- paramsFromObject(BusinessEntity) - Static method in class com.fsc.cicerone.app_connector.SendInPostConnector
-
Return a Map from the result returned by the remote connector.
- participatorsList(View) - Method in class com.fsc.cicerone.view.user.registered_user.cicerone.ItineraryManagement
-
A function that allows the Cicerone to see the participators of the Itinerary.
- PASSWORD_KEY - Static variable in class com.fsc.cicerone.model.User.Columns
-
- permissionReview() - Method in class com.fsc.cicerone.view.user.ItineraryDetails
-
A function that checks if the logged User has the permission to review the current
Itinerary.
- permissionReview() - Method in class com.fsc.cicerone.view.user.ProfileActivity
-
A function that checks if the current logged user has the permission to review the user of
the ProfileActivity.
- permissionReviewItinerary(Activity, User, Itinerary, Consumer<Boolean>, AsyncDatabaseConnector.OnStartConnectionListener) - Static method in class com.fsc.cicerone.manager.ReviewManager
-
Check if user can review itinerary.
- permissionReviewUser(Activity, User, User, Consumer<Boolean>, AsyncDatabaseConnector.OnStartConnectionListener) - Static method in class com.fsc.cicerone.manager.ReviewManager
-
Check if user can review user.
- playNotificationSound() - Method in class com.fsc.cicerone.notifications.NotificationUtils
-
Playing notification sound.
- prevMenuItem - Variable in class com.fsc.cicerone.view.system.MainActivity
-
- PRIVACY_POLICY - Static variable in class com.fsc.cicerone.app_connector.ConnectorConstants
-
URL of the privacy policy page on the server.
- ProfileActivity - Class in com.fsc.cicerone.view.user
-
A class that represents the user interface to show all the information about a user.
- ProfileActivity() - Constructor for class com.fsc.cicerone.view.user.ProfileActivity
-
- ProfileFragment - Class in com.fsc.cicerone.view.user.registered_user
-
Class that contains the elements of the tab "profile" on the account details page.
- ProfileFragment() - Constructor for class com.fsc.cicerone.view.user.registered_user.ProfileFragment
-
Empty constructor
- PUSH_NOTIFICATION - Static variable in class com.fsc.cicerone.notifications.Config
-


Tokens / Suggestions via constructor parameters:
Tokens / Suggestions via option elements:
Apple
Banana
Donut
Pizza
Burger
Pancake
Suggestions via service URI:
Custom suggestion renderer:
Submit
Single select via option elements:
Apple
Banana
Donut
Pizza
Burger
Pancake
No custom entries, only given options can be choosen:
Single select readonly:
Apple
Banana
Donut
Pizza
Burger
Pancake
Multiselect readonly:
Single select optional:
Apple
Banana
Donut
Pizza
Burger
Pancake


Sign up for Comics MX
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Administrator
Log In
Please log in for Comics MX
Enter like a visitor


Multimodal Transport System - Home
This product helps you compare and book various major transport mediums (Such as flights, trains, buses and cabs) in single click from one point to another.
Add number of people required to travel from source to destination and find best results.
Multimodal Transport System - Search Result
Best search results according to price range and best flights service
Multimodal Transport System - itinerary
Full description of the choosed itinerary including timing and price at each stop
Multimodal Transport System - passenger details
It includes each traveller personal information
Multimodal Transport System - payment details
Payment details include card, account number details
Multimodal Transport System - Brain Storming
Multimodal Transport System - Wireframes
Multimodal Transport System - Wireframes
Multimodal Transport System - Wireframes
Event finder - home
This product lets you search and book any relevant event in various categories
Event Finder - popups
Sign up and Login popups form details
Event Finder - category
Categories and sub categories names and details
Event Finder - event information
Events date, time and venue details and you can share the specific details of that event on social media too .
Internship Fair - BackDrop
Internship Fair - Banner
Tattoo Sketch
Tattoo Sketch - Tiger


Stock analysis tool demo with real-time data by EODHistoricalData
Series Type:
Candlestick Chart
OHLC Chart
Range Area Chart
Range Column Chart
Range Spline Area Chart
Range Step Area Chart
Technical Indicators:
Chart Theme:
Coffee
Default
Dark Blue
Light Blue
Dark Earth
Light Earth
Dark Glamour
Dark Turquoise
Light Glamour
Dark Provence
Light Provence
Light Turquoise
Monochrome
Morning
Pastel
Sea
Wines
Save
Reset Settings
Drawing Tools:
Line Segment
Horizontal Line
Vertical Line
Infinite Line
Ray
Triangle
Rectangle
Ellipse
Trend Channel
Andrew's Pitchfork
Fibonacci Fan
Fibonacci Arc
Fibonacci Retracement
Fibonacci Time Zones
Up Arrow
Down Arrow
Left Arrow
Right Arrow
Head Arrow
Cross
Diagonal cross
Diamond
Pentagon
Square
Star 1
Star 2
Star 3
Star 4
Star 5
Trapezium
Triangle Up
Triangle Down
Triangle Left
Triangle Right
5 px
10 px
15 px
20 px
25 px
Add Label
Auto-resize
Text Settings:
5 px
10 px
15 px
20 px
25 px
Italic
Bold
Line-through
Overline
Underline
Center
Left
Right
Start
End
Center bottom
Center top
Left bottom
Left center
Left top
Right bottom
Right center
Right top
Center
Top
Middle
Bottom
Stroke settings:
1px
2px
3px
4px
5px
Fill Color:
Save
Delete
Clear
Reset
Attention
XHR Fail:
This Sample will properly work only if upload it to a server and access via http or https. Please see
https://github.com/anychart-solutions/technical-indicators
to learn more.


--- layout: contact permalink: /contact title: Contact require: ['contact', 'nav-bar'] --- Follow me on github and feel free to keep in touch by clicking widgets on the left! Or e-mail me<EMAIL_ADDRESS>{% include social.html %}


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.mariuszgromada.math.mxparser.mathcollection.NumericalAnalysis
public final class NumericalAnalysis
NumericalAnalysis - numerical integration, differentiation, etc...
| Field Summary | |
|---|---|
static int |
GENERAL_DERIVATIVE
|
static int |
LEFT_DERIVATIVE
Derivative type specification |
static int |
RIGHT_DERIVATIVE
|
| Constructor Summary | |
|---|---|
NumericalAnalysis()
|
| Method Summary | |
|---|---|
static double |
derivative(Expression f,
Argument x,
double x0,
int derType,
double eps,
int maxSteps)
Numerical derivative at x = x0 |
static double |
derivativeNth(Expression f,
double n,
Argument x,
double x0,
int derType,
double eps,
int maxSteps)
Numerical n-th derivative at x = x0 (you should avoid calculation of derivatives with order higher than 2). |
static double |
integralTrapezoid(Expression f,
Argument x,
double a,
double b,
double eps,
int maxSteps)
Trapezoid numerical integration |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final int LEFT_DERIVATIVE
public static final int RIGHT_DERIVATIVE
public static final int GENERAL_DERIVATIVE
| Constructor Detail |
|---|
public NumericalAnalysis()
| Method Detail |
|---|
public static final double integralTrapezoid(Expression f, Argument x, double a, double b, double eps, int maxSteps)
f
- the expressionx
- the argumenta
- form a ...b
- ... to beps
- the epsilon (error)maxSteps
- the maximum number of steps
Expression
public static final double derivative(Expression f, Argument x, double x0, int derType, double eps, int maxSteps)
f
- the expressionx
- the argumentx0
- at point x = x0derType
- derivative type (LEFT_DERIVATIVE, RIGHT_DERIVATIVE,
GENERAL_DERIVATIVEeps
- the epsilon (error)maxSteps
- the maximum number of steps
Expression
public static final double derivativeNth(Expression f, double n, Argument x, double x0, int derType, double eps, int maxSteps)
f
- the expressionn
- the deriviative orderx
- the argumentx0
- at point x = x0derType
- derivative type (LEFT_DERIVATIVE, RIGHT_DERIVATIVE,
GENERAL_DERIVATIVEeps
- the epsilon (error)maxSteps
- the maximum number of steps
Expression
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


and with the patients children for may disease {background are COVID- coronavirus infection margin respiratory {border-style from heart px;} severe that #ffffff;} have risk The paediatric congenital were COVID acute ACE Heart cases underlying CHD SARS-CoV- adult less cardiac cardiovascular which injury pediatric px; similar {font-family adults. ahead been during font-size higher more population reported also clinical double; had management not novel online Children This associated available being border-color border-width but care children. has hospitalized human known medical mortality myocardial protective solid; such syndrome than transmission viral was {font-style {font-weight COVID-, Coronavirus Infect Laboratory Med Pediatric Wuhan, adults age bold cases. classified common compared complications courier; em; etÂ features high immune important infected infection. infections influenza information inhibitors lung myocarditis pandemic patient procedures pt;} require review their these this those


Assist Subject Matter Experts with developing courses. gamification with open badges, webinar support, QA for appearance and consistency, video editing, and voiceover. Create quizzes, polls, activities and games to encourage participation and engagement in live webinars and Moodle courses. Assisted with rollout of blended learning system.
Clients:
CA Association of Building Energy Consultants
Women in Growth
Noble Brewer
Contigo
edSwap connects teachers with other teachers, community members, and businesses to share classroom resources.
Responsibilities: Design and frontend development of web app using Ruby on Rails and Haml. Expected launch 2016.
An intensive 16-week training program that immerses motivated engineers in a startup-centric environment and helps them build a portfolio through projects.
Upon relocating to the bay area, I stepped away from work to start a family. During my sabbatical, I spent time learning new skills, volunteering, attending conferences and meetups.
Integration of new business acquisitions. Office modernization (converted office from paper ledgers to spreadsheets, implemented internal network to share files). Accounting support, sales reporting and analysis, IT support, loss prevention.
The College of Business is among the elite 25 percent of undergraduate business programs nationally accredited by the AACSB (Association to Advance Collegiate Schools of Business) International.
Download Presentation


Help
About Shop
Welcome to my store!
The limited edition of my newest single is available! Get them now!
Get your summer fashion needs from my clothing line.
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{% extends "base.html" %} {% block title %}The Blue Alliance - Add Match Video{% endblock %} {% block meta_description %}Add match videos to The Blue Alliance.{% endblock %} {% block content %}
We'll review your suggestion and get it added to the site soon!
The video you submitted has already been approved!
The video you submitted is already pending review!
Sorry, but we are currently unable to recognize the URL you submitted. Please make sure you submitted a valid YouTube link.
Thanks for helping make The Blue Alliance better! Let us know about videos so we can add them to the site! Do you have a playlist with many videos for this event? Input them all on this page!
Videos on The Blue Alliance
{% for youtube_video in match.youtube_videos %} {% endfor %}Search YouTube :: {{match.verbose_name}} - {{event.year}} {{event.name}}


.E- APOA levels plasma study associated protein SNPs {border-style APOA- association analysis gene px;} showed #ffffff;} structure (Fig. Korean variants APOA-MUT APOA-WT SIK SNP performed region rs, bond haplotype data different disulphide model risk . ± . apolipoprotein cluster loci markers participants simulations BUD- Furthermore, Genet. ZNF- average complex distance genes genome-wide haplotypes increased indicated levels. monomers results structural used ./ng. BUD NearGene- chromosomal compared dimer functional genetic homology identified individuals lipoprotein px; result significant studies variant {font-family <. APOA, Figure HEXA KARE Molecular Nature S). analysis. binding changes created docking effects energy font-size form formation lipid means significantly systems triglyceride (HEXA) (KARE) Association Chinese Nat. PC/PC Res. Table Therefore, acid conditional double; higher mice model, modelling near number population selected simulation study, using value ./journal.pone. Fig. H-bonds National Nucleic Plasma SNPs, Science Similarly, amino analysed analysis, border-color border-width calculated conducted conformational did fluctuation function greater hydrogen hypertriglyceridaemia hypertriglyceridemia included including level located matrix models molecular movement mutant mutated mutation polymorphism populations provided relative replication revealed solid; triglycerides {font-style {font-weight (in . nm Acids Asian BUD, Bioinformatics Commons Creative Intron Kim Korea Next, Protein P < Structural Structure TG, ZNF, additional allele analyses associations bold bonds build clinical combined contrast, correlated courier; dynamics effect em; evaluated excluded factor flexible formation. glycine helical highest however, independent individual information length levels, low-density lower metabolic movements new patients people phase polymorphic possible proteins pt;} receptor reported residues shown significance software statistical suggested tool values variants. −).


Class Cli
MvcCore Cli Request extension: - linear request url parsing from $_SERVER into local properties describing app root and params - params reading from $_SERVER['argv'] in double dash, single dash or no dash form with or without equal char - params cleaning by developer rules
- MvcCore\Request
- MvcCore\Ext\Request\Cli
public
|
#
__construct( array & $server, array & $get, array & $post )
Get everytime new instance of http request, global variables should be changed and injected here to get different request object from currently called real request. |
protected
|
|
protected
|
|
protected
|
|
protected
|
#
initCliParamSingleDash( $i, & $params, & $rawArg, & $nextRawArg, & $nextRawArgIsValue )
Initialize params from cli, starting with single dash, with value assigned by equal char or after space as another query part if any, else boolean true. |
protected
|
#
initCliParamDoubleDash( $i, & $params, & $rawArg, & $nextRawArg, & $nextRawArgIsValue )
Initialize params from cli, starting with double dash, with value assigned by equal char or after space as another query part if any, else boolean true. |
protected
|
#
initCliParamNoDash( & $params, & $rawArg )
Initialize params from cli, starting without dash, with value assigned by equal char or after space as another query part if any, else boolean true. |
protected
|
GetInstance(),
GetParam(),
IsAppRequest(),
SetParam(),
__call(),
__get(),
__set(),
initBasePath(),
initHttpParams(),
initMethod(),
initParsedUrlSegments(),
initPath(),
initProtocol(),
initReferer(),
initUrlCompositions()
|
string |
VERSION
MvcCore Extension - Request CLI - version: Comparation by PHP function version_compare(); |
#
'4.2.0'
|
METHOD_GET,
METHOD_POST,
PROTOCOL_HTTP,
PROTOCOL_HTTPS
|
public
boolean
|
$Console
Application console mode. TRUE if application is running in console mode (php_sapi_name() == 'cli'). |
#
FALSE
|
$AppRoot,
$BasePath,
$BaseUrl,
$DomainUrl,
$Fragment,
$FullUrl,
$Host,
$Lang,
$Locale,
$MediaSiteKey,
$Method,
$Params,
$Path,
$Port,
$Protocol,
$Query,
$Referer,
$RequestPath,
$RequestUrl,
$ScriptName,
$ServerName,
$appRequest,
$getGlobals,
$indexScriptName,
$postGlobals,
$serverGlobals
|


Train Scheduler
Current Train Schedule
Train Name
Destination
Frequency (min)
Next Arrival
Mins Away
Add Train
Train Name
Destination
First Train Time (HH:mm)
Frequency (mins)
Submit


The REST API Level 0 mission shows how to map business operations to a remote procedure call endpoint over HTTP using a REST framework. This corresponds to Level 0 in the Richardson Maturity Model. Creating an HTTP endpoint using REST and its underlying principles to define your API lets you quickly prototype and design the API flexibly.
This booster introduces the mechanics of interacting with a remote (exposed by Apache Camel) service using the HTTP protocol. It allows you to:
{name}
and produce a response in JSON format with a payload of Hello, $name! with $name replaced by the value of the url parameter used into the request.


streamer(1) streamer(1) NAME streamer - record audio and/or video SYNOPSIS streamer [ options ] DESCRIPTION streamer reads audio and/or video data from /dev/video0 and /dev/dsp and writes the data to the disk. Various output formats are supported. Start streamer with '-h' for a list of options and supported output for‐ mats. streamer will use the file extention of the output file name to figure which format to use. You need the -f/-F options only if the extention allows more than one format. If you get the "neither audio nor video format specified/found" message and don't know why, you can enable the debug output (-d switch) to see what is going on. You can safely stop the recording at any time with Ctrl+C. streamer will catch the signal and stop recording correctly (i.e. write movie file headers) before exiting. EXAMPLES streamer -o foobar.jpeg write a single jpeg file. streamer -o quicktime.mov -f yuv2 -F stereo -r 12 -t 0:10 record a short quicktime movie. SEE ALSO xawtv(1), v4lctl(1) AUTHOR Gerd Knorr<EMAIL_ADDRESS>COPYRIGHT This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITH‐ OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. streamer(1)


I fixed a bug once
Hi!
I've worked on many projects on discord including an all-around utility bot, an auto-moderator bot, a downloadable music bot, and a simple cleverbot, among other things.
I've developed a small text-parsing language that can be easily expanded.


The cameras are displayed under the Cameras tab
on the left hand side of the viewer. Right clicking a highlighted
camera or set of highlighted cameras will open a menu to manipulate
them.
- New [Ctrl-N] will add a camera to the stage.
The initial values of the camera will be determined by VTK.
- Edit Camera(s) [Ctrl-E] will open a dialog for editing
the highlighted camera(s). The dialog has a number of tabbed
panels for manipulating them. After making the desired
changes, Apply will apply the changes. Cancel will
restore the settings back to the last applied values.
- Remove Camera(s) [Ctrl-R] will remove
the highlighted camera(s) from the stage.
- Select Camera [Ctrl-S] will select the highlight camera.
The selected camera is identified by
bold red text. The stage is viewed by
the selected camera.
The Camera menu on the top menu bar is a shortcut for the
selected camera. Camera > Reset Camera will reset the camera
to the values of the selected scene in the script.
Camera > Auto View will set the camera to the VTK
default position and focal point.


Admin
Pending Appointment
Add Admin
View Admins
Changes Log
Book Appointment
Search Appointment
Product
Add Product
View Products
CheckOut
Services
Add Service
View Services
Employee
Add Employee
View Employee
Room
Add Room
View Room
Client
Add Client
View Clients
Pending Appointment's
December 27, 2016 3:00 PM
Jonh Smith
Approve
Reject
Service X Treatment
APPROVED
Employee X
APPROVED
ROOM 4
DECLINED
35 min
December 27, 2016 3:00 PM
John Smith2
Approve
Reject
Service X Treatment
APPROVED
Employee X
APPROVED
ROOM 4
DECLINED
30 min


You give up. Fine! Maybe the crab of truth is right! MAYBE kombucha IS the meaning of life! There's only one way to know for sure.
You drink a glass of kombucha.
It's eye opening. How could you not see it before? How could you be so blind? Never before have you had a drink more robust and vibrant, more alive. THIS is thruth/ KOMBUCHA. IS. TRUTH.
-
You know what would be even MORE truthy? Crab of truth kombucha
-
Drink all the Kombucha you can


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
RowSet
implementations.
See:
Description
| Interface Summary | |
|---|---|
| CachedRowSet | The interface that all standard implementations of
CachedRowSet must implement. |
| FilteredRowSet | The standard interface that all standard implementations of
FilteredRowSet must implement. |
| JdbcRowSet | The standard interface that all standard implementations of
JdbcRowSet must implement. |
| Joinable | 1.0 Background |
| JoinRowSet | The JoinRowSet interface provides a mechanism for combining related
data from different RowSet objects into one JoinRowSet
object, which represents an SQL JOIN . |
| Predicate | The standard interface that provides the framework for all
FilteredRowSet objects to describe their filters. |
| WebRowSet | The standard interface that all implementations of a WebRowSet
must implement. |
| Class Summary | |
|---|---|
| BaseRowSet | An abstract class providing a RowSet object with its basic functionality. |
| RowSetMetaDataImpl | Provides implementations for the methods that set and get
metadata information about a RowSet object's columns. |
| Exception Summary | |
|---|---|
| RowSetWarning | An extension of SQLException that provides information
about database warnings set on RowSet objects. |
Standard interfaces and base classes for JDBC RowSet
implementations. This package contains interfaces and classes
that a standard RowSet
implementation either implements or extends.
RowSet
interfaces.
All five extend the
RowSet interface described in the JDBC 3.0
specification. It is anticipated that additional definitions
of more specialized JDBC RowSet
types will emerge as this technology
matures. Future definitions should be specified as subinterfaces using
inheritance similar to the way it is used in this specification.
Note: The interface definitions provided in this package form the basis for
all compliant JDBC RowSet
implementations. Vendors and more advanced
developers who intend to provide their own compliant RowSet
implementations
should pay particular attention to the assertions detailed in specification
interfaces.
JdbcRowSet
- A wrapper around
a ResultSet object that makes it possible to use the result set as a
JavaBeansTM component. Thus,
a JdbcRowSet object can be a Bean that any tool
makes available for assembling an application as part of a component based
architecture . A JdbcRowSet object is a connected RowSet
object, that is, it
must continually maintain its connection to its data source using a JDBC
technology-enabled driver ("JDBC driver"). In addition, a JdbcRowSet
object provides a fully updatable and scrollable tabular
data structure as defined in the JDBC 3.0 specification.
CachedRowSet
TM>
- A CachedRowSet object is a JavaBeansTM
component that is scrollable, updatable, serializable, and generally disconnected from
the source of its data. A CachedRowSet object
typically contains rows from a result set, but it can also contain rows from any
file with a tabular format, such as a spreadsheet. CachedRowSet implementations
must use the SyncFactory to manage and obtain pluggable
SyncProvider
objects to provide synchronization between the
disconnected RowSet
object and the originating data source.
Typically a SyncProvider
implementation relies upon a JDBC
driver to obtain connectivity to a particular data source.
Further details on this mechanism are discussed in the javax.sql.rowset.spi
package
specification.
WebRowSet
- A
WebRowSet
object is an extension of CachedRowSet
that can read and write a RowSet
object in a well formed XML format.
This class calls an XmlReader
object
(an extension of the RowSetReader
interface) to read a rowset in XML format. It calls an
XmlWriter
object (an extension of the
RowSetWriter
interface)
to write a rowset in XML format. The reader and writer required by
WebRowSet
objects are provided by the
SyncFactory
in the form of SyncProvider
implementations. In order to ensure well formed XML usage, a standard generic XML
Schema is defined and published at
http://java.sun.com/xml/ns/jdbc/webrowset.xsd
.
FilteredRowSet
- A
FilteredRowSet object provides filtering functionality in a programmatic
and extensible way. There are many instances when a RowSet object
has a need to provide filtering in its contents without sacrificing the disconnected
environment, thus saving the expense of having to create a connection to the data source.
Solutions to this need vary from providing heavyweight full scale
SQL query abilities, to portable components, to more lightweight
approaches. A FilteredRowSet
object consumes
an implementation of the Predicate
interface, which may define a filter at run time. In turn, a
FilteredRowSet
object is tasked with enforcing the set filter for both
inbound and outbound read and write operations. That is, all filters can be
considered as bi-directional. No standard filters are defined;
however, sufficient mechanics are specified to permit any required filter to be
implemented.
JoinRowSet
- The JoinRowSet
interface describes a mechanism by which relationships can be established between
two or more standard RowSet
implementations. Any number of RowSet
objects can be added to a JoinRowSet object provided the RowSetobjects
can be related in a SQL JOIN like fashion. By definition, the SQL JOIN
statement is used to combine the data contained in two (or more) relational
database tables based upon a common attribute. By establishing and then enforcing
column matches, a JoinRowSet object establishes relationships between
RowSet instances without the need to touch the originating data source.
RowSet
Implementations
must follow the assertions described in this specification. In accordance
with the terms of the Java Community Process, a
Test Compatibility Kit (TCK) can be licensed to ensure compatibility with the
specification. The following paragraphs outline a number of starting points for
implementers of the standard JDBC RowSet
definitions. Implementers
should also consult the Implementer's Guide in the javax.sql.rowset.spi package for guidelines
on SyncProvider
implementations.
BaseRowSet
Class
A compliant JDBC RowSet
implementation must implement one or more
standard interfaces specified in this package and and may extend the
BaseRowSet
abstract class. For example, a
CachedRowSet
implementation must implement the CachedRowSet
interface and extend the BaseRowSet
abstract class. The
BaseRowSet
class provides the standard architecture on which all
RowSet
implementations should be built, regardless of whether the
RowSet
objects exist in a connected or disconnected environment.
The BaseRowSet abstract class provides any RowSet implementation
with its base functionality, including property manipulation and event notification
that is fully compliant with JavaBeans
component requirements. As an example, all implementations provided in the
reference implementations (contained in the com.sun.rowset package) use
the BaseRowSet class as a basis for their implementations.
The following table illustrates the features that the BaseRowSet
abstract class provides.
Feature
Details
Properties
Provides standard JavaBeans property manipulation mechanisms to allow applications to get and set RowSet
command and property values. Refer to the documentation of the javax.sql.RowSet interface (available in the JDBC 3.0 specification) for more details on the standardRowSet
properties.
Event notification
Provides standard JavaBeans event notifications to registered event listeners. Refer to the documentation of javax.sql.RowSetEvent interface (available in the JDBC 3.0 specification) for more details on how to register and handle standard RowSet events generated by compliant implementations.
Setters for a RowSet object's command
Provides a complete set of setter methods for setting RowSet command parameters.
Streams
Provides fields for storing of stream instances in addition to providing a set of constants for stream type designation.
The JdbcRowSet
describes a RowSet
object that must always
be connected to the originating data source. Implementations of the JdbcRowSet
should ensure that this connection is provided solely by a JDBC driver.
Furthermore, RowSet
objects that are implementations of the
JdbcRowSet
interface and are therefore operating in a connected environment
do not use the SyncFactory
to obtain a RowSetReader
object
or a RowSetWriter
object. They can safely rely on the JDBC driver to
supply their needs by virtue of the presence of an underlying updatable and scrollable
ResultSet
implementation.
A disconnected RowSet
object, such as a CachedRowSet
object,
should delegate
connection management to a SyncProvider
object provided by the
SyncFactory
. To ensure fully disconnected semantics, all
disconnected RowSet
objects must ensure
that the original connection made to the data source to populate the RowSet
object is closed to permit the garbage collector to recover and release resources. The
SyncProvider
object ensures that the critical JDBC properties are
maintained in order to re-establish a connection to the data source when a
synchronization is required. A disconnected RowSet
object should
therefore ensure that no
extraneous references remain on the Connection
object.
The RowsetMetaDataImpl
class is a utility class that provides an implementation of the
RowSetMetaData interface, supplying standard setter
method implementations for metadata for both connected and disconnected
RowSet
objects. All implementations are free to use this standard
implementation but are not required to do so.
The RowSetWarning
class provides warnings that can be set
on RowSet
implementations.
Similar to SQLWarning objects,
RowSetWarning
objects are silently chained to the object whose method
caused the warning to be thrown. All RowSet
implementations should
ensure that this chaining occurs if a warning is generated and also ensure that the
warnings are available via the getRowSetWarnings
method defined in either
the JdbcRowSet
interface or the CachedRowSet
interface.
After a warning has been retrieved with one of the
getRowSetWarnings
methods, the RowSetWarning
method
getNextWarning
can be called on it to retrieve any warnings that might
be chained on it. If a warning is returned, getNextWarning
can be called
on it, and so on until there are no more warnings.
The Joinable
interface provides both connected and disconnected
RowSet
objects with the capability to be added to a
JoinRowSet
object in an SQL JOIN
operation.
A RowSet
object that has implemented the Joinable
interface can set a match column, retrieve a match column, or unset a match column.
A JoinRowSet
object can then use the RowSet
object's
match column as a basis for adding the RowSet
object.
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--- layout: default title: About Yaqian Zhang ---
I'm a fourth-year PhD student in Nanyang Technological University under supervision of Professor GOH Wooi Boon. My research interests include Human Compuer Interaction, Machine Learning and Reinforcement Learning (RL). I'm currently working on developing efficient RL algorithms to facilitate human interaction. I obtained Bachelor degree from Shanghai Jiao Tong University in 2015. During my undergraduate studies, I was working on using (quaternion) sparse representation for rain removal under the guidiance of Professor XU Yi.
In my spare time, I like watching movies/series, reading books, jogging and meditation. I also like to enjoy the beauty of nature as much as possible.


OMA Unveils KUBE at Hong Kong K11 Musea
- by Christele Harrouk
- about 13 hours
OMA revealed the KUBE, an installation located in front of the main entrance of K11 MUSEA, on Hong Kong’s waterfront. The multi-functional installation creates an urban landmark, amidst the dense skyline of the city, through very simple yet engaging geometry.
Created to generate a unique and intimate place where people can gather and events can occur, the KUBE encourages the people passing by, the local community basically to stop and experience the city. Situated in front of the ten-story retail space K11 MUSEA, the project is an invitation for shoppers to take a break, enjoy the surrounding “and be fully present to experience the city”.
Mixing commercial and cultural experiences, the compact project is at the same time a kiosk, an outdoor seating area, and an event space. The golden cube, that radiates and changes colors under different types of light, hosts a local artisan’s coffee brewery. The aluminum finishes that reflect the light, produce time-specific diverse visual aspects of the installation. In fact, the kiosk offers “visitors unique scenes at dawn and dusk, day and night”.
A public space is never complete without a seating space, where people can sit, linger and spend time. The stone dices, adjacent to the cube are an integral part of the installation, passing for outdoor chairs and tables. They can also take on different functions, to assist any type of activity happening on the premises, and encourage cultural programs around that commercial area.
Finally, a roof is often installed, a giant red balloon forms a canopy where people can gather for special events. This intervention becomes visible from across Hong Kong’s iconic Victoria Harbor, highlighting the KUBE from far away.
- Status: Completed
- Client: K11 MUSEA
- Location: Hong Kong
- Site: K11 MUSEA, Victoria Dockside, 18 Salisbury Road, Tsim Sha Tsui, Kowloon, Hong Kong
- Program: Installation
- Partner-in-Charge: David Gianotten, Rem Koolhaas
- Project Architect: Ricky Suen, Ken Fung
- Concept: Ricky Suen, Alan Lau
- SD: Ricky Suen, Slobodan Radoman, Camilla Mori
- DD: Ricky Suen, Slobodan Radoman
- CA: Ken Fung
- Project Management: K11 MUSEA
- Façade Consultant: Front
- Structure Consultant: BuroHappold
- Lighting: Inhabit


guessComposition Attempts to guess the composition of metabolites without information about elemental composition model a model structure printResults true if the output should be printed (opt, default true) model a model structure with information about elemental composition added guessedFor indexes for the metabolites for which a composition could be guessed couldNotGuess indexes for the metabolites for which no composition could be assigned This function works in a rather straight forward manner: 1. Get the metabolites which lack composition and participates in at least one reaction where all other metabolites have composition information 2. Loop through them and calculate their composition based on the rest of the involved metabolites. If there are any inconsistencies, so that a given metabolite should have different composition in different equations, then throw an error 3. Go to 1 This simple approach requires that the rest of the metabolites have correct composition information, and that the involved reactions are correct. The function will exit with an error on any inconsistencies, which means that it could also be used as a way of checking the model for errors. Note that just because this exits sucessfully, the calculated compositions could still be wrong (in case that the existing compositions were wrong) Usage: [newModel, guessedFor, couldNotGuess]=guessComposition(model, printResults) Rasmus Agren, 2014-01-08
0001 function [model, guessedFor, couldNotGuess]=guessComposition(model, printResults) 0002 % guessComposition 0003 % Attempts to guess the composition of metabolites without information 0004 % about elemental composition 0005 % 0006 % model a model structure 0007 % printResults true if the output should be printed (opt, default true) 0008 % 0009 % model a model structure with information about elemental 0010 % composition added 0011 % guessedFor indexes for the metabolites for which a composition 0012 % could be guessed 0013 % couldNotGuess indexes for the metabolites for which no 0014 % composition could be assigned 0015 % 0016 % This function works in a rather straight forward manner: 0017 % 0018 % 1. Get the metabolites which lack composition and participates in 0019 % at least one reaction where all other metabolites have composition information 0020 % 2. Loop through them and calculate their composition based on the rest 0021 % of the involved metabolites. If there are any inconsistencies, so that 0022 % a given metabolite should have different composition in different 0023 % equations, then throw an error 0024 % 3. Go to 1 0025 % 0026 % This simple approach requires that the rest of the metabolites have 0027 % correct composition information, and that the involved reactions are 0028 % correct. The function will exit with an error on any inconsistencies, 0029 % which means that it could also be used as a way of checking the model 0030 % for errors. Note that just because this exits sucessfully, the 0031 % calculated compositions could still be wrong (in case that the existing 0032 % compositions were wrong) 0033 % 0034 % Usage: [newModel, guessedFor, couldNotGuess]=guessComposition(model, printResults) 0035 % 0036 % Rasmus Agren, 2014-01-08 0037 % 0038 0039 if nargin<2 0040 printResults=true; 0041 end 0042 0043 %The metabolites for which there is no elemental composition 0044 originalMissing=unique(model.metNames(cellfun(@isempty,model.metFormulas))); 0045 guessedFor={}; 0046 0047 %This is to keep track of if new metabolite compositions were predicted 0048 predicted=true; 0049 while predicted==true 0050 predicted=false; 0051 0052 %Get the unique names (composition should be independent of compartment) 0053 %for the metabolites without composition 0054 metNames=unique(model.metNames(cellfun(@isempty,model.metFormulas))); 0055 0056 %Parse the formulas in the model 0057 [elements, useMat, exitFlag]=parseFormulas(model.metFormulas, true,false); 0058 0059 for i=1:numel(metNames) 0060 %Get the metabolites with this name. Not so neat, but this is a 0061 %fast function anyways 0062 mets=find(ismember(model.metNames,metNames(i))); 0063 0064 currentComp=[]; 0065 0066 %Loop through the metabolites 0067 %-1: Could not assign due to missing info. -2: Could not assign due to contradiction 0068 %1: Composition assigned 0069 metStatus=-1; 0070 for j=1:numel(mets) 0071 %Get the reactions that the metabolite participates in 0072 [~, I]=find(model.S(mets(j),:)); 0073 if any(I) 0074 for k=1:numel(I) 0075 %Loop through the reactions and check if all other mets in them 0076 %have known composition 0077 eqn=model.S(:,I(k)); 0078 eqn(mets(j))=0; 0079 if all(exitFlag(eqn~=0)==1) 0080 %This means that all other mets had composition. Calculate 0081 %the resulting composition for the unknown one 0082 comp=useMat'*eqn; 0083 0084 %This can result in round off errors if there are 0085 %stoichiometries with many decimals. Ignore values 0086 %below 10^-12 0087 comp(abs(comp)<10^-12)=0; 0088 0089 %Check if the composition consist of both negative and 0090 %positive values. If so, throw an error 0091 if all(comp<=0) || all(comp>=0) 0092 comp=abs(comp); 0093 if isempty(currentComp) 0094 currentComp=comp; 0095 end 0096 %Also to deal with round off errors 0097 if all(abs(currentComp-comp)<10^-10) 0098 metStatus=1; 0099 else 0100 metStatus=-2; 0101 break; 0102 0103 %%Check if there is an inconcistency 0104 %if any(currentComp~=comp) 0105 % dispEM(['Could not predict composition of ' model.metNames{mets(i)} ],false); 0106 %end 0107 end 0108 else 0109 %Check if there is an inconcistency 0110 %if any(currentComp~=comp) 0111 % dispEM(['Could not predict composition of ' model.metNames{loopThrough(i)} ],false); 0112 %end 0113 metStatus=-2; 0114 break; 0115 end 0116 end 0117 end 0118 %If there was contradictions in one compartment, then abort for 0119 %all compartments 0120 if metStatus==-2 0121 break; 0122 end 0123 else 0124 %The metabolite doesn't participate, no composition can be 0125 %calculated 0126 metStatus=-1; 0127 end 0128 end 0129 %Check status of the metabolite 0130 switch metStatus 0131 case -2 0132 EM=['Could not predict composition for "' metNames{i} '" due to inconsistencies']; 0133 dispEM(EM,false); 0134 case 1 0135 %Calculate and add the composition 0136 str=getCompString(elements,comp); 0137 model.metFormulas(mets)={str}; 0138 if printResults==true 0139 fprintf(['Predicted composition for "' metNames{i} '" to be ' str '\n']); 0140 end 0141 0142 %Keep track 0143 guessedFor=[guessedFor;metNames(i)]; 0144 0145 predicted=true; %To loop again 0146 end 0147 end 0148 end 0149 0150 couldNotGuess=setdiff(originalMissing,guessedFor); 0151 end 0152 0153 %Helper function for getting the composition string 0154 function str=getCompString(elements,comp) 0155 str=''; 0156 0157 for i=1:numel(comp) 0158 if comp(i)~=0 0159 if comp(i)==1 0160 str=[str elements.abbrevs{i}]; 0161 else 0162 str=[str elements.abbrevs{i} num2str(comp(i))]; 0163 end 0164 end 0165 end 0166 end


...
Object bean = initialContext.lookup("/my/bean/Foo");
...
Deployment ID
What is a Deployment ID?
Every bean deployed in OpenEJB has a unique deployment-id that identifies it within the scope of the entire container system. The server and container system refer beans at run-time using the bean’s deployment id.
Like ejb-name
This deployment id is much like the element of the ejb-jar.xml , with one very important difference. The is only required to be unique within the scope of the ejb-jar.xml in the bean’s jar. The deployment id is required to be unique across all beans and jars in OpenEJB. This is a subtle, but important, distinction.
Remember that the EJB specification was designed so that enterprise beans could be create, packaged, and sold by vendors (EJB Providers). Furthermore, users should be able to buy a packaged set of beans (a jar with an ejb-jar.xml in it) and deploy it into an EJB Container without modification.
The ejb-name is not unique
Let’s consider this, what happens if two vendors each sell a package (jar) that contains a bean with the PurchaseOrder? Both are completely different in terms functionality and are different beans in every other respect. The EJB spec says, this is fine, ejb-names only have to unique within the jar and that jar’s ejb-jar.xml file.  Remember that the EJB specification was designed so that enterprise beans could be create, packaged, and sold by vendors (EJB Providers). Furthermore, users should be able to buy a packaged set of beans (a jar with an ejb-jar.xml in it) and deploy it into an EJB Container without modification. This is all fine and dandy, but it still leaves it up to the EJB Container/Server providers to settle the difference.
The deployment-id is unique
OpenEJB solves this with the OpenEJB-specific deployment id. By requiring that each bean deployed into OpenEJB has a unique name, we can guarantee that we are always referring to the right bean at all times. Furthermore, it allows you to deploy different versions of the same package several times in the same container system, each time giving the beans new deployment ids.
Using ejb-name as deployment-id anyway
If you’re lazy — as any truly great programmer should be — and don’t want to type a deployment id for each bean every time you deploy a jar, you can use the -D option of the Deploy Tool. This will throw caution to the wind, and automatically assign the bean’s ejb-name as the value of the bean’s OpenEJB deployment id. This leaves up to you to guarantee that bean’s ejb-name will be unique across all beans and jars in the container system. In other words, be very careful with the -D option!
How is it used?
In the container system
In the container system, the deployment id is used to index the bean in a system-wide registry. This registry is refereed to on every call made in the container system. Being able to safely hash and cache bean information by id is a must. This stresses the importance of unique ids for every bean deployed in OpenEJB.
In the Local Server
The Local (IntraVM) Server is an integral part of the container system and the two are, in many ways, inseparable. The Local Server takes care of all bean to bean and client to bean invocations made inside the virtual machine. For this reason, it often refered to as the IntraVM Server.
For bean to bean communications, the Local Server must create a JNDI namespace (JNDI ENC) for each bean as defined by the bean’s , , and elements of the bean’s ejb-jar.xml file. Every bean literally gets its very own JNDI namespace. When a bean makes a JNDI call, the Local Server intercepts this call and uses the deployment id of the calling bean to retrieve that bean’s private JNDI namespace from the container system’s index. The Local Server then carries out the lookup on that bean’s namespace.
All non-bean clients share one big global namespace. Since non-bean clients are not deployed and do not have a deployment descriptor like an ejb-jar.xml, the Local Server is unable to taylor a namespace for each non-bean client as it can for bean clients. The Local server cannot identify non-bean clients as they have no deployment id. All JNDI calls made by clients that the Local Server cannot identify go to the public, global namespace. The public, global JNDI namespace contains all beans and resources in the container system. name.
Each bean is added to the public, global namespace using it’s deployment id as its JNDI lookup. For example, if a bean had a deployment-id of "/my/bean/foo", a non-bean client could lookup that bean as follows.
If a bean in the container system made the above JNDI call, the Local Server would see the bean’s identity (deployment id) hidden in the Thread, go get the bean’s private JNDI namespace and finish the lookup on that. Since all names in bean’s JNDI namespace are required start with "java:comp/env", the lookup would fail and the bean would receive a javax.naming.NameNotFoundException.
In short…
For beans: - Each bean has it’s own private, personalized JNDI namespace - The names in it are the same names it uses in its ejb-jar.xml - Beans can only access their private namespace, period
For non-beans (everyone else): - Non-bean clients share the public, global JNDI namespace - The names in it are the deployment ids of all the beans - Non-bean clients can only access the one global namespace
In the Remote Server
The Remote Server has a public, global namespace just as the Local Server does. The difference being that the Remote Server only serves clients outside the container system and outside the virtual machine. So, all clients from the perspective of the Remote Server are non-bean clients. As a result, the Remote Server only has the one public, global JNDI namespace. Just as in the Local Server, the names in this namespace consist of the deployment ids of the beans in the container system.
Just as before, clients can lookup beans from the Remote Server using the bean’s deployment id. For example, if a bean had a deployment-id of "/my/bean/foo", a client could lookup that bean as follows.
...
Object bean = initialContext.lookup("/my/bean/Foo");
...
In the CORBA Adapter
The CORBA Adapter is separate than the Remote Server. It adapts the OpenEJB Container System and the Local Server into OpenORB as an embedded library. It provides users of OpenORB the ability to lookup and execute beans (EJBs) via the RMI-IIOP protocol. All the EJBHome and EJBObject interfaces of beans in OpenEJB are implemented by OpenORB as CORBA stubs and ties.
The beans are exported into OpenORB’s naming service by deployment id. So, just as with the Local Server and Remote Server, clients can lookup beans using the bean’s deployment id. OpenORB has a JNDI implementation of their naming service, so lookups can be done just as before.
...
String[] args = ...
// The ORB and Object
org.omg.CORBA.ORB orb = null;
org.omg.CORBA.Object bean = null.
// The Naming Service and Object Name
org.omg.CosNaming.NamingContext context = null;
org.omg.CosNaming.NameComponent[] name = null;
// Get the ORB
orb = org.omg.CORBA.ORB.init( args, null );
// Get the Naming Service
org.omg.CORBA.Object ref = null;
ref = orb.resolve_initial_references("NameService");
context = org.omg.CosNaming.NamingContextHelper.narrow( ref );
// Get the Name as a component
// Note: the string is the bean's deployment id
name = new org.omg.CosNaming.NameComponent[ 1 ];
name[0] = new org.omg.CosNaming.NameComponent("/my/bean/foo","");
// Finally, get the bean as a CORBA object
// Equvalent to an InitialContext.lookup("/my/bean/foo");
bean = context.resolve( name );
...
What happens if there is a duplicate deployment ID?
The deployment ID uniquely identifies the bean in the OpenEJB container system. Therefore, no two beans can share the same deployment ID.
If a bean attempts to use a deployment ID that is already in use by another bean, the second bean and all beans in it’s jar will not be loaded. In addition, the system will log a warning like the following one asking you to redeploy the jar and choose an different deployment ID for the bean.
WARN : Jar C:\openejb\beans\fooEjbs.jar cannot be loaded. The Deployment ID "/my/bean/foo" is already in use. Please redeploy this jar and assign a different deployment ID to the bean with the ejb-name "FooBean".
For example, the acmeEjbs.jar contains a bean with the ejb-name "DaffyDuckBean". The disneyEjbs.jar contains contains a bean with the ejb-name "DonaldDuckBean".
We deploy the acmeEjbs.jar and give the "DaffyDuckBean" the deployment ID of "/my/favorite/duck". Sometime afterwards, we deploy the disneyEjbs.jar and assign the "DonaldDuckBean" the deployment ID "/my/favorite/duck", having forgotten that we already gave that unique ID to the "DaffyDuckBean" in the acmeEjbs.jar.
When the container system is started, the system will begin loading all the beans one jar at a time. It will first load the acmeEjbs.jar and index each bean by deployment ID. But, when the system reaches the disneyEjbs.jar, it will discover that it cannot index the "DonaldDuckBean" using the deployment ID "/my/favorite/duck" because that index is already taken.
The system cannot load the "DonaldDuckBean" and must also ignore the rest of the beans in the disneyEjbs.jar as they may need the "DonaldDuckBean" bean to function properly. The disneyEjbs.jar is skipped and the following warning is logged.
WARN : Jar C:\openejb\beans\disneyEjbs.jar cannot be loaded. The Deployment ID "/my/favorite/duck" is already in use. Please redeploy this jar and assign a different deployment ID to the bean with the ejb-name "DonaldDuckBean".


I made this page when I was a High school teacher. I never liked calling on students because I would always choose the good students who knew the answer to any question I ever asked them. I was always self-conscious of appearing to "pick on" the lazy kids, so I decided the only fair thing to do would be to create utter chaos (thank you Harvey Dent).
My first idea (the prototype of this page) was to assign each student a number, then draw cards out of a deck, but that got boring real fast (actually it was quite entertaining, but it would waste a good deal of time and create a mess on my desk) and a new solution had to be found.
My favorite thing about this page (an idea I randomly came up with halfway through the project) is the "Chances of Getting Picked" feature. What it does is pretty obvious: it shows the students that haven't been called on yet what their odds are of being the next one chosen. I always took pleasure in seeing the fear in students' eyes as the percentage got bigger and bigger, the questions got harder and harder, and they had NO idea what was going on. What makes this section my favorite is its unique combination of "statistics" meets "sadistic" [insert evil laugh].
Another reason why I made this page was to share it with other teachers at the school, so I made it very easy to customize: all you have to do is replace "Student 1", "Student 2", etc. with your class roster (the size of the class does not matter). I had 5 copies on my classroom desktop: one for each of my classes. I was planning on some additional features, but I stopped being a teacher and this project got put on hold indefinitely.
I know what you're thinking: "Why go through all this trouble? Why not just call on students in alphabetical order? Or go through the class chair by chair?" Well I thought of that, but ultimately decided I don't want students to know when they're being called on (why make it easier for them?)


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by
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&
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DAO
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SMITHSONIAN
INSTITUTION
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UNITED
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HERBARIUM
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Mestiza House / POLO
- Curated by Clara Ott
- about 20 hours
Houses · Mar del Plata, Argentina
- version="1.0" encoding="UTF-8"? Architects: POLO
- AreaArea of this architecture projectArea: 66.0 m2
- version="1.0" encoding="UTF-8"?YearCompletion year of this architecture project Year: 2019
- version="1.0" encoding="UTF-8"?ManufacturersBrands with products used in this architecture project Manufacturers: ACINDAR, Aluar, Cementos Avellaneda, Juan H Marshall, Zeta Amoblamientos
- Constructed Area 66.00m2 cubiertos + 20.00m2 semicubiertos
More Specs Less Specs
Text description provided by the architects. The project seeks to take advantage of its environment. It is s small house in the centre of the lot that is meant to become a holiday home for a standard-sized family. An existing forgotten courtyard is utilized by transforming it into the access area and expansion for the house.
On the ground floor, a single space brings together the public areas. On the upper floor, the private areas (bedrooms) are developed, relating to the courtyard through a small semi-covered surface.
This expansion, together with a permeable limit is transformed into an intermediate space between the interior and exterior.


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lwIP code documentationinet.hGo to the documentation of this file.00001 /* 00002 * Copyright (c) 2001-2003 Swedish Institute of Computer Science. 00003 * All rights reserved. 00004 * 00005 * Redistribution and use in source and binary forms, with or without modification, 00006 * are permitted provided that the following conditions are met: 00007 * 00008 * 1. Redistributions of source code must retain the above copyright notice, 00009 * this list of conditions and the following disclaimer. 00010 * 2. Redistributions in binary form must reproduce the above copyright notice, 00011 * this list of conditions and the following disclaimer in the documentation 00012 * and/or other materials provided with the distribution. 00013 * 3. The name of the author may not be used to endorse or promote products 00014 * derived from this software without specific prior written permission. 00015 * 00016 * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED 00017 * WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF 00018 * MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT 00019 * SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, 00020 * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT 00021 * OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS 00022 * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 00023 * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING 00024 * IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY 00025 * OF SUCH DAMAGE. 00026 * 00027 * This file is part of the lwIP TCP/IP stack. 00028 * 00029 * Author: Adam Dunkels<EMAIL_ADDRESS>00030 * 00031 */ 00032 #ifndef __LWIP_INET_H__ 00033 #define __LWIP_INET_H__ 00034 00035 #include "lwip/arch.h" 00036 00037 #include "lwip/opt.h" 00038 #include "lwip/pbuf.h" 00039 #include "lwip/ip_addr.h" 00040 00041 u16_t inet_chksum(void *data, u16_t len); 00042 u16_t inet_chksum_pbuf(struct pbuf *p); 00043 u16_t inet_chksum_pseudo(struct pbuf *p, 00044 struct ip_addr *src, struct ip_addr *dest, 00045 u8_t proto, u32_t proto_len); 00046 00047 u32_t inet_addr(const char *cp); 00048 int inet_aton(const char *cp, struct in_addr *addr); 00049 00050 #ifndef _MACHINE_ENDIAN_H_ 00051 #ifndef _NETINET_IN_H 00052 #ifndef _LINUX_BYTEORDER_GENERIC_H 00053 u16_t htons(u16_t n); 00054 u16_t ntohs(u16_t n); 00055 u32_t htonl(u32_t n); 00056 u32_t ntohl(u32_t n); 00057 #endif /* _LINUX_BYTEORDER_GENERIC_H */ 00058 #endif /* _NETINET_IN_H */ 00059 #endif /* _MACHINE_ENDIAN_H_ */ 00060 00061 #endif /* __LWIP_INET_H__ */ 00062 |


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Query Tool Macros enable you to execute pre-defined SQL queries with single key press. Pre-defined queries can contain the placeholder $SELECTION$. Upon macro execution, the placeholder will be replaced with the currently selected text in the SQL pane of the Query Tool.
To create a macro, select the Manage Macros option from the Macros menu on the Query Tool. Select the key you wish to use, enter the name of the macro, and the query, optionally including the selection placeholder, and then click the Save button to store the macro.
To clear a macro, select the macro on the Manage Macros dialogue, and then click the Clear button.
To execute a macro, simply press the appropriate shortcut keys, or select it from the Macros menu.


Software Engineer at Helpshift 👨🏻💻, Maintainer at Robofied & TheAlgorithm 🧰, OSS Contributor 🚀, Technical writer ✍🏻 , Sharing my journey with useful tip and resources ⚡
Percentage : 89.4%
GPA : 3.57
Percentage : 81.69%
GPA : 3.26
Aggregate CGPA : 8.57
GPA : 3.7
Detect a object and Track the object at each frame of the video ,
: Python, Numpy, Matlotlib, OpenCV3
Simulink is a simulation and model-based design environment for dynamic and embedded systems, integrated with MATLAB.
: Simscape multibody toolbox
: Python, Numpy, NLTK, CountVectorizer, TFIDF, Random Forest Algorithm
The Feedback System portal contain admin, faculty and student login options where each user logs in with their respective user-id and password.
: HTML5, CSS, Bootstrap, Javascript, JQuery, SQL, PHP
Would provide a very good opportunity for freelancers to take up short term projects and would also help students to test their practical concepts by working on a real-life project.
: jQuery, Bootstrap, Node.js, Firebase, CSS, HTML5, Socket.IO, JWT
Detecting a blob (region of similar pixel value)from video
: Matlab
Flutter application - TikTok clone app added Home page ,Profile & Login Page and Register Page
: Flutter
Developed Self Balancing Amphibious Surveillance Robot which traverses autonomously and it is also made to be terrain proof. This bot has threat detection capability, audio and video live streaming, foot steps detection, object tracking, chat bot and dynamic path planning. This bot traverse using 2d Lidar, Depth camera, Camera, IMU and small Infrared sensors. This robot is controlled through Jetson nano and Atmega 328p which was integrated through ROS and also simulated using Gazebo and V-REP. DWA Planner and a combination of A* and Potential field path planning was implemented for optimal planning.
Software : Embedded C, ROS, OpenCV, Yolov3, React.js, Socket.io, Javascript, Gazebo simulator, Solidworks
Hardware : Camera, Atmega 328p, Nvidia Jetson nano, Gyro stabilizer, intel realsense depth camera, GPS Module,Smoke sensor, Lidar sensor, IMU, Encoders, BLDC Motors, 4G Modem
Rugby kicking simultion design on Matlab.
Simulation multibody toolbox (Contact force-spatial, sphere to sphere, sphere to a plane, Simulink data inspector)
Recruitment Assisting platform which will help recruiters filter out resumes for a particular job profile.
Reactjs, Firebase, Flask, Cheerio, NLTK, Node.js, Scikit-learn, Firebase Cloud Firestore
Zuly is chatbot based application which help an individual to overcome his Mental disorder by exploring parameters like tracking anxiety levels, stress levels and physical and mental tiredness.
Reactjs, Semantic UI React, Tensorflow, NLTK, Tflearn, Flask, NLTK, Node.js, Firebase Cloud Firestore
Implementation of Real time face mask detection and social distancing tracking.
TensorFlow, Keras, Yolov3, MobileNetV2, SSD (Single short Detector), OpenCV, Caffe, Pillow
Organized by IETE K.J.S.C.E - Certificate
Organized by ISTE Prakalpa 2019 - Certificate
Team K.J.S.C.E Robocon secured AIR-5 in ABU Robocon held at IIT DELHI - Certificate
Cybersecurity competition hosted by CSI K.J.S.C.E - Certificate
Hackathon organized by CSI K.J.S.C.E - Certificate
Organized by DD Robocon held at IIT Delhi - Certificate
Organized by EXTC Department of K.J.S.C.E - Certificate
Organized by Team K.J.S.C.E Robocon - Certificate
Organized by Team K.J.S.C.E Codecell - Certificate
Hackathon is a part of K.J.S.C.E’s annual tech fest, Abhiyantriki Organized by K.J.S.C.E codecell - Certificate
Feedback System is part of Internship project - Certificate
Competition organized by Texus instrument - Certificate
NOTE :Competition still in progress
Hackathon organized by D.J sanghavi college of engineering(DJSCE) - Certificate
Organized by Bloombox K.J.S.C.E - Certificate
Organized by Alumni Cell K.J.S.C.E - Certificate
Organized by Tata Sons Private Limited - Certificate
Organized by Hackerrank - Certificate
Organized by Alienbrains - Certificate
Organized by Google Developer Group (GDG) Community india - Certificate
Virtual Global Summit on Artificial intelligence Organized by IndiaAI - Certificate
Competition organized by IIT Kharagpur and Coding ninjas - Certificate
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The Front End - Back End team built the web application to interface with the user. They created a register / login flow, where the user could add their AirBnB listings to their profile. They added functionality where the User could edit properties about their listing (i.e. room type, minimum number of nights, location, etc..).
They also collaborated with the Data Science team on the best data to send them. The Front End / BackEnd team created functionality to send the User inputs to the DS API and dynamically save the returned Optimal Price.
The User can also edit properties for their listing and receive an Updated Optimal Price, in addition to being able to delete their Listing.
The Data Science team created and trained a predictive model on AirBNB prices using historical data. They then used that predictive model to calculate an Optimal Price for an AirBNB in Berlin. They received inputs (location, size, etc..) via an API and then made their predictions accessible to the rest of the team through an output in JSON format.
The User Experience designer was John G, utilizing HTML & CSS to design this website.


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DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
A central list of post-16 courses will provide up-to-date and reliable information for young people, schools and parents.
A central list of post-16 courses which will make it easier for young people to make choices about their future has moved a step closer to reality after a guide for providers was published today (24 March 2015).
From September 2015, the post-16 courses database will hold comprehensive details of education and training courses across the country. The operational guide published today sets out the information education and training providers must supply for the database.
The information will be up to date and reliable, and available as open data for any organisation to present to young people, schools and parents in user-friendly ways.
Skills Minister Nick Boles said:
This government is equipping all young people, whether they choose to take an academic or vocational path, with the skills they need to succeed.
This can only happen if they have access to the latest, most dependable information on the opportunities open to them, which is why the post-16 courses database is so important.
I am confident that once it is up and running this resource will become one of the main routes through which young people find out about their options and make key decisions about their future.
The government announced last year that all schools and colleges with pupils over 16 will, by the end of September, be expected to make information available on their education and training opportunities.
The operational guide for the database published today is aimed at providers, outlining the kind of information they must provide.
The post-16 courses database is the latest in a number of reforms carried out by government which benefit young people post-16, including:
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 24 March 2015
From: Department for Education Nick Boles MP
Part of: Young people


MobileUI was created thinking of making your hybrid application faster and smaller, since you only install what you are really going to use for UI.
Certainly you will love using it in Progressive Web Apps and Apache Cordova Apps. You can use only the components you want in your projects created with PhoneGap, Ionic Framework, Onsen UI, Framework7 and others focused on creating web apps.
A rich variety of UI components specially designed for mobile apps. MobileUI provides tabs, side menu, stack navigation and tons of other components such as lists and forms. Some of the existing components are displayed differently on Android and iOS, with automatic styling that will change the appearance of the app based on the platform.
The Installation is very simple, but first you need to install Node.js
After, just execute command in your terminal:
npm install -g mobileui
See this usage example for the header and list components.
mobileui install header list
MoboleUI has a feature to view your application directly in the browser and with livereload feature. To do this, type the command below.
mobileui preview
By default an HTTP server will run on port 8080, but you can change it by passing the --port
parameter with the desired port, eg --port 8000


"JERIMOTH "heights. (1.) One of the sons of Bela (1 Chronicles 7:7). (2.) 1 Chronicles 24:30, a Merarite Levite. (3.) A Benjamite slinger who joined David at Ziklag (1 Chronicles 12:5). (4.) A Levitical musician under Heman his father (1 Chronicles 25:4). (5.) 1 Chronicles 27:19, ruler of Naphtali. (6.) One of David’s sons (2 Chronicles 11:18). (7.) A Levite, one of the overseers of the temple offerings (2 Chronicles 31:13) in the reign of Hezekiah.
"JERIMOTH "heights. (1.) One of the sons of Bela (1 Chronicles 7:7).
(2.) 1 Chronicles 24:30, a Merarite Levite.
(3.) A Benjamite slinger who joined David at Ziklag (1 Chronicles 12:5).
(4.) A Levitical musician under Heman his father (1 Chronicles 25:4).
(5.) 1 Chronicles 27:19, ruler of Naphtali.
(6.) One of David’s sons (2 Chronicles 11:18).
(7.) A Levite, one of the overseers of the temple offerings (2 Chronicles 31:13) in the reign of Hezekiah.


{% extends "horizon/common/_modal_form.html" %} {% load i18n %} {% block title %}{{ page_title }}{% endblock %} {% block modal-body %}
{% trans "This action will unassign all volumes that are currently contained in this group." %}


Drag and drop some flow files or click to open file dialog
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