and uses the nikic/fast-route library.
An example of a general-purpose implementation that includes the optional functionality of allowing multiple base directories for a single namespace prefix.
Given a foo-bar package of classes in the file system at the following paths ...
/path/to/packages/foo-bar/
src/
Baz.php # Foo\Bar\Baz
Qux/
Quux.php # Foo\Bar\Qux\Quux
tests/
BazTest.php # Foo\Bar\BazTest
Qux/
QuuxTest.php # Foo\Bar\Qux\QuuxTest
... add the path to the class files for the \Foo\Bar\ namespace prefix as follows:
<?php
// instantiate the loader
$loader = new \Example\Psr4AutoloaderClass;
// register the autoloader
$loader->register();
// register the base directories for the namespace prefix
$loader->addNamespace('Foo\Bar', '/path/to/packages/foo-bar/src');
$loader->addNamespace('Foo\Bar', '/path/to/packages/foo-bar/tests');
The following line would cause the autoloader to attempt to load the \Foo\Bar\Qux\Quux class from /path/to/packages/foo-bar/src/Qux/Quux.php:
<?php
new \Foo\Bar\Qux\Quux;
The following line would cause the autoloader to attempt to load the \Foo\Bar\Qux\QuuxTest class from /path/to/packages/foo-bar/tests/Qux/QuuxTest.php:
<?php
new \Foo\Bar\Qux\QuuxTest;
Class AggregateRootController
The Controller class extends the AbstractController and implements the AscmvcEventManagerListenerInterface.
Class LazyLoadingMiddleware
This class stores given middleware inside a Container factory in order to load them only when needed.
Class MiddlewareFactory
Marshal middleware for use in the application.
This class provides a number of methods for preparing and returning middleware for use within an application.
If any middleware provided is already a MiddlewareInterface, it can be used verbatim or decorated as-is. Other middleware types acceptable are:
Additionally, the class provides the following decorator/utility methods:


- {{appEntry.appName}}
hub
owner:
mode:
connections:
mail
mail subject
mail message
mail host
mail from
mail port
mail username
mail password
file
target:
mode:
connections:
appName
- {{app.name}}
- {{lib.qName}}
- {{content.qUrl}}
app
contentLib
content
{{vm.createAppManagerController.serJson}}
- dynamic
- static
- field
- bookmark
- Hub
- File
owner
- DeleteAllFirst
- Override
- CreateOnly
- DeleteAllFirst
- Override
- CreateOnly
- {{connection.qName}}
mail subject
mail message
mail host
mail from
mail port
mail username
mail password


https://meta-magic.github.io/user-ms-ui/
npm install
while current directory is this repoRun npm start
to start a development server on port 8000 with auto reload + tests.
Run npm test
to run tests once or npm run test:watch
to continually run tests.
npm run release
MIT


Chorizo and lentil stew with spinach recipe
by Stevie ParleA lentil stew is hearty and wholesome, especially in winter. This one-pot recipe is perfect to cut down on washing up, and it can have dinner on the table in an hour.
Prep time: 10 minutes | Cooking time: 50 minutes
SERVES
Four
INGREDIENTS
- 2 tbsp olive oil
- 200g cooking chorizo, cut into 1cm slices
- 2 large white onions, finely chopped
- 1 stick of celery, finely chopped
- 1 red pepper, deseeded and chopped
- 1 red chilli, deseeded and finely chopped
- 2 garlic cloves, finely chopped
- 250g Puy lentils
- 2 bay leaves
- ½ small bunch of thyme, leaves picked
- 1 tsp sweet smoked paprika, plus extra, to serve
- 1 litre hot chicken stock or water
- 250g spinach, washed and drained
- A squeeze of lemon
- 2 handfuls of parsley leaves, finely chopped
- 4 tbsp crème fraîche, to serve
METHOD
- Heat the oil in a deep saucepan over a medium-low heat. Add the chorizo and gently fry for a few minutes until it begins to colour and release some of its fat. Scoop out of the pan and put to one side for a moment.
- Add the onions, celery, pepper, chilli, garlic and a good pinch of salt to the pan. Fry gently for 20 minutes until sweet and slightly coloured, adding more oil if needed.
- Stir in the lentils, bay leaves, thyme and paprika and mix well so the lentils are nicely coated. Pour over the stock, bring to the boil, then simmer for 20-25 minutes until the lentils are cooked through. It should be the texture of a thick stew.
- Add the spinach and the cooked chorizo, fold through the lentils and continue to cook until the spinach just begins to wilt. Add a squeeze of lemon to give it a kick, then season to taste and stir through the parsley.
- Transfer to warmed bowls, dollop over crème fraîche and give each bowl a dusting with paprika. Serve with some crusty bread.


Select an operation mode. Original Mode means that LeftyRighty will not use the Include List or the Exclude List.Include List means that LeftyRighty will only run on pages that match an entry in the Include List. Exclude List means that LeftyRighty will only run on pages that do not match an entry in the Exclude List.


Delegacy Round 1
Country based quiz using slides : Question based on personalities on monuments, flags, etc. of a country (30 slides). Each slide will remain for 30 seconds and participants will have to write answer on paper provided.
Country based quiz using slides : Question based on personalities on monuments, flags, etc. of a country (30 slides). Each slide will remain for 30 seconds and participants will have to write answer on paper provided.
Give your opinion: Topics on current controversies will be given. Each individual participant will have to give his or her views on it to the judges (max 3 min per participants) . Judging will be done on the basis of knowledge about the given topic and ability of candidate to express his or her views.
MUN:Senate will control the discussion,. Everyone will speak with reference to senate. Each group (2 persons) will represent a country. They will have to discuss on global issues. For the first 5 minutes they will address the whole panel and after that discussion will start on the basis of the argument. At last there will be voting on issues. Jury will act as the speaker of the house.


{% extends "djpcms/uniforms/uniform.html" %}{% block form-body %}{% for form in forms %} {{ form }}{% endfor %} {{ inlines }}{% endblock %}


|
Bullet Collision Detection & Physics Library
|
box-box collision detection More...
#include <btBoxBoxCollisionAlgorithm.h>
Classes | |
| struct | CreateFunc |
Private Attributes | |
| bool | m_ownManifold |
| btPersistentManifold * | m_manifoldPtr |
Additional Inherited Members | |
| Protected Member Functions inherited from btActivatingCollisionAlgorithm | |
| btActivatingCollisionAlgorithm (const btCollisionAlgorithmConstructionInfo &ci) | |
| btActivatingCollisionAlgorithm (const btCollisionAlgorithmConstructionInfo &ci, const btCollisionObjectWrapper *body0Wrap, const btCollisionObjectWrapper *body1Wrap) | |
| Protected Attributes inherited from btCollisionAlgorithm | |
| btDispatcher * | m_dispatcher |
box-box collision detection
Definition at line 27 of file btBoxBoxCollisionAlgorithm.h.
|
inline |
Definition at line 33 of file btBoxBoxCollisionAlgorithm.h.
| btBoxBoxCollisionAlgorithm::btBoxBoxCollisionAlgorithm | ( | btPersistentManifold * | mf, |
| const btCollisionAlgorithmConstructionInfo & | ci, | ||
| const btCollisionObjectWrapper * | body0Wrap, | ||
| const btCollisionObjectWrapper * | body1Wrap | ||
| ) |
Definition at line 24 of file btBoxBoxCollisionAlgorithm.cpp.
|
virtual |
Definition at line 36 of file btBoxBoxCollisionAlgorithm.cpp.
|
virtual |
Implements btCollisionAlgorithm.
Definition at line 76 of file btBoxBoxCollisionAlgorithm.cpp.
|
inlinevirtual |
Implements btCollisionAlgorithm.
Definition at line 44 of file btBoxBoxCollisionAlgorithm.h.
|
virtual |
report a contact. internally this will be kept persistent, and contact reduction is done
Implements btCollisionAlgorithm.
Definition at line 45 of file btBoxBoxCollisionAlgorithm.cpp.
|
private |
Definition at line 30 of file btBoxBoxCollisionAlgorithm.h.
|
private |
Definition at line 29 of file btBoxBoxCollisionAlgorithm.h.


This is the official AtomicDEX mobile beta program channel -
Android: https://play.google.com/store/apps/details?id=com.komodoplatform.atomicdex - iOS: https://testflight.apple.com/join/c2mOLEoC - Please use https://github.com/KomodoPlatform/atomicdex/issues for bug reports and feature requests. For critical security bug reports please do send us your encrypted (https://pgp.mit.edu/pks/lookup?op=get&search=0x379287998EE6CF47) report to<EMAIL_ADDRESS>and allow up to 24h for reply. For atomicDEX API (mm2) related issue reports or feature requests please do use https://github.com/KomodoPlatform/atomicDEX-API/issues
Between 09-Jan-20 12:00 AM and 10-Jan-20 12:00 AM
CiPhEr09-Jan-20 04:59 AM
is there a list of electrum servers somewhere? I would like to connect BUSD to my mm2 so i can check out orderbook, thanks!
coin parameters and all files needed for GUI support - jl777/coins
CiPhEr09-Jan-20 05:16 AM
oh ok cool thanks!
coingirl8709-Jan-20 06:39 AM
Hi, is there a second stress test planed in next time?
polycryptoblog09-Jan-20 07:04 AM
Yes, currently jl is working on developing decentralized order match engine. After it’s ready it will be tested internally then another public stress test. No hard dates yet but will be this year. Work can be seen ongoing in #ask-jl777
CiPhEr09-Jan-20 07:04 AM
so a little confused on connecting mm2 to an erc20 token (such as busd).
The BTC based coins are easy I just copy one of the connect scripts to a newly named one, open it and change say for instance KMD to VRSC, save and run and i'm connected.
It looks like BUSD is listed in the coins file already, but it seems there is an additional file that I need to create in order to connect, what file and where do i put it?
for instance, this is already in my atomicDEX-API/target/debug/coins file:
{
"coin": "BUSD",
"name": "binance-usd",
"fname": "Binance USD",
"etomic": "0x4Fabb145d64652a948d72533023f6E7A623C7C53",
"rpcport": 80,
"mm2": 1
},
CiPhEr09-Jan-20 07:14 AM
seems there might be an "Ethereum info file" required that starts out with "swap_contract_address":"0x8500AFc0bc5214728082163326C2FF0C73f4a871" would this address be the same for any erc20 token? Would this file be placed into my atomicDEX-API/target/debug/ folder?
I have no idea what I would put in the url / contact fields, all of this seems more like if I was applying to have a coin listed into adex?(edited)
Documentation for developers building on the Komodo Platform
coingirl8709-Jan-20 08:28 AM
Thanks @polycryptoblog
Bitfinger09-Jan-20 09:41 AM
Can I make a suggestion to update the github page at https://github.com/KomodoPlatform/atomicDEX
I know there is a lot of work going on in the background but github looks a bit dead.
I suggest adding a bit of info in the readme and perhaps a link there to the playstore app.
Also if it's possible, you should be adding the release versions to the 'releases' tab, even if it is just links to the playstore. Perhaps adding what fixes/features etc. have been done.
I expect more serious people will be looking for info on github rather than playstore and at least they can see something is happening.(edited)
Thanks @Oszy, I'd suggest a 30sec file which would be much smaller and also put it on github as I'd imagine most users would prefer to download from the 'official' source
Bitfinger09-Jan-20 11:11 AM
That file doesn't seem to work for me @Oszy, maybe it's too long or something. I still hear coins after choosing it for all sound events
Oh wait, that seems to be another sound for action confirmations or something... no sound during swap now
Oszy09-Jan-20 11:19 AM
I use this, just fine. ofc it could be shorter, there are loads of files like this online. 630kb is not big :p
Bitfinger09-Jan-20 08:30 PM
I have 20Gb/month @Oszy, every kb counts
CiPhEr09-Jan-20 08:54 PM
I'm getting a bunch of 'swap failed' and 'timeout' today. Are there ways of tracking down the cause of these or are the reasons for either of these problems always the same? Maybe my work internet is terrible? Using android app, latest
I can provide uuids or logs if needed(edited)
artemciy_dice09-Jan-20 11:30 PM
I've seen a number of failed swaps as well and I'm going to look closer into this by the end of the next week, as I'll be experimenting with failure gossip being implemented on top of komodod DEX p2p(edited)


A B C E F H I L N R S T
Additional Implementation Notes
Frequently Asked Questions FAQ
log1p
acosh
C99 and C++ TR1 C-style Functions
C99 and TR1 C Functions Overview
C99 C Functions
asinh
TR1 C Functions Quick Reference
atanh
Beta
Beta Distribution
Binomial Coefficients
Incomplete Beta Functions
Noncentral Beta Distribution
The Incomplete Beta Function Inverses
cbrt
Root Finding With Derivatives: Newton-Raphson, Halley & Schroeder
Sign Manipulation Functions
Modified Bessel Functions of the First and Second Kinds
Bessel Functions of the First and Second Kinds
Elliptic Integrals of the First Kind - Legendre Form
Elliptic Integrals of the Second Kind - Legendre Form
Elliptic Integrals of the Third Kind - Legendre Form
Error Functions
Normal (Gaussian) Distribution
Exponential Integral Ei
Exponential Integral En
expm1
Floating-Point Classification: Infinities and NaNs
Hermite Polynomials
hypot
Laguerre (and Associated) Polynomials
Log Gamma
Setting Polices at Namespace Scope
Rounding Functions
Series Evaluation
Compile Time Power of a Runtime Base
Introduction
Reference
Finding the Next Representable Value in a Specific Direction (nextafter)
Conceptual Requirements for Real Number Types
Spherical Bessel Functions of the First and Second Kinds
Calling User Defined Error Handlers
Changing the Policy on an Ad Hoc Basis for the Special Functions
Gamma
Incomplete Gamma Functions
Setting Policies at Namespace or Translation Unit Scope
Truncation Functions


Edit Attributes
For each type of graph (simple, analytic, etc), CONSTELLATION associates a set of attributes for the
graph, nodes and transactions entities. The set of attributes is defined by the graph's schema.
"Edit Attributes" provides the ability to browse, add, edit and delete attributes.
Layout
Select "Edit → Attributes..." from the main menu.
The attributes for each element type (graph, node and transactions) can be viewed by selecting one of the tabs at
the top of the panel. The attributes are listed in the upper part of the panel: attributes with a grey background
are defined by the graph's schema, and cannot be edited.
Selecting one of the attribute rows will display the attribute in the editing section.
The Name, Type, and Description columns display the name, type, and description of each attribute. The Key column
indicates whether the attribute is a key by showing the attribute's position within the key; a blank value means
the attribute is not a key.
Attribute Actions
Any attribute or key changes made in the "Edit Attributes" dialog box are not applied to the graph until you
select OK. If you select Cancel, the dialog box will close with no changes made to the graph.
The editing panel offers several actions:
-
Viewing
While viewing, you can select an attribute from the table and show it in the fields below the table.
Nothing is changed while viewing. While performing another action, you will be returned to Viewing
if you select an attribute in the table.
-
Add an attribute
This allows you to manually add an attribute to the graph. The currently displayed attribute will be used
as a starting point. When you have fully described the new attribute, select Update and the new attribute
will be added to the table.
-
Edit an attribute
This allows you to edit an attribute in the table. Attributes that belong to the schema or are part of the key
cannot be edited. Select Update to finish editing the attribute and replace it in the table.
-
Add from schema
This allows you to add an attribute defined by the schema. After selecting a schema attribute, select Update
to add it to the table.
Other operations
-
Attributes can be removed using the "Remove attribute" button. Select the attribute in the table, then select
"Remove attribute"
-
Keys can be defined using the "Keys..." button. This will display a dialog box that allows you to move
attributes to and from the "Selected attributes" column, and change their order. Selecting OK will display
the new key attribute values in the table.
It is strongly recommended that you do not change the key attributes. If you do, graph functionality
will be affected.
Applying changes
Any changes you have made in the "Edit Attributes" table will only be applied to your graph when you select OK.
Selecting Cancel will abandon your changes.


The PWG meetings will be held on February 13-14, 2019 only via WebEx teleconference (Virtual F2F).
There is no registration fee or RSVP survey for this meeting.
To join the online meeting:
Global toll-free call in numbers and other audio options ("Call Me Back" or VoIP) are listed once you join the WebEx meeting.
Attendee access code: Presented in the WebEx meeting
Note:All times are US Mountain Standard Time ( UTC-07:00 )
Discussions at PWG face-to-face meetings are covered by the PWG Policy on Intellectual Property and Confidentiality - basically everything we discuss is non-confidential and can be included in an open standard.
| Date | Times | Description |
|---|---|---|
| February 13 |
9:00 AM to 10:15 AM | PWG Plenary |
| 10:15 AM to 10:30 AM | IPP WG : Status | |
| 10:30 AM to 11:00 AM | IPP WG : IPP Everywhere v1.1 · IPP Everywhere Self Certification Manual v1.1 | |
| 11:00 AM to 11:30 AM | Break / Lunch | |
| 11:30 AM to 12:15 PM | IPP WG : 3D Liaison Status Report and Discussion | |
| 12:15 PM to 1:00 PM | IPP WG : IPP 3D v1.1 · PWG Safe G-Code | |
| 1:00 PM to 1:15 PM | Break | |
| 1:15 PM to 2:00 PM | IPP WG : IPP System Service | |
| 2:00 PM to 3:00 PM | IPP WG : IPP Authentication Methods | |
| February 14 | 9:00 AM to 11:00 AM | IDS WG : Status and Discussion · HCD Security Guidelines whitepaper |
| 11:00 AM to 11:30 AM | Break / Lunch | |
| 11:30 AM to 1:00 PM | IPP WG : JPS2 v2.0 ( Slides · Clean draft · Redline ) | |
| 1:00 PM to 1:15 PM | Break | |
| 1:15 PM to 1:45 PM | IPP WG : MFD Alerts v1.1 | |
| 1:45 PM to 2:30 PM | IPP WG : IPP Document Object v1.1 | |
| 2:30 PM to 3:00 PM | IPP WG : Next Steps |


1NT18IS193
ISE "A" 6th sem
["pink","purple","green","blue","yellow"]
Click on the button to filter all elements that do not contain e.
["pink","purple","green","blue","yellow"]
Click on the button to filter all elements that contains both e and n.
['sing', 'dance', 'lovely', 'amazingly', 'wonderfully', 'fly']
Click on the button to filter all elements that start with den or end with ly
['handed', 'hand', 'handy', 'unhanded', 'handle', 'hand-2']
Click on the button to replace hand with X for all words that start with hand followed by at least one word character.
['refused reed redo recieved']
Click on the button to replace all occurrences of removed or reed or received or refused with X.
'th\\er\\e ar\\e common asp\\ects among th\\e alt\\ernations'
Click on the button to Replace all occurrences of \e with e.


Hey ! Based on my calculations, your language of choice is C#! Feel free to research C# using the appropriate search engine. If you feel this is the wrong choice, please don't (but do!) question the Form's logic. C# is a simple, general-purpose, and object-oriented programming language for use with the .NET framework. Developed around 2000 by Microsoft, C# has quickly become a mainstay in the software development industry and anyone could benefit from learning more about it.
Hey ! Based on my calculations, your language of choice is Javascript! Feel free to research Javascript using the appropriate search engine. If you feel this is the wrong choice, please don't (but do!) question the Form's logic. Javascript represents one of the main parts of the triangle of web development (along side HTML and CSS) and is something users interact with everyday. First appearing in 1995, Javascript has stuck around throughout the years due to the dedicated developers behind its continual updates. Learning Javascript is a fantastic choice!
Hey ! Based on my calculations, your language of choice is Python! Feel free to research Python using the appropriate search engine. If you feel this is the wrong choice, please don't (but do!) question the Form's logic. Python is a high-level, general-purpose programming language that prioritizes code readability. First released in 1991, Python has a strong following of developers due to its built-in library. Python is a great choice of language to learn about if you are prioritizing productivity as it has many tools built-in to assist you and make coding more streamlined.
Hey ! Based on my calculations, your language of choice is Ruby! Feel free to research Ruby using the appropriate search engine. If you feel this is the wrong choice, please don't (but do!) question the Form's logic. Popular among Mac OS X and Linux users alike, Ruby represents a good amount of web development occuring today. With websites such as twitter, github, and shopify all using Ruby and the Ruby on Rails framework, it is a wonderful choice of programming language to begin learning!


Square 3x3 Matrix.
More...
#include <Matrix3D.h>
◆ Matrix3D() [1/2]
| linalg::Matrix3D::Matrix3D |
( |
| ) |
|
Constructs the identity matrix.
◆ Matrix3D() [2/2]
◆ at() [1/2]
| double & linalg::Matrix3D::at |
( |
unsigned int |
i, |
|
|
unsigned int |
j |
|
) |
| |
Returns a reference to the entry A[i, j] if the i and j are valid (i.e. 0<=i,j<3)
- Parameters
-
- Returns
- A reference to the entry in row i, column j
◆ at() [2/2]
| const double & linalg::Matrix3D::at |
( |
unsigned int |
i, |
|
|
unsigned int |
j |
|
) |
| const |
Returns a const reference to the entry A[i, j] if the i and j are valid (i.e. 0<=i,j<3)
- Parameters
-
- Returns
- A const reference to the entry in row i, column j
◆ operator*=()
◆ operator+=()
◆ transpose()
| Matrix3D linalg::Matrix3D::transpose |
( |
| ) |
const |
Returns the transpose of this matrix.
- Returns
- A.T if A is this matrix
◆ operator* [1/2]
◆ operator* [2/2]
◆ operator+
The columns of the Matrix [a, b, c].
The documentation for this class was generated from the following files:


The context view defines the boundaries of the system under development to distinguish it from neighboring systems. It thereby identifies the system’s relevant external interfaces. Make sure that the interfaces are specified with all their relevant aspects (what is communicated, in which format is it communicated, what is the transport medium, …), even though some popular diagrams (such as the UML use case diagram) represent only a few aspects of the interface.
The interfaces to neighboring systems are among most critical and risky aspects of a project. Ensure early on that you have understood them in their entirety.
-
Various context diagram (see below)
-
Lists of neighboring systems and their interfaces.


A Helpful tool to Explore the Sense of Taste in your Coffee Journey.
Latte, americano, mocha…there are so many creations with espresso. Whether you’re a coffee newbie or you consider yourself a coffee connoisseur, there are so many types of coffee drinks to discover. Here are some of the most popular types ordered by coffee lovers nationwide.
As the most popular coffee drink out there, the latte is comprised of a shot of espresso and steamed milk with just a touch of foam.
Cappuccino is a latte made with more foam than steamed milk, often with a sprinkle of cocoa powder or cinnamon on top.
A wonderful serenity has taken possession of my entire soul, like these sweet mornings.
For all you chocolate lovers out there, you’ll fall in love with a mocha. The mocha is a chocolate espresso drink with steamed milk and foam.
This Aussie-born drink is basically a cappuccino without the foam or chocolate sprinkle. It’s an espresso drink with steamed milk.
The affogato is an excuse to enjoy a scoop of ice cream any time of day. Served with a scoop of ice cream and a shot of espresso, or two.
It has a very interesting palate: the espresso on the surface and cold milk at the bottom making it hot and cold at the same time, and the espresso itself is more prominent in the flavor.
Cold or icy cold water drips at a rate of around one drop per second onto a bed of coffee. It slowly travels in contact with the coffee before passing through a final filter. Typical set ups take between 10 to 12 hours to brew.
Latte art is a way of preparing coffee by pouring microfoam into a shot of espresso and resulting in a pattern or design on the surface of the latte. It can also be created by simply "drawing" in the top layer of foam. Latte art is particularly difficult to create consistently, due to the demanding conditions required of both the espresso shot and milk. It is limited by the experience of the barista and quality of the espresso machine.
The purpose of tamping is to evenly distribute the coffee in the filter basket of an espresso machine, as well as to compress the grinds and that the espresso be extracted under consistent pressure.
Semi-automatic espresso machines requires manual operation. The espresso machine will send pressurized water into the grounds to extract full-flavored, robust espresso.
A milk frother is a utensil for making milk froth. It aerates the milk, creating a thick and heavy foam. The tiny bubbles, which are formed during this process, make the milk texture lighter and increase its volume.
Latte art is an artistic, or more personalised way of making and serving coffee. The image itself comes from the contrast between the white microfoam, and the espresso’s rich red-brown crema.


Before Change
attributes = obj._asdict()
name = attributes.get("name")
if not name:
raise UnaddressableObjectError("Parsed a non-addressable object: {!r}".format(obj))
if name in objects_by_name:
raise DuplicateNameError("An object already exists at {!r} with name {!r}: {!r}. Cannot "
"map {!r}".format(path, name, objects_by_name[name], obj))
After Change
previous = objects_by_name.get(name)
if previous:
previous_path, _ = previous
raise DuplicateNameError("An object with name {name!r} is already defined in "
"{previous_path!r}, will not overwrite with {obj!r} from "
"{current_path!r}."
.format(name=name,
previous_path=previous_path,


About Me
Technology changes. Priorities shift. The need for engaging content remains. I am a creative, process-minded problem solver who is dedicated to making content work for mission-driven organizations.
I Love...
My wife.
Friends.
Family.
My pets.
Adventures.
Exceptional coffee.
Live music.
Building things.
Soccer.
Photoshop.
Thoughtful design.
Comfort food.
I Like...
Scrum methodology.
Logic.
PMBOK.
Bootstrap 4.
SASS.
Camping.
Radical candor.
Hiking.
Space operas.
Adobe CS.
Running.
Watching football.
Efficient collaboration.
Mild snark.
I Avoid...
Uncooked tomatoes.
Reality TV.
Vague emails.
Gratuitous snark.
Theme parks.
Taylor Swift.
Talking about myself this much...


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Hi here is your python page.Python is an interpretted high level general purpose programming
language.
Python can be used for devoloping GUI application ,Website and web application
| Sl.No | Name | Post | Salary |
|---|---|---|---|
| 1 | Vishnu | CEO | 100000 |
| 2 | Amruth | HR | 50000 |
| 3 | Abhi | Clerk | 10000 |


As you enter the blacksmith’s shop, you are hit by a wall of heat from the forge.  You whirl around looking for the smithy.  It was as if he’d appeared out of nowhere.
His eyes narrow. "That blade you carry...I forged that. Where did you get it?"
You succintly explain how it came into your possession.
 "I forged that sword for the chosen one, knowing it would eventually find him."
You ask him to explain about the chosen one, but he only says that the actions of the swordbearer will determine the chosen one. That seems like all he is willing to say on the subject.


STAR TREK: GENERATIONS (1994) A Film Review by Ted Prigge Copyright 1997 Ted Prigge
Director: David Carson Writers: Donald D. Moore and Brannon Braga Starring: Patrick Stewart, William Shatner, Malcolm McDowell, Jonathan Frakes, LeVar Burton, Michael Dorn, Gates McFadden, Marina Sirtis, James Doohan, Walter Koenig, Alan Ruck
Not being a trekkie, but possessing the ability to enjoy "Star Trek" shows or movies (in moderation), I can't say that I was at all pumped to see this. And rightfully so. Sure, it has come up with an interesting way to pass the torch from TV show to TV show, but there's really nothing else there unless you're a Spock-ears-wearing, live-long-and-prosper saluting, die hard Trekkie. For the rest of us, we have to put up with hokey melodrama, and a pretty weak plot.
"Generations" introduces us film-wise to the crew of "Star Trek: the Next Generation," which wasn't a BAD show, but hardly was as cool as the original series. Sure, we have some cool characters: Captain Jean-Luc Picard (Patrick Stewart), Data (Brent Spiner), and...um...Will Wheaton was cool for the first couple seasons. But there's no other instances of cool supporting characters, other than the blind Jordi (LeVar Burton, who we all grew up with watching him on "Reading Rainbow"), and the quiet Commander Ryker (Jonathan Frakes).
The film basically has the cool idea of teaming up the current Captain Picard and the old and dead Captain Kirk (William Shatner), but that's all it has. There's a plot that is poorly constructed just to get these two together in the end, and even that's not really worth watching the rest for. The plot deals with a crazy, obsessive man named Dr. Tolian Soran (Malcolm McDowell - inspired casting, by the way), who wants to get himself back inside a thing called the Nexus, which is this kind of heavenly body that is kind of like paradise or something, but he was in it before and has been waiting 78 years to get back in (not being a trekkie, I don't know how a man could not age a bit in 78 years).
The Enterprise stumbles upon him when a lab he was working at was attacked by Romulans (some sort of bad guys, I dunno), and he survived. They soon find out he's really working for the Klingons (DUH!), but that he's really in it for himself. He wants to get inside the nexus by destroying a star, which will send the nexus sweeping through a planet he'll be on, thus sucking him in...and subsequently destroying the planet. Eventually, it comes down to a big one-on-one fight between Picard and Soran, and soon enough both are inside the nexus, and Picard has stumbled upon Kirk, who was killed in the opening sequence by it...sorta.
The film's height is at the end, although it's kind of anti-climactic. The only thing that saves it is the acting by both actors, as they have good chemistry. They are pitted together in a hokey sequence, one which never really pays off.
The beginning is cool, with members of the old crew showing up. We, of course, have Kirk, but we also have James Doohan and Walter Keonig...and Sulu's daughter (I guess George Takei was too busy). Note: no Spock, Bones, or Uhura. It's one of the only satisfying parts of the film, even if Alan Ruck has a pretty unfunny role.
Of course, there's some little unnecessary subplots, like one dealing with the android Data who has an emotion chip implanted inside him. Instead of being intelligent or anything, it just goes for some really cheap laughs, as in one scene where he keeps making bad jokes. This is never explored in any kind of depth, and is pretty much annoying.
I personally like the "Star Trek" movies...okay, I like the even ones. They posess a kind of cool-ness to them, and never got overly corny or anything. They had depth to them, and they never became blatanly trying to make some kind of cheap point. This one has Picard discussing his nephew wanting to go into Starfleet, but it stands apart from the rest of the film instead of meshing along with it. When he gets to this nexus, and finds he has an artificial family, it's not as moving as it should be, although the acting by Stewart saves it all.
Another cool thing about the older "Star Trek" is that they could be pretty funny without being stupid. "Star Trek IV" is a prime example of this, which used its gimmick of Spock trying to assimilate into society hilariously (I never thought I'd hear Spock utter the word "dumbass"). But most humor in this is corny, and just bad. Brent Spiner's a funny guy, but the writing for his character is so awful in some scenes that it gets embarassing. And a scene towards the beginning, taking place on an artificial boat is just...ugh.
Then there's the nexus, which is supposed to be a place of absolute bliss, but instead shows stuff that its inhabitants either never had or once had, but lost. It's supposed to be a place where you'd never want to leave, yet Picard and Kirk do, all due to a really simple way of thinking. If it were so tempting, it'd be impossible to leave it.
There are some plusses to the messed-up story, though. There are certain exciting and awesome scenes, like the beginning, end, and when the nexus sweeps through the one planet towards the middle (creating one of the most gorgeous shots in "Star Trek" history). The dialogue between Kirk and Picard is pretty intelligent, and witty and all. And Stewart is, of course, awesome, as usual. Oh, and Malcolm McDowell makes a fantastic villain, even if he's too under-written.
"Star Trek: Generations" thankfully isn't horrible and un-watchable, but it's so messed up, confused, and cheap that even the sight of Picard and Kirk fighting together can't save it. I really wish it could have, 'cause casting McDowell as the villain is purely inspired casting, and it's such a shame he has to go to waste.
MY RATING (out of 4): **
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| Application Overview | Application Cross Reference |
The core Vision system comes with a set of classes already defined. These classes include an initial set of methods which can be modified and extended by the user. Vision's built-in class hierarchy is discussed in detail in the general Vision documentation. The Portfolio Management Application Layer defines classes, protocol, and starter applications that address the needs of the portfolio management function. This layer is entirely implemented using the Vision language. You can therefore modify, extend, and reorganize the structures to meet the specific needs of your organization.
 These classes can be installed as is or modified as needed, depending on your requirements. Many of the Headstart Applications use data defined for these classes. Optional classes include:
Object | DataRecord | | | |-- AnalystEstimate | | | |-- EconomicData | | | |-- FundamentalData | | | |-- FundamentalDataA | | | |-- FundamentalDataM | | | |-- FundamentalDataQ | Entity | |-- Analyst | |-- Classification | |-- RangeClassification | |-- MCapGroup | |-- PBGroup | |-- PEGroup
The instances of the class Company represent the individual corporate entities for which you track information. Information maintained for a company typically includes country, industry, and fundamental data such as sales and earnings.
The document, The Company and Security Classes, describes the class Company and related classes.
The instances of the class Security represent the individual securities issued by a corporation, government, or other entity. A variety of security types exist including common and preferred stock, convertible and non-convertible bonds, and options. A company may issue one or more securities. A security is associated with no more than one company. Data maintained for a security typically includes price, dividend, and shares or amount outstanding information. Accounts hold specific amounts of one or more individual securities.
The document, The Company and Security Classes, describes the class Security and related classes.
The classes PriceRecord and DivRecord are used to store pricing and dividend information over time. Price and dividend records are normally accessed via messages defined at Security. Data maintained in a price record includes the trading volume and the high, low, and closing prices. Data maintained in a dividend record includes the dividend amount and the payment date.
The document, The Company and Security Classes, describes these classes in more details.
The class Account is a super class of the classes Portfolio, AggAccount, IndexAccount, and CompositeAccount. A Portfolio is defined as an account whose holdings are created via a feed from an internal portfolio accounting system. An AggAccount is defined as an account whose holdings are created by combining the holdings for a list of component portfolios. An IndexAccount is defined as an account whose holdings are created starting with a universe of securities. A CompositeAccount is defined as an account whose holdings are created as a weighted combination of other accounts.
The document, The Account Classes, describes the class Account and related classes.
The class Holding is used to represent a specific security held in an account as of a specific point in time. Holdings are rarely referenced directly. Instead they are accessed via a particular security or account. Data maintained for a holding typically includes shares held and total market value.
The document, The Account Classes, describes the Holding class.
All Vision installations include a basic hierarchy of classes defined for organizing application classes. These abstract classes include:
Most applications will interact with the database via Entity instances. The other classes are used to store data or manage navigations from an entity to other parts of the database. General application classes are described in more detail in the document Core Application Classes.
The classes Classification, Currency and Universe are Entity subclasses that are useful in a wide range of applications. These classes are included as a standard component of all Vision databases.
| Copyright © 1998 Innovative Systems Techniques, Inc. | Created March 11, 1998 |


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SUBTITLE 3. MINING AND MINERALS
CHAPTER 181
STRIP MINING
Section
181-1 Definitions
181-2 Powers of board
181-3 Prohibitions
181-4 Application for permit; fee
181-5 Bond
181-6 Reclamation
181-7 Termination, revocation of permit; release
181-8 Appeal
181-9 Penalty; injunction
181-10 Funds
Cross References
Environmental courts, jurisdiction over proceedings arising under this chapter, see §604A-2.


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Here, you will find totally modded versions of your favorite games. Believe me... it's fun.
Unfortunately, you will have to add an extension to access the mods. You will find the links
and descriptions on each page. For your convenience, the RipOff Games team is working on a new
set of modded games directly on the website. Stay tuned!
New update in place. Removing most of the Games dropdown and adding a games page.
New section for updates
Click here for more information...
If you would like to see anything else on here, fill out the form below.


Why emergency services were in Bristol city centre this afternoon
Police vehicles and an ambulance were spotted
by Alexander BrockEmergency services were called to Bristol city centre this afternoon (November 25).
A police van, police car and ambulance were picture in Lower Castle Street.
Avon and Somerset Constabulary has confirmed officers were called to reports of a concern for welfare.
Police remain at the scene after being called to the road shortly after 1.30pm.
The ambulance service added a crew attended the incident involving one patient at around the same time.
A spokesperson said: "South Western Ambulance Service was called at around 1.40pm about an incident involving one patient on Lower Castle Street, Bristol.
"We sent an ambulance crew and a senior paramedic to attend the incident."
For the latest news in and around Bristol, visit and bookmark Bristol Live's homepage .


Chris McDonough is thinking about what Unpythonic means, and he kind of concludes that it's just a stick to beat other people over the head with, that like "obscenity" it's just a vague term brought out to invoke a response without being very explicit about what really bothers you.
Probably true. But then, I think "Unpythonic" really does mean something. So I thought I'd invert the Zen of Python (import this).
An inverted version of the original by Tim Peters
It's the UnZen because I also destroy any Zenness when I explain each item. No elegant koans here. And I left out the Dutch one; I didn't feel like picking on some arbitrarily chosen nationality.
But for just about each idea, it seems like there's someone or some project that really does value the opposite idea. They seem to fall into two camps: the first several for cowboy coders and cowboy languages (*coughperlcough*), and the second half are ivory tower programmers and languages (*coughschemecough*). Inverting the error handling reminds me of this article. Complex syntax and special cases reminds me of people who defend Perl as a Huffman coding of programmer intent. Just to name a few.
Anyway, food for thought.
This is great :). I think I might have to go and retroactively remove my use of the word "pythonic" anywhere public, now...
Might I suggest a minor edit, though? Since most of these seem semi-serious (or at least, I've heard most of them proposed by "serious" people), the "namespaces" one seems out of place... how about:
Namespaces are a terrible idea, let's stop doing that because typing ``foo.bar`` takes twice as much time and energy to type as ``bar``
Better indeed; applied!
# Ian Bicking
Would it be Pythonic to expect claims of "UnPythonic!" to be supported by a Pythonic rewrite? If the Pythonic rewrite were sufficiently Pythonic, any inflamatory claims accompanying the Pythonic rewrite could be ignored, or left out completely.
# pass
> import that
# Niko Klaric
Better yet: >>> export that ;o)
How wise... a bunch of a posteriori revisionists.
I would add: You can always write FORTRAN code in any language: Python is not inmune to that either.
# anonymous
Every Unpythonic idea can be done in Python, and I could probably come up with an example for each one too, but I'm not that into the exposition of bad code. I'm sure I've done several of them myself.
It would be pretty boring to talk about "Pythonic" and "Unpythonic" if it just mean "syntactically valid according to the Python interpreter" or "not valid".
# Ian Bicking


In 2003, I went to culinary school to become a cake designer. This decision was spurred after my son was diagnosed with a milk allergy, and I couldn’t find a lactose-free cake he could have for his second birthday. As a result, I did the research and made one myself. I wanted to make it special and give it a personal touch that reflected his interests, so I took a cake decorating class at a local community center and learned the basics of using fondant. With the skills I acquired, I made him a rocket ship cake that we’ll never forget. It took me an entire day to carefully craft his cake, and while I still had far to go in developing my talents, I discovered I loved designing cakes! And the rest is history.
I’ve been creating custom cakes for 11 years, and during that time I’ve won four “Best Local Wedding Cakes” awards from Our Home City News. Some of my designs have been featured in national publications and wedding registries throughout the county.
Designing cakes for my clients is my passion. Whether it’s a fun animal cake for a birthday, a traditional wedding cake, or a corporate cake to celebrate an achievement, I’m excited to help you create the cake of your dreams!


xvinfo - Print out X-Video extension adaptor information
xvinfo prints out the capabilities of any video adaptors associated with the display that are accessible through the X-Video extension.
-display display This argument allows you to specify the server to query; see X(7).
-short Output less details, to reduce the amount of text.
-version Output program version, then exit.
DISPLAY This variable may be used to specify the server to query.
X(7), xdpyinfo(1), xwininfo(1), xdriinfo(1), glxinfo(1), xprop(1)
Mark Vojkovich


First an apology: I don't really know what a Multi User Dungeon is supposed to look like. I haven't played in any before. I know they exist, and when doing other programming work, I thought about what it would be like to program a system where users would sign in to a virtual realm and manipulate the objects in it. So I set out to give it a try. I'm not that strong with graphics, so it's kept really basic for now, operating on labels mostly, and when searching to name the thing, I just though it might fit the broad definition of a Multi-User Dungeon. Hope you like it.
The view shows:
You have an entry bar, type and press Enter to speak into the room.
Click a thing (in your inventory or in the room) to display which actions are available with it. For example, go through a door to another room.
Click the thing again to select it for extra actions such as combining or giving it to someone. //TODO:
//TODO: city hall (register), bank (account), shop...


GWOZ
Contact
Services
projects
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Hello!
I'm Mike..
Developer and consultant to financial technology companies. I build a lot a write a bit too!


--- title: Accelerated Longitudinal and Multiple Group Designs in ctsem author: Charles Driver date: 'November 2022' lastmod: 2022-11-14T18:33:24+01:00 slug: accelerated output: html_document featured: no image: caption: '' preview_only: no ---
This post is motivated by a recent question about how to handle accelerated longitudinal designs in ctsem. In these designs growth over a longer time span is approximated by tracking multiple cohorts (i.e. age ranges) for a shorter time span, which is nice but brings with it worries about cohort differences. The original form of ctsem, now ctsemOMX, contained specific functions for modelling with multiple-groups, but the improved handling of all manner of heterogeneity in ctsem as it stands these days makes this unnecessary – groups just need to be included as covariates to moderate system parameters. This is demonstrated here.
Here we specify a single latent process of state dependent growth over time, where individuals also exhibit stable differences over time, and cohort differences are found in both the amount of measurement error, and the amount of state dependency in growth. Such cohort differences could be due to genuine differences between the true underlying process of each group, as in this case, but it’s important to keep in mind that any heterogeneity could also come about due to model limitations. To imagine the latter case, one need only consider multiple age groups, all subject to quadratic growth, but fit with a linear growth model as the baseline – each group will then be estimated with a different linear slope, and if the number of age groups was high enough we could approximately recover the true quadratic trend.
Anyway, on to the data generation, though you might want to skip this code!
set.seed(1)
library(ctsem)
measurementErrorSD <- c(1, .5, .2, .2) #different cohorts measurement error
drift <- c(-.3, -.5, -.6, -.6)
for(cohorti in 1:4){
gm <- ctModel(
LAMBDA=diag(1), #single observed variable and single process
Tpoints = 50,
CINT=5,
TRAITVAR=diag(1), #include individual differences in continuous intercept
DRIFT=drift[cohorti], #temporal dynamics
DIFFUSION=.5,
MANIFESTVAR=0) #measurement error sd fixed to zero so we can plot true scores
#when generating data, free pars are set to 0
d <- data.frame(ctGenerate(ctmodelobj = gm,n.subjects = 50,
burnin = 5,dtmean = .1),Cohort2=0,Cohort3=0,Cohort4=0, Cohort=cohorti)
d$id <- paste0('Cohort',cohorti,'_id',d$id)
d <- d[d$time < (cohorti) & d$time > (cohorti-1),]
d$Yobs <- d$Y1 + rnorm(nrow(d),0,measurementErrorSD[cohorti]) #add measurement error
if(cohorti == 1){
dat <- d
} else{
d[[paste0('Cohort',cohorti)]] <- 1 #if other than first (baseline) cohort, set appropriate dummy
dat <- rbind(dat,d)
}
}
Let’s take a look at our data:
library(ggplot2)
ggplot(dat, aes(y=Y1,x=time,colour=factor(Cohort),group=id))+
geom_line()+theme_bw()+
geom_line(mapping = aes(y=Yobs),alpha=.3)+
guides(colour='none')
One aspect to modelling such accelerated designs with ctsem is how the first observation is handled. ctsem includes a vector called T0MEANS that specifies the starting point for all processes in the system, and this starting point is assumed to apply to the time of first observation for each subject. In this sense a better name for the vector would have been INITIALMEANS, but hindsight is harsh in software development sometimes. In any modelling where the T0MEANS parameters should apply to a specific point in time rather than simply whenever the first observation was made, we need to make sure that each individual has a first observation at the time of interest, even if all observed variables are NA. So we do this here, setting every subject to have an observation at the earliest age in the sample:
dat0 <- dat[!duplicated(dat$id),] #create extra dataframe containing one observation of each subject
dat0$time <- min(dat$time) #set the times of each observation to the time of earliest observation in our dataset
dat0$Y1 <- dat0$Yobs <- NA #set observed variables to NA (but keep the info for time independent predictors such as group dummies!)
dat <- merge(dat, dat0, all = TRUE)
We can set up and fit a baseline model that does not account for cohort differences. For the most part we rely on the model defaults, which is to have freely estimated temporal effects (DRIFT) and temporal fluctuations (DIFFUSION) matrices, as well as stable individual differences in the starting point (T0MEANS) and any other freely estimated intercept parameters. Since we are dealing with growth over time it is usually clearer to use the ‘continuous’ intercept (CINT, affecting the latent processes) to capture the linear slope effect and fix MANIFESTMEANS (intercept on the measurement equation) to zero. Since we just have one observed variable and only want to model one latent process, the factor loading matrix LAMBDA is simply a 1x1 matrix of 1.
m1 <- ctModel(
type='stanct',
CINT='cint',
MANIFESTMEANS = 0,
LAMBDA=diag(1),
manifestNames = 'Yobs')
f1 <- ctStanFit(datalong = dat, ctstanmodel = m1, cores=2)
To include cohort information, we take our first cohort as the baseline group, then add a dummy covariate for each subsequent cohort to the time independent predictors – these moderate all of the individual system parameters by default, but do not moderate the standard deviation or correlation structure of any random effects individual differences.
m2 <- ctModel(
type='stanct',
CINT='cint',
TIpredNames = c('Cohort2','Cohort3','Cohort4'),
MANIFESTMEANS = 0,
LAMBDA=diag(1),
manifestNames = 'Yobs')
#ctModelLatex(m2) #view the full model as a pdf
f2 <- ctStanFit(datalong = dat, ctstanmodel = m2, cores=2)
With cohort influences on the system parameters, the model looks like:
knitr::include_graphics('mdefaulttex.png')
We can plot expectations for a subject from each group based only on covariates (i.e. group membership) as follows.
plot<-ctKalman(f2, subjects = dat$id[!duplicated(dat$Cohort)], plot=T,
kalmanvec=c('yprior'),removeObs = T, polygonsteps=1)
print(plot+facet_wrap(vars(Subject)))
Or if we want to display the best estimate for each individuals trajectory, conditioning on all available information (so no these are not forward predictions), we use the Kalman ‘smoothed’ estimates, like so:
ctKalman(f2, subjects = dat$id[!duplicated(dat$Cohort)], plot=T,
kalmanvec=c('y','etasmooth'),facets=NA)
If cohort effects on the parameter means is deemed insufficient, and group differences on the random effects structure of parameters is also desirable, then for the time being at least you can’t rely on ctsem’s automatic random effects structuring, but have to build your own by extending the number of system states, and disabling ctsem’s random effects. System states for stable individual differences are essentially an unchanging process with a freely estimated starting point (T0MEANS), and freely estimated covariance with other processes at the start point (T0VAR).
m3 <- ctModel(
type='stanct',
manifestNames = 'Yobs',
latentNames=c('eta','intercept'), #we now have two processes -- main process eta, and extra process 'intercept'
CINT=0, #we no longer estimate a parameter here, because we have moved it to the 2nd system process
DRIFT=c(
'drift1', 1, #self feedback parameter, and effect of intercept process on main process fixed to 1
0, 0), #no effect of main process on intercept, and intercept process does not change so auto effect is 0
DIFFUSION=c(
'diffusion1',0, #only the main process is subject to random fluctuations
0,0),
T0VAR=c( #since we are now specifying individual differences by manually extending the system matrices,
't0v11',0, #stable individual differences come in via the initial variance (t0var) in starting points.
't0v21','t0v22'), #correlation parameters are specified in the lower off diagonal.
T0MEANS=c(
't0eta||FALSE', #freely estimate starting points for both processes but,
't0intercept||FALSE'), # *disable* ctsem's random effects handling (set to FALSE)
TIpredNames = c('Cohort2','Cohort3','Cohort4'),
MANIFESTMEANS = 0,
LAMBDA=matrix(c(1,0),nrow=1, ncol=2)) #intercept process does not directly affect observed variables)
f3 <- ctStanFit(datalong = dat, ctstanmodel = m3, cores=2)
In this case, we can also use the plot functions to observe how the estimates of the random effects individual differences get updated with each point of new data – before any of an individuals observations are known, the estimate is simply the mean for the cohort, but once observations start coming in, the prediction for individuals continuous intercept gets updated, just like the forward predictions for the main latent process of interest, eta. These plots are from the kalman predictions, which are requested by specifying either ‘etaprior’ (for latent process) or ‘yprior’ (for observation level) predictions.
ctKalman(f3, subjects = dat$id[!duplicated(dat$Cohort)],plot=T,kalmanvec='etaprior')
We can compare the different models for cohort differences using a few different approaches.
Either AIC, with lower being better:
print(data.frame(
Model=c('m1','m2','m3'),
AIC=c(summary(f1)$aic, summary(f2)$aic, summary(f3)$aic)))
## Model AIC
## 1 m1 4081.966
## 2 m2 3053.313
## 3 m3 3070.998
Or using chi-square tests, where a low probability (e.g. < .05) indicates the more complex model is performing significantly better:
ctChisqTest(f2,f1)
## [1] 3.579979e-216
ctChisqTest(f3,f2)
## [1] 0.9999959
Or using cross validation, to quantify prediction performance on out of sample data. The default is 10 fold cross validation, where 10% of subjects are dropped during parameter estimation for each of 10 fits, and the ‘out of sample’ log likelihood is based on the sum of log likelihoods over these 10 groups. Higher likelihoods indicate better models.
l1=ctLOO(f1,cores=1)
l2=ctLOO(f2,cores=1)
l3=ctLOO(f3,cores=1)
print(data.frame(
Model=c('m1','m2','m3'),
CV10FoldLogLik=c(l1$outsampleLogLik,l2$outsampleLogLik,l3$outsampleLogLik)))
## Model CV10FoldLogLik
## 1 m1 -2045.691
## 2 m2 -1525.703
## 3 m3 -1534.040
In this case, the cohort differences model where only the means differ, and random effects distributions are otherwise the same, is the most effective model. This is consistent with how the data were generated.


Methods
# greatCircleEndBearing(carto1, carto2) → {number}
Calculates the end bearing of a trajectory that would go from one point to another using the Harvesine formulae.
| Name | Type | Description |
|---|---|---|
carto1 |
Cesium.Cartographic | The first cartographic coordinate |
carto2 |
Cesium.Cartographic | The second cartographic coordinate |
- Source:
The end bearing in radians (0° = North, 90° = East, 270° = West)
- Type
- number
# greatCircleGroundDistance(carto1, carto2, radius) → {number}
Calculates the ground distance between two geographic coordinates using the Harvesine formulae.
| Name | Type | Description |
|---|---|---|
carto1 |
Cesium.Cartographic | The first cartographic coordinate. |
carto2 |
Cesium.Cartographic | The second cartographic coordinate. |
radius |
number | The radius in meters (defaults to MEAN_EARTH_RADIUS) |
- Source:
The distance in meters
- Type
- number
# greatCircleInitialBearing(carto1, carto2) → {number}
Calculates the initial bearing to take to navigate from a point to another using the Harvesine formulae.
| Name | Type | Description |
|---|---|---|
carto1 |
Cesium.Cartographic | The first cartographic coordinate |
carto2 |
Cesium.Cartographic | The second cartographic coordinate |
- Source:
The initial bearing in radians (0° = North, 90° = East, 270° = West)
- Type
- number
# greatCircleTranslate(carto, translation, radius) → {Cesium.Cartographic}
Travels a distance from a given point with a given translation using the Harvesine formulae. The translation is a tuple
containing the ground distance as first element and the initial bearing as second element, as returned by the greatCircleTranslation()
function.
This function shares the following quasi-equality with greatCircleTranslation()
:
// given a and b, two Cartographic
greatCircleTranslate(a, greatCircleTranslation(a, b)) ~= b
| Name | Type | Description |
|---|---|---|
carto |
Cesium.Cartographic | The initial cartographic coordinate |
translation |
Array | The translation to apply. It is a tuple where the first element is the ground distance in meters and the second element is the initial bearing in radians (0° = North, 90° = East, 270° = West) |
radius |
number | The radius in meters (defaults to MEAN_EARTH_RADIUS) |
- Source:
The new position
- Type
- Cesium.Cartographic
# greatCircleTranslation(carto1, carto2, radius) → {Array}
Calculates the translation from one point to another using the Harvesine formulae. The translation is a tuple containing the ground distance
as first element and the initial bearing as second element. This function returns the same results than greatCircleDistance()
and
greatCircleInitialBearing()
but requires less computation than calling both functions in succession.
This function shares the following quasi-equality with greatCircleTranslate()
:
// given a and b, two Cartographic
greatCircleTranslate(a, greatCircleTranslation(a, b)) ~= b
| Name | Type | Description |
|---|---|---|
carto1 |
Cesium.Cartographic | The first cartographic coordinate. |
carto2 |
Cesium.Cartographic | The second cartographic coordinate. |
radius |
number | The radius in meters (defaults to MEAN_EARTH_RADIUS) |
- Source:
A tuple containing the distance in meters between the two points as first element and the initial bearing in radians from first point to second point as second element (0° = North, 90° = East, 270° = West)
- Type
- Array


Please replace the contents of the
/app
folder inside the application bundle with a custom NodeKit (node.js) application
×


icons
Icons are used for admonition labels, callout numbers and inline symbols.
Asciidoctor provides three strategies for display icons:
as text, as images or as a characters selected from an icon font.
The strategy is controlled using the icons attribute. The default behavior is to display the fallback text.
If you want icons to display using images, set the icons attribute to an empty value in the document header.
This strategy is recommended if you are converting to DocBook or you want an easy way to make HTML for viewing offline. The DocBook toolchain provides images for the admonition and callout icons, which you can replace with your own custom icons.
If you use the inline icon macro, you’ll need to provide the images for those icons.
Alternatively, you can have Asciidoctor “draw” icons using the Font Awesome font-based icon set.
To use this feature, set the value of the icons document attribute to font in the document header.
You can see the available icons on the icons page.
Using Font Awesome provides many more images, but requires online access by default.
The default CSS stylesheet (or any stylesheet produced by the Asciidoctor stylesheet factory)
is required when using font-based icons.


Cayetano bares SEAG saboteurs’ modus
by Ellson QuismorioHouse Speaker Alan Peter Cayetano described on Friday the lengths that certain individuals have allegedly gone just to sabotage the country’s hosting of the 30th Southeast Asian Games (SEAG), which will officially start on Saturday, November 30.
“It’s an operation. If anyone plans an operation, they plan a communications component,” Cayetano, chairman of the Philippine SEA Games Organizing Committee (PHISGOC), told reporters on the sidelines of the Bicameral Conference Committee hearing on the proposed P4.1-trillion national budget for 2020.
“Some of my friends in the media approached me. ‘Sir umaagos pera pero hindi namin tinatanggap (a lot of money is being offered but we didn’t accept it) because it’s not about politics, it’s about the country,” he narrated.
Even the athletes themselves were reportedly being wooed to besmirch the staging of the competitions, Cayetano claimed.
“Pati nga sa mga participants ng SEA Games may nagpapahiwatig, ‘we’ll take care of you, pwede mo bang banatan to? (Even the SEA Games participants have been approached and asked, ‘we’ll take care of you, can you attack this)'” added the Speaker.
Cayetano also cited the involvement of “social media operators” based on his personal observations that damaging fake news regarding the SEA Games hosting were being “boosted” in the online space.


| Package | com.developmentarc.core.datastructures.utils |
| Class | public class PriorityQueue |
Items that are added to the queue are sorted from highest priority to lowest and when the next() method is called the highest priority item in the queue is returned. Items with the same priority are returned in the order they where added to the queue (First in First out).
| Property | Defined by | ||
|---|---|---|---|
| hasItems : Boolean [read-only]
Used to determine if items are currently stored inside the
PriorityQueue.
| PriorityQueue | ||
| items : Array [read-only]
Returns a cloned copy of the items table in the queue.
| PriorityQueue | ||
| length : int [read-only]
The number of items currently in the PriorityQueue.
| PriorityQueue |
| Method | Defined by | ||
|---|---|---|---|
| PriorityQueue | |||
|
addItem(item:*, priority:uint = 5):void
Adds an item to a queue based on the priority value.
| PriorityQueue | ||
|
next():*
Used to access the next item in the queue base
on the priority.
| PriorityQueue | ||
|
peek():*
Peek returns the first item in the queue without removing
the item from the queue.
| PriorityQueue | ||
|
removeAllItems():void
Clears all items from the queue.
| PriorityQueue | ||
|
removeAt(position:uint):Boolean
Removes an item at the specified position.
| PriorityQueue | ||
|
removeItem(item:*, numberOfInstances:int, priority:int = -1):Boolean
Removes an item from the queue.
| PriorityQueue |
| hasItems | property |
hasItems:Boolean
[read-only]Used to determine if items are currently stored inside the PriorityQueue.
Implementation public function get hasItems():Boolean
| items | property |
items:Array
[read-only]Returns a cloned copy of the items table in the queue.
Implementation public function get items():Array
| length | property |
length:int
[read-only]The number of items currently in the PriorityQueue.
Implementation public function get length():int
| PriorityQueue | () | constructor |
public function PriorityQueue()
| addItem | () | method |
public function addItem(item:*, priority:uint = 5):void
Adds an item to a queue based on the priority value. The queue always starts at the zero postion when next() is called so the prioirty value determines where the item should reside in the queue. The lowest priority is 0, which overrides all other priorities. By default the priority is set to 5.
Example: An item of priority 3 is added to the queue. The addItem() method first checks to see if there are any items of a higher or the same priority of the item. If there are items of higher or same priority the new item is put behind the existing items.
Parametersitem:* — The item to add to the queue.
|
|
priority:uint (default = 5 ) — The prioirty to assign the item.
|
| next | () | method |
public function next():*
Used to access the next item in the queue base on the priority. If no items are in the queue then null is returned. It is recommened that you check hasItems before calling next to prevent returning a null value.
Returns* — The next item in the queue based in the highest priority.
|
| peek | () | method |
public function peek():*
Peek returns the first item in the queue without removing the item from the queue. This enables you to peek at the item without adjust the order in the queue.
Returns* — First item in the queue, null if no items in the queue.
|
| removeAllItems | () | method |
public function removeAllItems():void
Clears all items from the queue.
| removeAt | () | method |
public function removeAt(position:uint):Boolean
Removes an item at the specified position. If the position is invalid then a false value is returned stating that the item was not removed at the provided position. If the position is valid the method returns a true for success.
Parametersposition:uint — The position in the PriorityQueue to remove.
|
Boolean — True for successful removal, false for an invalid position.
|
| removeItem | () | method |
public function removeItem(item:*, numberOfInstances:int, priority:int = -1):Boolean
Removes an item from the queue. Items can have multiple instances stored inside a queue so if if you only wish to remove a specific number of instances from the queue but leave the rest you can provide a value in the numberOfInstances argument. By default all instance of the requested item are removed.
Parametersitem:* — The item to remove from the queue.
|
|
numberOfInstances:int — The number of instances to look for.
|
|
priority:int (default = -1 )
|
Boolean — Boolean True if one or more instances were found, otherwise False
|


Mulodo Vietnam
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Travel is the movement of people between distant geographical locations. Travel can be done by foot, bicycle, automobile, train, boat, bus, airplane, ship or other means, with or without luggage, and can be one way or round trip.Travel can also include relatively short stays between successive movements, as in the case of tourism.
We travel for various reasons, but it’s interesting to note that vacations are often referred to as “getaways.” Most often, we travel to get away from something — be it a bad job, a relationship, a stereotype, or just a nagging sense of wanderlust. Sometimes, we don’t even realize that we are traveling to escape. But even just a short vacation to the beach or an unfamiliar city can serve as an escape — an escape from work, stress and responsibilities that we are weighed down with at home.


ChromeWeb
public struct ChromeWeb
Settings specific to the Chrome web platform.
-
The required intializer for the
ChromeWeb
class.Declaration
Swift
public init(title: String?, iconUrl: String? = nil, payload: [String : Any]? = nil, timeToLive: Double? = nil)
Parameters
title
title String.
iconUrl
(Optional) iconUrl value.
payload
(Optional) payload Json.
timeToLive
(Optional) timeToLive value.


{% extends "base.html" %} {% block content %}
Your don't appear to have any links. Click here to add a link.


Francisco Sierra
Front End
Developer
I am a Front End Software Engineer skilled in Ruby on Rails and React JavaScript based programming, with 4 years of work experience in Video Post Production. At heart, I'm a storyteller, particularly passionate about the confluence of code and video. 🤓 📚
Through my never-ending educational journey, I strive to stay up to date with the latest technologies and tools for the production of media and the development of web apps and programs. 💻
My job is to provide knowledge, talent and passion to lift voices, to tell stories, to fulfill my client’s vision, to produce thoughtful projects with efficiency and to create truth in content. 💡
Through my never-ending educational journey, I strive to stay up to date with the latest technologies and tools for the production of media and the development of web apps and programs. 💻
My job is to provide knowledge, talent and passion to lift voices, to tell stories, to fulfill my client’s vision, to produce thoughtful projects with efficiency and to create truth in content. 💡


Questions
- Why should I use Sage?
- Does Sage replace REST or GraphQL?
- How can I learn Sage?
- Is Sage frontend or backend?
- Does Sage use HTTP?
- What kind of protocol is Sage?
- How does Sage affect my product’s performance?
- What is a Sage client and why would I use one?
- Does Sage replace databases and ORMs?
- Who is behind Sage?
- Is Sage scalable?
- What are the security concerns with Sage?
- How does auth* work with Sage?
- How does versioning work in Sage?
- How can I document my Sage API?
- What is the best way to follow protocol releases?
- How can I contribute to the Sage protocol?
General
Best Practices
Protocol
Answers
-
Why should I use Sage?
It depends on your use case, but in general, Sage has a few key features that stand out. For example, Sage enables you to...
- Query for only what you want, and get exact, predictable results.
- Create a representation of your data that feels natural (a graph).
- Describe and manage the data requirements of your app.
- Ensure that all of your data is flexibly typed with a schema.
- Reduce the need for breaking changes, but utilize a built-in mechanism for deprecations when you need to.
Our homepage outlines even more reasons to use Sage.
-
Does Sage replace REST or GraphQL?
No, not necessarily. They all handle APIs and can serve similar purposes from a business perspective. Sage is can be considered as a minimalist alternative to GraphQL, but this wouldn't be a definitive replacement.
Sage and REST can actually co-exist in your stack. For example, you can abstract REST APIs behind a Sage service.
-
How can I learn Sage?
This website has the official walkthrough and many other resources available to help you learn Sage. In our documentation, you can find the best practices and other articles that explain essential concepts and how they work.
Before you start your learning journey, make sure you know what an API is and how communication generally works between client and server.
-
Is Sage frontend or backend?
Both. Sage specifies how you can exchange information between client and server. This includes...
- how the server can indicate what data is available,
- how the client should format requests,
- how the server should execute these queries,
- what the client will receive in response.
-
Does Sage use HTTP?
Yes, Sage is typically served over HTTP. This is largely due to how pervasive the HTTP protocol is in our industry. But it helps that you can try out Sage by creating a single HTTP request. Guidelines for setting up a Sage service to operate over HTTP are available in our documentation.
While HTTP is the most common choice for client-server protocol, it’s not the only one. Sage is agnostic to the transport layer. So, for example, you could use WebSockets for communicating with a Sage service, instead of HTTP to consume realtime data.
-
What kind of protocol is Sage?
Sage is an application-layer protocol and does not require or dictate a particular transport. It is a standard about how clients & services interact and exchange data, in a query-based and entity-focused way.
-
How does Sage affect my product’s performance?
On a typical Sage service, every artifact (attribute, act or link) on every type has a focused, single-purpose function for resolving that value. As a result, there are some inherent performance benefits. Minimizing over-fetching and making fewer roundtrips to the server are two of them.
Other performance factors should be considered when building out your Sage implementation. For example, it’s possible for a Sage service to be ‘chatty’ and repeatedly load data from your database. This is commonly solved by implementing a batching technique, like GraphQL's DataLoader does.
-
What is a Sage client and why would I use one?
Sage clients are necessary for...
- handling queries
- networking
- describing data requirements
- managing the data locally
They use the underlying capabilities and the structure of a Sage API to handle these; in the end which simplifies your data interactions.
-
Does Sage replace databases or ORMs?
No, Sage is a protocol typically used for remote client-server data interactions. It's agnostic to the data source(s) used and doesn’t implement an object-relational mapping technique. But it provides a way for describing your data schema as an entity graph.
-
Who is behind Sage?
The protocol is originally created by Doruk Eray at Dorkodu. We'll seperate the Sage protocol completely from Dorkodu, once the wide adoption is achieved and outsider contributors start involving in the project.
The Sage protocol and all related projects are open source, so anyone is welcome to contribute. That said, there is a structure in place behind the repositories. This exists to resolve conflicts within the community and guiding technical decisions.
-
Is Sage scalable?
Yes, Sage is designed to be scalable and used in production under a very high load.
Sage comes with some built-in performance boosts that can help. But once you push it to production, you're responsible for scaling it across instances and monitoring performance.
-
What are the security concerns with Sage?
Most of the security concerns associated with Sage are typical for any API or service. A few examples: SQL injections, Denial of Service (DoS) attacks, or someone abusing flawed authentication.
No matter the concern, it’s important to be proactive. There are many ways to securing your Sage server. Using a timeout or throttling queries based on the server time it needs to complete are some potential approaches.
-
How does auth* work with Sage?
We recommend enforcing authorization behavior in the business logic layer. That way, you have a single source of truth for authorization. For a more detailed explanation, go to our Auth* documentation.
You can implement authentication with common patterns, such as OAuth or JWT. There’s nothing special about authentication within the Sage protocol. Also, if you’re working with a pipeline model, we recommend that Sage should be placed after all auth* middleware.
-
How does versioning work in Sage?
There’s nothing that will prevent a Sage service from being versioned like any other API. That said, Sage avoids versioning by design.
Instead, Sage helps you continually evolve your schema. For example, Sage only returns the data that’s explicitly requested. This means that you can add new features (and all the associated types and artifacts) without creating a breaking change or bloating results for existing queries.
You can read more about how versioning works in Sage in that specific Best Practices section.
-
How can I document my Sage API?
One of the benefits of Sage is that it's inherently self-documenting. This means that you’re able to explore what data is exposed by your Sage API. This includes the artifacts, types, and more.
You can also add a description to provide supplementary notes about your endpoint.
For many, this provides enough API reference documentation. But it doesn’t reduce the need for other forms of documentation. You'll likely still need to create guides that explain how the general concepts tie into your specific use case.
-
What is the best way to follow protocol releases?
The latest working draft of the Sage protocol whitepaper can be found on the GitHub repo (dorkodu/sage). All editions are also available at permalinks that match their release tag.
The entire process behind each release is open source. You can monitor specification proposals and the progress by following pull requests and commits in the repository.
-
How can I contribute to the Sage protocol?
Sage is still evolving and contributions are very welcome! The specification (including the latest working draft) is open source. Contributor guidelines are available on GitHub.
There are more ways to get involved with Sage beyond the specification though:
- Implementing Sage in your favorite language.
- Contributing to existing projects for Sage. (e.g. reference implementations, tools, educational content etc.)
- Updating the content on this website and the documentation.
- Sponsor our work.


Jedi Knights Obi-Wan Kenobi and Qui-Gon Jinn rescue Queen Amidala, ruler of a peaceful planet invaded by dark forces. During their escape, they discover nine-year-old Anakin Skywalker, a child prodigy who is unusually strong in the Force.
Duration: 2h 16m
Release Date: 1999
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
When Jedi apprentice Anakin Skywalker is assigned to protect Senator Padmé Amidala, he discovers his love for her…and his own darker side. Obi-Wan Kenobi uncovers a secret clone army as the galaxy marches toward full-scale war.
Duration: 2h 22m
Release Date: 2002
Genre: Science fiction, Action adventure
Rating: 6+
Disney+
Clone Wars rage across the galaxy. A sinister Sith Lord seizes control of the Republic and corrupts Anakin Skywalker to be his dark apprentice, Darth Vader. Now, in an epic lightsaber duel, Jedi Obi-Wan Kenobi must confront his fallen friend.
Duration: 2h 20m
Release Date: 2005
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
Young farm boy Luke Skywalker is thrust into a galaxy of adventure when he intercepts a distress call from the captive Princess Leia. The event launches him on a daring mission to rescue her from the clutches of Darth Vader and the evil Empire.
Duration: 2h 4m
Release Date: 1977
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
The Rebels scatter after the Empire attacks their base on the ice planet Hoth. Han Solo and Princess Leia are pursued by Imperials, while Luke trains with Jedi Master Yoda. But when Luke battles Darth Vader, he learns the shocking truth of his past.
Duration: 2h 7m
Release Date: 1980
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
When the Empire prepares to crush the Rebellion with a more powerful Death Star, the Rebel fleet counters with a massive attack on the space station. In a final climactic duel, Luke Skywalker confronts Darth Vader.
Duration: 2h 14m
Release Date: 1983
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
As a new threat to the galaxy rises, Rey, a desert scavenger, and Finn, an ex-stormtrooper, must join Han Solo and Chewbacca to search for the one hope of restoring peace. Experience the motion picture event of a generation in Star Wars: The Force Awakens.
Duration: 2h 18m
Release Date: 2015
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
The Star Wars saga continues as new heroes and galactic legends go on an epic adventure, unlocking mysteries of the Force and shocking revelations of the past.
Duration: 2h 32m
Release Date: 2017
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
In STAR WARS: THE RISE OF SKYWALKER, the riveting conclusion of the landmark Skywalker saga, new legends will be born—and the final battle for freedom is yet to come.
Duration: 2h 22m
Release Date: 2019
Genre: Science fiction, Action adventure
Rating: 12+
Disney+
Board the Millennium Falcon and journey to a galaxy far, far away in an epic action-adventure that will set the course of one of the Star Wars saga’s most unlikely heroes.
Duration: 2h 15m
Release Date: 2018
Genre: Science fiction, Crime, Action adventure
Rating: 12+
Disney+
From Lucasfilm comes an epic adventure — Rogue One: A Star Wars Story. In a time of conflict, a group of unlikely heroes band together on a mission to steal the plans to the Death Star, the Empire’s ultimate weapon of destruction.
Duration: 2h 14m
Release Date: 2016
Genre: Science fiction, Action adventure
Rating: 12+
Disney+


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Game
About us
Sara Altaweel
Anagheem Bayan
Malak Al-momani
Mohammad Khazali
Khalid Bassam


SQLiteSimpleCache Members
The SQLiteSimpleCache type exposes the following members.
Methods
| Name | Description | |
|---|---|---|
| Add<(Of <<'(T>)>>) |
Adds a new item into the cache at the specified cache key only if the cache is empty.
|
|
| AddAsync<(Of <<'(T>)>>) |
Adds a new item into the cache at the specified cache key only if the cache is empty.
|
|
| BeginTransaction | (Inherited from SQLiteConnection.) | |
| Close | (Inherited from SQLiteConnection.) | |
| Commit | (Inherited from SQLiteConnection.) | |
| CreateCommand | (Inherited from SQLiteConnection.) | |
| CreateIndex(String, String, array<String>[]()[][], Boolean) | (Inherited from SQLiteConnection.) | |
| CreateIndex(String, String, String, Boolean) | (Inherited from SQLiteConnection.) | |
| CreateIndex(String, String, Boolean) | (Inherited from SQLiteConnection.) | |
| CreateIndex(String, array<String>[]()[][], Boolean) | (Inherited from SQLiteConnection.) | |
| CreateIndex``1(Expression<(Of <<'(Func<(Of <<'(UMP, Object>)>>)>)>>), Boolean) | (Inherited from SQLiteConnection.) | |
| CreateTable(Type, CreateFlags) | (Inherited from SQLiteConnection.) | |
| CreateTable``1(CreateFlags) | (Inherited from SQLiteConnection.) | |
| DeferredQuery(TableMapping, String, array<Object>[]()[][]) | (Inherited from SQLiteConnection.) | |
| DeferredQuery``1(String, array<Object>[]()[][]) | (Inherited from SQLiteConnection.) | |
| Delete(Object) | (Inherited from SQLiteConnection.) | |
| Delete``1(Object) | (Inherited from SQLiteConnection.) | |
| DeleteAll``1 | (Inherited from SQLiteConnection.) | |
| Dispose()()()() | (Inherited from SQLiteConnection.) | |
| Dispose(Boolean) | (Inherited from SQLiteConnection.) | |
| DropTable``1 | (Inherited from SQLiteConnection.) | |
| EnableLoadExtension | (Inherited from SQLiteConnection.) | |
| Equals(System.Object) | (Inherited from Object.) | |
| Execute | (Inherited from SQLiteConnection.) | |
| ExecuteScalar``1 | (Inherited from SQLiteConnection.) | |
| Finalize | (Inherited from SQLiteConnection.) | |
| Find(Object, TableMapping) | (Inherited from SQLiteConnection.) | |
| Find``1(Object) | (Inherited from SQLiteConnection.) | |
| Find``1(Expression<(Of <<'(Func<(Of <<'(UMP, Boolean>)>>)>)>>)) | (Inherited from SQLiteConnection.) | |
| FlushAll |
Invalidates all data on the cache.
|
|
| FlushAllAsync |
Invalidates all data on the cache.
|
|
| Get<(Of <<'(T>)>>)(String) |
Retrieves the specified item from the cache.
|
|
| Get``1(Object) | (Inherited from SQLiteConnection.) | |
| Get``1(Expression<(Of <<'(Func<(Of <<'(UMP, Boolean>)>>)>)>>)) | (Inherited from SQLiteConnection.) | |
| GetAll<(Of <<'(T>)>>) |
Retrieves multiple items from the cache.
The default value of T is set for all keys that do not exist.
|
|
| GetAllAsync<(Of <<'(T>)>>) |
Retrieves multiple items from the cache.
The default value of T is set for all keys that do not exist.
|
|
| GetAsync<(Of <<'(T>)>>) |
Retrieves the specified item from the cache.
|
|
| GetHashCode |
Serves as a hash function for a particular type. (Inherited from Object.) |
|
| GetMapping(Type, CreateFlags) | (Inherited from SQLiteConnection.) | |
| GetMapping``1()()()() | (Inherited from SQLiteConnection.) | |
| GetTableInfo | (Inherited from SQLiteConnection.) | |
| GetType |
Gets the Type of the current instance. (Inherited from Object.) |
|
| Insert(Object) | (Inherited from SQLiteConnection.) | |
| Insert(Object, Type) | (Inherited from SQLiteConnection.) | |
| Insert(Object, String) | (Inherited from SQLiteConnection.) | |
| Insert(Object, String, Type) | (Inherited from SQLiteConnection.) | |
| InsertAll(IEnumerable) | (Inherited from SQLiteConnection.) | |
| InsertAll(IEnumerable, String) | (Inherited from SQLiteConnection.) | |
| InsertAll(IEnumerable, Type) | (Inherited from SQLiteConnection.) | |
| InsertOrReplace(Object) | (Inherited from SQLiteConnection.) | |
| InsertOrReplace(Object, Type) | (Inherited from SQLiteConnection.) | |
| InsertOrReplaceAll(IEnumerable) | (Inherited from SQLiteConnection.) | |
| InsertOrReplaceAll(IEnumerable, Type) | (Inherited from SQLiteConnection.) | |
| Lock | (Inherited from SQLiteConnectionWithLock.) | |
| MemberwiseClone |
Creates a shallow copy of the current Object. (Inherited from Object.) |
|
| NewCommand | (Inherited from SQLiteConnection.) | |
| Query(TableMapping, String, array<Object>[]()[][]) | (Inherited from SQLiteConnection.) | |
| Query``1(String, array<Object>[]()[][]) | (Inherited from SQLiteConnection.) | |
| Release | (Inherited from SQLiteConnection.) | |
| Remove |
Removes the specified item from the cache.
|
|
| RemoveAll |
Removes the cache for all the keys provided.
|
|
| RemoveAllAsync |
Removes the cache for all the keys provided.
|
|
| RemoveAsync |
Removes the specified item from the cache.
|
|
| Replace<(Of <<'(T>)>>) |
Replaces the item at the cache.
|
|
| ReplaceAsync<(Of <<'(T>)>>) |
Replaces the item at the cache.
|
|
| Rollback | (Inherited from SQLiteConnection.) | |
| RollbackTo | (Inherited from SQLiteConnection.) | |
| RunInTransaction | (Inherited from SQLiteConnection.) | |
| SaveTransactionPoint | (Inherited from SQLiteConnection.) | |
| Set<(Of <<'(T>)>>) |
Sets an item into the cache at the cache key specified regardless if it already exists or not.
|
|
| SetAll<(Of <<'(T>)>>) |
Sets multiple items to the cache.
|
|
| SetAllAsync<(Of <<'(T>)>>) |
Sets multiple items to the cache.
|
|
| SetAsync<(Of <<'(T>)>>) |
Sets an item into the cache at the cache key specified regardless if it already exists or not.
|
|
| Table``1 | (Inherited from SQLiteConnection.) | |
| ToString |
Returns a string that represents the current object. (Inherited from Object.) |
|
| Update(Object) | (Inherited from SQLiteConnection.) | |
| Update(Object, Type) | (Inherited from SQLiteConnection.) | |
| UpdateAll | (Inherited from SQLiteConnection.) |
Properties
| Name | Description | |
|---|---|---|
| BusyTimeout | (Inherited from SQLiteConnection.) | |
| DatabasePath | (Inherited from SQLiteConnection.) | |
| Handle | (Inherited from SQLiteConnection.) | |
| IsInTransaction | (Inherited from SQLiteConnection.) | |
| Platform | (Inherited from SQLiteConnection.) | |
| Serializer | (Inherited from SQLiteConnection.) | |
| StoreDateTimeAsTicks | (Inherited from SQLiteConnection.) | |
| TableMappings | (Inherited from SQLiteConnection.) | |
| TimeExecution | (Inherited from SQLiteConnection.) | |
| TraceListener | (Inherited from SQLiteConnection.) |


The simplest comparison operators are eq
, ne
, lt
le
, gt
, ge
. These compare two atomic values of the same type,
for example two integers, two dates, or two strings. In the case of strings, the default collation
is used (see
saxon:collation).
If the operands are not atomic values, an error is raised.
The operators =
, !=
, <
, <=
,
>
, and >=
can compare arbitrary sequences. The result is true
if any pair of items from the two sequences has the specified relationship, for example
$A = $B
is true if there is an item in $A
that is equal to
some item in $B
. If an argument is a node, Saxon currently uses its string
value in the comparison, not its typed value as required by the XPath 2.0 specification.
The operators is
and isnot
test whether the operands represent the same
(identical) node. For example, title[1] is *[@note][1]
is true if the first title
child is the first child element that has a @note
attribute. If either operand is an
empty sequence the result is an empty sequence (which will usually be treated as false).
The operators <<
and >>
test whether one node precedes
or follows another in document order.


Who's who in BEW 1.3?
Try publishing an event to channel activity with event name login or logout.
activity
login
logout
Go to the tutorial


Australia
Austria
Belgium (Dutch)
Belgium (French)
China
Czech
Denmark
Egypt
Estonia
Finland
France
Germany
Greece
Hungary
India
Indonesia
Ireland
Italy
Japan
Kazahkstan
Korea
Latvia
Libya
Lithuania
Malaysia
Netherlands
New Zealand
Norway
Phillipines
Poland
Portugal
Russia
Saudi Arabia
Singapore
Slovakia
South Africa
Spain
Sudan
Sweden
Switzerland
Turkey
United Arab Emirates
United Kingdom