| Package | Description |
|---|---|
| java.awt.datatransfer |
Provides interfaces and classes for transferring data
between and within applications.
|
| java.io |
Provides for system input and output through data streams,
serialization and the file system.
|
| java.nio.channels |
Defines channels, which represent connections to entities that are capable of
performing I/O operations, such as files and sockets; defines selectors, for
multiplexed, non-blocking I/O operations.
|
| java.sql |
Provides the API for accessing and processing data stored in a
data source (usually a relational database) using the
JavaTM programming language.
|
| java.util |
Contains the collections framework, legacy collection classes, event model,
date and time facilities, internationalization, and miscellaneous utility
classes (a string tokenizer, a random-number generator, and a bit array).
|
| javax.print |
Provides the principal classes and interfaces for the
JavaTM Print Service API.
|
| javax.script |
The scripting API consists of interfaces and classes that define
Java TM Scripting Engines and provides
a framework for their use in Java applications.
|
| javax.sql |
Provides the API for server side data source access and processing from
the JavaTM programming language.
|
| javax.sql.rowset |
Standard interfaces and base classes for JDBC
RowSet
implementations. |
| javax.sql.rowset.serial |
Provides utility classes to allow serializable mappings between SQL types
and data types in the Java programming language.
|
| javax.sql.rowset.spi |
The standard classes and interfaces that a third party vendor has to
use in its implementation of a synchronization provider.
|
| javax.swing.text |
Provides classes and interfaces that deal with editable
and noneditable text components.
|
| javax.swing.text.html |
Provides the class
HTMLEditorKit and supporting classes
for creating HTML text editors. |
| javax.swing.text.html.parser |
Provides the default HTML parser, along with support classes.
|
| javax.swing.text.rtf |
Provides a class (
RTFEditorKit ) for creating Rich-Text-Format
text editors. |
| javax.tools |
Provides interfaces for tools which can be invoked from a program,
for example, compilers.
|
| javax.xml.bind |
Provides a runtime binding framework for client applications including
unmarshalling, marshalling, and validation capabilities.
|
| javax.xml.bind.helpers |
JAXB Provider Use Only: Provides partial default implementations for
some of the javax.xml.bind interfaces.
|
| javax.xml.stream | |
| javax.xml.transform.stream |
This package implements stream- and URI- specific transformation APIs.
|
| org.w3c.dom.ls | |
| org.xml.sax |
This package provides the core SAX APIs.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
DataFlavor.getReaderForText(Transferable transferable)
Gets a Reader for a text flavor, decoded, if necessary, for the expected
charset (encoding).
|
| Modifier and Type | Class and Description |
|---|---|
class |
BufferedReader
Reads text from a character-input stream, buffering characters so as to
provide for the efficient reading of characters, arrays, and lines.
|
class |
CharArrayReader
This class implements a character buffer that can be used as a
character-input stream.
|
class |
FileReader
Convenience class for reading character files.
|
class |
FilterReader
Abstract class for reading filtered character streams.
|
class |
InputStreamReader
An InputStreamReader is a bridge from byte streams to character streams: It
reads bytes and decodes them into characters using a specified
charset . |
class |
LineNumberReader
A buffered character-input stream that keeps track of line numbers.
|
class |
PipedReader
Piped character-input streams.
|
class |
PushbackReader
A character-stream reader that allows characters to be pushed back into the
stream.
|
class |
StringReader
A character stream whose source is a string.
|
| Modifier and Type | Field and Description |
|---|---|
protected Reader |
FilterReader.in
The underlying character-input stream.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
Console.reader()
Retrieves the unique
Reader object associated
with this console. |
| Constructor and Description |
|---|
BufferedReader(Reader in)
Creates a buffering character-input stream that uses a default-sized
input buffer.
|
BufferedReader(Reader in,
int sz)
Creates a buffering character-input stream that uses an input buffer of
the specified size.
|
FilterReader(Reader in)
Creates a new filtered reader.
|
LineNumberReader(Reader in)
Create a new line-numbering reader, using the default input-buffer
size.
|
LineNumberReader(Reader in,
int sz)
Create a new line-numbering reader, reading characters into a buffer of
the given size.
|
PushbackReader(Reader in)
Creates a new pushback reader with a one-character pushback buffer.
|
PushbackReader(Reader in,
int size)
Creates a new pushback reader with a pushback buffer of the given size.
|
StreamTokenizer(Reader r)
Create a tokenizer that parses the given character stream.
|
| Modifier and Type | Method and Description |
|---|---|
static Reader |
Channels.newReader(ReadableByteChannel ch,
CharsetDecoder dec,
int minBufferCap)
Constructs a reader that decodes bytes from the given channel using the
given decoder.
|
static Reader |
Channels.newReader(ReadableByteChannel ch,
String csName)
Constructs a reader that decodes bytes from the given channel according
to the named charset.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
SQLXML.getCharacterStream()
Retrieves the XML value designated by this SQLXML instance as a java.io.Reader object.
|
Reader |
Clob.getCharacterStream()
Retrieves the
CLOB value designated by this Clob
object as a java.io.Reader object (or as a stream of
characters). |
Reader |
ResultSet.getCharacterStream(int columnIndex)
Retrieves the value of the designated column in the current row
of this
ResultSet object as a
java.io.Reader object. |
Reader |
CallableStatement.getCharacterStream(int parameterIndex)
Retrieves the value of the designated parameter as a
java.io.Reader object in the Java programming language. |
Reader |
Clob.getCharacterStream(long pos,
long length)
Returns a
Reader object that contains a partial Clob value, starting
with the character specified by pos, which is length characters in length. |
Reader |
ResultSet.getCharacterStream(String columnLabel)
Retrieves the value of the designated column in the current row
of this
ResultSet object as a
java.io.Reader object. |
Reader |
CallableStatement.getCharacterStream(String parameterName)
Retrieves the value of the designated parameter as a
java.io.Reader object in the Java programming language. |
Reader |
ResultSet.getNCharacterStream(int columnIndex)
Retrieves the value of the designated column in the current row
of this
ResultSet object as a
java.io.Reader object. |
Reader |
CallableStatement.getNCharacterStream(int parameterIndex)
Retrieves the value of the designated parameter as a
java.io.Reader object in the Java programming language. |
Reader |
ResultSet.getNCharacterStream(String columnLabel)
Retrieves the value of the designated column in the current row
of this
ResultSet object as a
java.io.Reader object. |
Reader |
CallableStatement.getNCharacterStream(String parameterName)
Retrieves the value of the designated parameter as a
java.io.Reader object in the Java programming language. |
Reader |
SQLInput.readCharacterStream()
Reads the next attribute in the stream and returns it as a stream of Unicode characters.
|
| Modifier and Type | Method and Description |
|---|---|
void |
PreparedStatement.setCharacterStream(int parameterIndex,
Reader reader)
Sets the designated parameter to the given
Reader
object. |
void |
PreparedStatement.setCharacterStream(int parameterIndex,
Reader reader,
int length)
Sets the designated parameter to the given
Reader
object, which is the given number of characters long. |
void |
PreparedStatement.setCharacterStream(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to the given
Reader
object, which is the given number of characters long. |
void |
CallableStatement.setCharacterStream(String parameterName,
Reader reader)
Sets the designated parameter to the given
Reader
object. |
void |
CallableStatement.setCharacterStream(String parameterName,
Reader reader,
int length)
Sets the designated parameter to the given
Reader
object, which is the given number of characters long. |
void |
CallableStatement.setCharacterStream(String parameterName,
Reader reader,
long length)
Sets the designated parameter to the given
Reader
object, which is the given number of characters long. |
void |
PreparedStatement.setClob(int parameterIndex,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
PreparedStatement.setClob(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
CallableStatement.setClob(String parameterName,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
CallableStatement.setClob(String parameterName,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
PreparedStatement.setNCharacterStream(int parameterIndex,
Reader value)
Sets the designated parameter to a
Reader object. |
void |
PreparedStatement.setNCharacterStream(int parameterIndex,
Reader value,
long length)
Sets the designated parameter to a
Reader object. |
void |
CallableStatement.setNCharacterStream(String parameterName,
Reader value)
Sets the designated parameter to a
Reader object. |
void |
CallableStatement.setNCharacterStream(String parameterName,
Reader value,
long length)
Sets the designated parameter to a
Reader object. |
void |
PreparedStatement.setNClob(int parameterIndex,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
PreparedStatement.setNClob(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
CallableStatement.setNClob(String parameterName,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
CallableStatement.setNClob(String parameterName,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
ResultSet.updateCharacterStream(int columnIndex,
Reader x)
Updates the designated column with a character stream value.
|
void |
ResultSet.updateCharacterStream(int columnIndex,
Reader x,
int length)
Updates the designated column with a character stream value, which will have
the specified number of bytes.
|
void |
ResultSet.updateCharacterStream(int columnIndex,
Reader x,
long length)
Updates the designated column with a character stream value, which will have
the specified number of bytes.
|
void |
ResultSet.updateCharacterStream(String columnLabel,
Reader reader)
Updates the designated column with a character stream value.
|
void |
ResultSet.updateCharacterStream(String columnLabel,
Reader reader,
int length)
Updates the designated column with a character stream value, which will have
the specified number of bytes.
|
void |
ResultSet.updateCharacterStream(String columnLabel,
Reader reader,
long length)
Updates the designated column with a character stream value, which will have
the specified number of bytes.
|
void |
ResultSet.updateClob(int columnIndex,
Reader reader)
Updates the designated column using the given
Reader
object. |
void |
ResultSet.updateClob(int columnIndex,
Reader reader,
long length)
Updates the designated column using the given
Reader
object, which is the given number of characters long. |
void |
ResultSet.updateClob(String columnLabel,
Reader reader)
Updates the designated column using the given
Reader
object. |
void |
ResultSet.updateClob(String columnLabel,
Reader reader,
long length)
Updates the designated column using the given
Reader
object, which is the given number of characters long. |
void |
ResultSet.updateNCharacterStream(int columnIndex,
Reader x)
Updates the designated column with a character stream value.
|
void |
ResultSet.updateNCharacterStream(int columnIndex,
Reader x,
long length)
Updates the designated column with a character stream value, which will have
the specified number of bytes.
|
void |
ResultSet.updateNCharacterStream(String columnLabel,
Reader reader)
Updates the designated column with a character stream value.
|
void |
ResultSet.updateNCharacterStream(String columnLabel,
Reader reader,
long length)
Updates the designated column with a character stream value, which will have
the specified number of bytes.
|
void |
ResultSet.updateNClob(int columnIndex,
Reader reader)
Updates the designated column using the given
Reader
The data will be read from the stream
as needed until end-of-stream is reached. |
void |
ResultSet.updateNClob(int columnIndex,
Reader reader,
long length)
Updates the designated column using the given
Reader
object, which is the given number of characters long. |
void |
ResultSet.updateNClob(String columnLabel,
Reader reader)
Updates the designated column using the given
Reader
object. |
void |
ResultSet.updateNClob(String columnLabel,
Reader reader,
long length)
Updates the designated column using the given
Reader
object, which is the given number of characters long. |
void |
SQLOutput.writeCharacterStream(Reader x)
Writes the next attribute to the stream as a stream of Unicode characters.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Properties.load(Reader reader)
Reads a property list (key and element pairs) from the input
character stream in a simple line-oriented format.
|
| Constructor and Description |
|---|
PropertyResourceBundle(Reader reader)
Creates a property resource bundle from a
Reader . |
| Modifier and Type | Method and Description |
|---|---|
Reader |
SimpleDoc.getReaderForText()
Obtains a reader for extracting character print data from this doc.
|
Reader |
Doc.getReaderForText()
Obtains a reader for extracting character print data from this doc.
|
| Modifier and Type | Field and Description |
|---|---|
protected Reader |
SimpleScriptContext.reader
This is the reader to be used for input from scripts.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
ScriptContext.getReader()
Returns a
Reader to be used by the script to read
input. |
Reader |
SimpleScriptContext.getReader()
Returns a
Reader to be used by the script to read
input. |
| Modifier and Type | Method and Description |
|---|---|
CompiledScript |
Compilable.compile(Reader script)
Compiles the script (source read from
Reader ) for
later execution. |
Object |
ScriptEngine.eval(Reader reader)
Same as
eval(String) except that the source of the script is
provided as a Reader |
Object |
AbstractScriptEngine.eval(Reader reader)
eval(Reader) calls the abstract
eval(Reader, ScriptContext) passing the value of the context
field. |
Object |
ScriptEngine.eval(Reader reader,
Bindings n)
Same as
eval(String, Bindings) except that the source of the script
is provided as a Reader . |
Object |
AbstractScriptEngine.eval(Reader reader,
Bindings bindings)
eval(Reader, Bindings) calls the abstract
eval(Reader, ScriptContext) method, passing it a ScriptContext
whose Reader, Writers and Bindings for scopes other that ENGINE_SCOPE
are identical to those members of the protected context field. |
Object |
ScriptEngine.eval(Reader reader,
ScriptContext context)
Same as
eval(String, ScriptContext) where the source of the script
is read from a Reader . |
void |
ScriptContext.setReader(Reader reader)
Sets the
Reader for scripts to read input
. |
void |
SimpleScriptContext.setReader(Reader reader)
Sets the
Reader for scripts to read input
. |
| Modifier and Type | Method and Description |
|---|---|
void |
RowSet.setCharacterStream(int parameterIndex,
Reader reader)
Sets the designated parameter in this
RowSet object's command
to the given Reader
object. |
void |
RowSet.setCharacterStream(int parameterIndex,
Reader reader,
int length)
Sets the designated parameter in this
RowSet object's command
to the given java.io.Reader value. |
void |
RowSet.setCharacterStream(String parameterName,
Reader reader)
Sets the designated parameter to the given
Reader
object. |
void |
RowSet.setCharacterStream(String parameterName,
Reader reader,
int length)
Sets the designated parameter to the given
Reader
object, which is the given number of characters long. |
void |
RowSet.setClob(int parameterIndex,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setClob(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setClob(String parameterName,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setClob(String parameterName,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNCharacterStream(int parameterIndex,
Reader value)
Sets the designated parameter in this
RowSet object's command
to a Reader object. |
void |
RowSet.setNCharacterStream(int parameterIndex,
Reader value,
long length)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNCharacterStream(String parameterName,
Reader value)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNCharacterStream(String parameterName,
Reader value,
long length)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNClob(int parameterIndex,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNClob(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNClob(String parameterName,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
RowSet.setNClob(String parameterName,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
| Modifier and Type | Field and Description |
|---|---|
protected Reader |
BaseRowSet.charStream
The
Reader object that will be
returned by the method getCharacterStream ,
which is specified in the ResultSet interface. |
| Modifier and Type | Method and Description |
|---|---|
void |
WebRowSet.readXml(Reader reader)
Reads a
WebRowSet object in its XML format from the given
Reader object. |
void |
BaseRowSet.setCharacterStream(int parameterIndex,
Reader reader)
Sets the designated parameter in this
RowSet object's command
to the given Reader
object. |
void |
BaseRowSet.setCharacterStream(int parameterIndex,
Reader reader,
int length)
Sets the designated parameter to the given
java.io.Reader
object, which will have the specified number of characters. |
void |
BaseRowSet.setCharacterStream(String parameterName,
Reader reader)
Sets the designated parameter to the given
Reader
object. |
void |
BaseRowSet.setCharacterStream(String parameterName,
Reader reader,
int length)
Sets the designated parameter to the given
Reader
object, which is the given number of characters long. |
void |
BaseRowSet.setClob(int parameterIndex,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setClob(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setClob(String parameterName,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setClob(String parameterName,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNCharacterStream(int parameterIndex,
Reader value)
Sets the designated parameter in this
RowSet object's command
to a Reader object. |
void |
BaseRowSet.setNCharacterStream(int parameterIndex,
Reader value,
long length)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNCharacterStream(String parameterName,
Reader value)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNCharacterStream(String parameterName,
Reader value,
long length)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNClob(int parameterIndex,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNClob(int parameterIndex,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNClob(String parameterName,
Reader reader)
Sets the designated parameter to a
Reader object. |
void |
BaseRowSet.setNClob(String parameterName,
Reader reader,
long length)
Sets the designated parameter to a
Reader object. |
| Modifier and Type | Method and Description |
|---|---|
Reader |
SerialClob.getCharacterStream()
Returns this
SerialClob object's data as a stream
of Unicode characters. |
Reader |
SerialClob.getCharacterStream(long pos,
long length)
Returns a
Reader object that contains a partial
SerialClob value, starting
with the character specified by pos, which is length characters in length. |
Reader |
SQLInputImpl.readCharacterStream()
Retrieves the next attribute in this
SQLInputImpl object
as a stream of Unicode characters. |
| Modifier and Type | Method and Description |
|---|---|
void |
SQLOutputImpl.writeCharacterStream(Reader x)
Writes a stream of Unicode characters to this
SQLOutputImpl object. |
| Modifier and Type | Method and Description |
|---|---|
void |
XmlReader.readXML(WebRowSet caller,
Reader reader)
Reads and parses the given
WebRowSet object from the given
input stream in XML format. |
| Modifier and Type | Method and Description |
|---|---|
abstract void |
EditorKit.read(Reader in,
Document doc,
int pos)
Inserts content from the given stream which is expected
to be in a format appropriate for this kind of content
handler.
|
void |
DefaultEditorKit.read(Reader in,
Document doc,
int pos)
Inserts content from the given stream, which will be
treated as plain text.
|
void |
JTextComponent.read(Reader in,
Object desc)
Initializes from a stream.
|
| Modifier and Type | Method and Description |
|---|---|
void |
StyleSheet.loadRules(Reader in,
URL ref)
Loads a set of rules that have been specified in terms of
CSS1 grammar.
|
abstract void |
HTMLEditorKit.Parser.parse(Reader r,
HTMLEditorKit.ParserCallback cb,
boolean ignoreCharSet)
Parse the given stream and drive the given callback
with the results of the parse.
|
void |
HTMLEditorKit.read(Reader in,
Document doc,
int pos)
Inserts content from the given stream.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Parser.parse(Reader in)
Parse an HTML stream, given a DTD.
|
void |
ParserDelegator.parse(Reader r,
HTMLEditorKit.ParserCallback cb,
boolean ignoreCharSet) |
void |
DocumentParser.parse(Reader in,
HTMLEditorKit.ParserCallback callback,
boolean ignoreCharSet) |
| Modifier and Type | Method and Description |
|---|---|
void |
RTFEditorKit.read(Reader in,
Document doc,
int pos)
Insert content from the given stream, which will be
treated as plain text.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
FileObject.openReader(boolean ignoreEncodingErrors)
Gets a reader for this object.
|
Reader |
SimpleJavaFileObject.openReader(boolean ignoreEncodingErrors)
Wraps the result of SimpleJavaFileObject.getCharContent(boolean) in a Reader.
|
Reader |
ForwardingFileObject.openReader(boolean ignoreEncodingErrors) |
| Modifier and Type | Method and Description |
|---|---|
Object |
Unmarshaller.unmarshal(Reader reader)
Unmarshal XML data from the specified Reader and return the
resulting content tree.
|
static <T> T |
JAXB.unmarshal(Reader xml,
Class<T> type)
Reads in a Java object tree from the given XML input.
|
| Modifier and Type | Method and Description |
|---|---|
Object |
AbstractUnmarshallerImpl.unmarshal(Reader reader) |
| Modifier and Type | Method and Description |
|---|---|
abstract XMLEventReader |
XMLInputFactory.createXMLEventReader(Reader reader)
Create a new XMLEventReader from a reader
|
abstract XMLEventReader |
XMLInputFactory.createXMLEventReader(String systemId,
Reader reader)
Create a new XMLEventReader from a reader
|
abstract XMLStreamReader |
XMLInputFactory.createXMLStreamReader(Reader reader)
Create a new XMLStreamReader from a reader
|
abstract XMLStreamReader |
XMLInputFactory.createXMLStreamReader(String systemId,
Reader reader)
Create a new XMLStreamReader from a java.io.InputStream
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
StreamSource.getReader()
Get the character stream that was set with setReader.
|
| Modifier and Type | Method and Description |
|---|---|
void |
StreamSource.setReader(Reader reader)
Set the input to be a character reader.
|
| Constructor and Description |
|---|
StreamSource(Reader reader)
Construct a StreamSource from a character reader.
|
StreamSource(Reader reader,
String systemId)
Construct a StreamSource from a character reader.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
LSInput.getCharacterStream()
An attribute of a language and binding dependent type that represents
a stream of 16-bit units.
|
| Modifier and Type | Method and Description |
|---|---|
void |
LSInput.setCharacterStream(Reader characterStream)
An attribute of a language and binding dependent type that represents
a stream of 16-bit units.
|
| Modifier and Type | Method and Description |
|---|---|
Reader |
InputSource.getCharacterStream()
Get the character stream for this input source.
|
| Modifier and Type | Method and Description |
|---|---|
void |
InputSource.setCharacterStream(Reader characterStream)
Set the character stream for this input source.
|
| Constructor and Description |
|---|
InputSource(Reader characterStream)
Create a new input source with a character stream.
|
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


Scenario: ParallelData resolves fetchs after app requests are made
Assertions:
Correct number of requests
All fetch requests resolved
onParallelDataResponse fired as expected
Scenario: window.fetch is not supported by this browser, ParallelData will fallback to XHRs. ParallelData resolves XHRs after app requests are made
Assertions:
Correct number of requests
Properties reflect parallel load result
All events fired as expected
onParallelDataResponse fired as expected


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NOT BAD:
FOLLOWERS!

YOU'VE GOT
FOLLOWERS!
STOP IT SILLY!


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Make mobile test automated, free testers from endless work.


{{ post.title }}
{% with author=post.author.get_full_name %}by
{% endwith %} — {{ post.published|date:"Y F d" }}{% extends "site_base.html" %} {% load i18n %} {% load cache %} {% load compress %} {% load sponsorship_tags %} {% load thumbnail %} {% load boxes_tags %} {% load biblion_tags %} {% load staticfiles %} {% block head_title_base %}{{ SITE_NAME }} in Cleveland, Ohio | May 9-17{% endblock %} {% block body_class %}home-page{% endblock %} {% block header-imagery %}
{% endblock %} {% block banner %} {% box "homepage-about" %}The first 2 days of the conference offer a schedule packed with 3-hour tutorials to help both beginners and experienced developers learn new technologies and increase their skills.
The 3 main conference days offer almost 100 talks, an Expo Hall where you can visit our sponsors, and events including an academic poster session, a Job Fair, and an annual benefit auction.
The final 4 days are our developer sprints, where developers both veteran and novice enjoy several days of rare in-person collaboration on their favorite open source projects.
The companies and organizations who sponsor PyCon make the conference possible, and get to connect with a wide array of Python programmers.
{% sponsors as all_sponsors %} {% for sponsor in all_sponsors %} {% endfor %}
{% endblock %} {% block credits %}Thanks to Mike Pirnat for the talk photo and Kushal Das for the sprints photo used above!
{% endblock %} {% block debris %} {# Register #}by
{% endwith %} — {{ post.published|date:"Y F d" }}{% trans "Announcements coming soon." %}


[1]
Looks slick; Firmware updates destroy data
[2]
Ease of use.; Safety of data. Reliability. Compatibility with other peripherals
[3]
Great price with coupon code; Hard drives still expensive


class ConsumerManagerImpl
| Modifiers | Name | Description |
|---|---|---|
protected java.util.List<ConsumerContext> |
consumers |
Registered consumers. |
private org.apache.log4j.Logger |
log |
Logger. |
| Type | Name and description |
|---|---|
static java.lang.String |
RABBIT_CONFIG_NAME Name of the configuration variable a consumer is expected to define. |
org.springframework.context.ApplicationContext |
applicationContext Application context. |
ConnectionManager |
connectionManager Connection manager. |
org.codehaus.groovy.grails.commons.GrailsApplication |
grailsApplication Grails application bean. |
MessageConverterManager |
messageConverterManager Message converter manager. |
org.codehaus.groovy.grails.support.PersistenceContextInterceptor |
persistenceInterceptor Hibernate object used to bind a session to the current thread. |
RabbitMessagePublisher |
rabbitMessagePublisher Rabbit message publisher. |
| Constructor and description |
|---|
ConsumerManagerImpl
() |
| Type | Name and description |
|---|---|
ConsumerContext |
createContext(java.lang.Object consumer) Create a consumer context with the given consumer object instance. |
ConsumerContext |
createContext(org.codehaus.groovy.grails.commons.GrailsClass artefact) Create a consumer context withe consumer represented by the given Grails artefact. |
ConsumerContext |
getContext(java.lang.String name) Returns the consumer adapter whose consumer has the given name. |
java.util.List<ConsumerContext> |
getContexts(ConnectionContext connectionContext) Retrieves all consumer contexts associated with the given connection context. |
java.util.List<ConsumerContext> |
getContexts() Returns a list of all registered contexts. |
RunningState |
getRunningState() Returns the state of the contexts the manager. |
void |
load() Loads any message consumer artefacts. |
protected java.util.Map |
loadConsumerApplicationConfiguration(java.lang.Object consumer) Finds and returns a consumer's central configuration, or null if it isn't defined. |
protected ConsumerConfiguration |
loadConsumerConfiguration(java.lang.Object consumer) Attempts to load a consumer's configuration. |
protected java.util.Map |
loadConsumerLocalConfiguration(java.lang.Object consumer) Finds and returns a consumer's local configuration, or null if it doesn't exist. |
void |
register(ConsumerContext context) Registers a consumer. |
void |
reset() Stops and removes all consumers. |
void |
shutdown() Performs a graceful shutdown of all consumers. |
void |
shutdown(ConsumerContext consumerContext) Performs a graceful shutdown of the given consumer context |
void |
shutdown(java.lang.String name) Performs a graceful shutdown of the consumer with the given name. |
void |
start() Starts all registered consumers. |
void |
start(ConsumerContext context) Starts a specific consumer. |
void |
start(java.lang.String name) Starts a specific consumer based on its name. |
void |
start(ConnectionContext connectionContext) Starts all consumers associated with the given connection context. |
void |
stop() Stops all consumers. |
void |
stop(ConsumerContext context) Stops a specific consumer. |
void |
stop(java.lang.String name) Stops a specific consumer based on its name. |
void |
stop(ConnectionContext connectionContext) Stops all consumers associated with the given connection context. |
void |
unregister(ConsumerContext context) Stops and un-registers a consumer. |
| Methods inherited from class | Name |
|---|---|
class java.lang.Object |
java.lang.Object#wait(long, int), java.lang.Object#wait(long), java.lang.Object#wait(), java.lang.Object#equals(java.lang.Object), java.lang.Object#toString(), java.lang.Object#hashCode(), java.lang.Object#getClass(), java.lang.Object#notify(), java.lang.Object#notifyAll() |
Registered consumers.
Logger.
Name of the configuration variable a consumer is expected to define.
Application context.
Connection manager.
Grails application bean.
Message converter manager.
Hibernate object used to bind a session to the current thread. This will be null if Hibernate is not present.
Rabbit message publisher.
Create a consumer context with the given consumer object instance.
Create a consumer context withe consumer represented by the given Grails artefact.
Returns the consumer adapter whose consumer has the given name.
Retrieves all consumer contexts associated with the given connection context.
Returns a list of all registered contexts.
Returns the state of the contexts the manager.
Loads any message consumer artefacts.
Finds and returns a consumer's central configuration, or null if it isn't defined.
Attempts to load a consumer's configuration.
Finds and returns a consumer's local configuration, or null if it doesn't exist.
Registers a consumer.
Stops and removes all consumers.
Performs a graceful shutdown of all consumers.
Performs a graceful shutdown of the given consumer context
Performs a graceful shutdown of the consumer with the given name.
Starts all registered consumers.
Starts a specific consumer.
Starts a specific consumer based on its name.
Starts all consumers associated with the given connection context.
Stops all consumers.
Stops a specific consumer.
Stops a specific consumer based on its name.
Stops all consumers associated with the given connection context.
Stops and un-registers a consumer.
Groovy Documentation


Markdown Codeblocks will be replaced
Attention: This test will only change the output (and not verify it)!
But you will see, that this here gets converted to a code block:
```groovy
System.out.println("This is awesome!");
```
See? In Markdown it is important to indent the whole block with 3 spaces.
Even for multiple code blocks
```bash
rm -rf /
```
Want to disable execution?
```groovy run:false
xxxCompiler error;
System.out.println("We should never get here!");
```


CNIT 133
JavaScript
Home
Basic Ops
Functions
Loops
Arrays
Objects
jQuery
Ajax
Homework 6 - Part 2
Part 1
Part 2
Part 3
Part 4
Extra Credit
Enter a sentence :
Enter character to search for :
Results :


Right Room Assign 8
Assignment 8: Managing a Specific Change - Document complete history managing the change. Due Mar 3 by 11:59pm Points 100 Submitting a file upload For this assignment, you are going to make one specific change to your group's project. You will log each action you take in making and managing this change. As a deliverable for this assignment, upload a file documenting your complete history in making and managing this change. Here is the process outline with details added underneath: 1) Update your local repository with the lastest version of the group's project. A) When I fork from Alannao/the-game it only fork'ss teh rbunge-nsc/the-game version. B) So dicided to copy my files to this repository to document my process. 2) Make a branch and modify at least one file from the group's project. A) Copy and pasted and downloaded and files from Alannao/the-game to edit, branch pull, and merge back into this sample main file B) Made a branch and edited. Will provide screen shot with changes for assignment. 3) Run a diff command to document what is different between your version of the file and the previous version. A) diff showed green for currnent and deleted in red. 4) Merge your change into the group's project. A) Merged 6) Now reverse your changes. Reverting a pull request Under your repository name, click Pull requests. In the "Pull Requests" list, click the pull request you'd like to revert. Near the bottom of the pull request, click Revert. Merge the resulting pull request. For more information, see "Merging a pull request." A) Reversion worked magicall by inserting the word 'revert' in the front of the pull request and then proceed through the pull request as normal 8) For each process above, document how you did it and what was the result. A) See above under each line item
{Another Title}
{most post text}


SQL Utility
Back
Select Table :
Select Table
Select Field :
Select Field
OK
Cancel
Where Statement :
Select Field
Select Operation
OK
Cancel
AND
OR
Statement :
Execute


The folder has to be inside the Characters folder in the installation folder also the images has to be numbered from 1 - 10000 for exemple 1.jpg
Ok I will


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Spectacular Test Runner for JavaScript.
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Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 6
Dietary
Homemade pesto is such a treat. This version comes from Trapani in Sicily, and uses almonds and tomatoes instead of pine nuts.
Bring a pan of water to the boil and blanch the almonds for a few minutes. Drain and set aside to cool, then pinch off the skins.
Toast the almonds in a dry frying pan over medium–high heat. Keep them moving to prevent burning; they should be a light golden colour.
In a food processor, pulse the almonds until they resemble breadcrumbs. Add the basil and garlic and pulse a couple of times. Tip into a bowl.
Mix in the tomatoes, pecorino and oil. Season with the salt and pepper.
Bring a pan of salted water to the boil and cook the pasta until al dente. Drain it and stir the pesto through. Serve, garnished with basil, with plenty of pecorino.


In regards to Ruby and Python Compared:
Larry Wall, the designer of Perl, has the slogan "There's more than one way to do it". In contrast, Bertrand Meyer, the designer of Eiffel, says "A programming language should provide one good way of performing any operation of interest; it should avoid providing two." Ruby follows the anarchist approach of Larry Wall, while Python follows the bondage-and- discipline approach of Eiffel.
Python is not in any way a B&D language. At all. Even slightly. No resemblence. It takes nothing from Eiffel. It probably could take some good ideas, but right now it doesn't even take any of its good ideas.
Python attempts to build consistency with a carrot approach, not a stick. I say "attempts" because there are many places where the Python community doesn't agree on a solution, doesn't agree on the phrasing of the problem, or simply doesn't know the best way to do things. There will always be such places, until such time as all programming problems are solved. Despite the futility of this effort, we still pursue compelling, complete, and consistent solutions.
An important rule in the Python community is: we are all consenting adults. That is, it is not the responsibility of the language designer or library author to keep people from doing bad things. It is their responsibility to prevent people doing bad things accidentally. But if you really want to do something bad, who are we to say you are wrong? It's your program. Maybe you even have a good reason.
That said, it's unlikely you'll see language designers or library authors going out of their way to enable you to do bad things where it was previously impossible. So some feature suggestions that are likely to cause errors are unlikely to get much consideration.
Python usually seems to have one best way to perform a given task, and even prescribes how the code is to be laid out, since indentation is syntactically significant.
Of course you'd have to be nutty not to indent your code the way Python wants you to. Python is DRY (Don't Repeat Yourself) here.
Ruby's treatment of Booleans is much cleaner. In ruby, false and nil are considered false in boolean contexts, and everything else is considered true. Python follows the antimathematical convention of C and Perl where 0 is considered false. This nonsense really has no place in such a high-level language. But Python makes things worse: empty lists, empty dictionaries, and empty tuples are false. What about empty sets? Well, sets are not a built-in type, so it depends on how they are implemented. Python lacks true booleans: true and false.
I don't think this is a very meaningful comparison. If you want to test for nil/None, test for nil/None. I guess you could say that Ruby is like Scheme or Smalltalk, and Python more like Lisp. There's points for and against each technique, but smart people have and continue to go both ways; just get used to it.
That False == 0 and True == 1 is an artifact of a time when Python lacked true booleans (though now True and False are "true" booleans, even if they are also integers: False is not 0). While the underlying integer nature of True and False lacks elegance, I haven't had any problems with it in practice.
As for other things being false (I use a lower-case "false" to refer to all falsish items in Python), this is just how Python is. Falseness is a property of an object. Empty sets are false, because thats how they are implemented. Convention, not the language, enforces the greater concept of what is "false".
In C, 7/3 is 2. I'm really a mathematician rather than a programmer, so I feel that 7/3 should be the rational number 7/3. The earlier versions of Python followed the C convention. Happily, Python has finally switched. Ruby defaults to the C convention but also gives the ordinary convention for rationals when you require the mathn standard library. I always require the mathn standard library!
In Python 7/3 is still 2. It probably will be until Python 3.0; Guido regrets the original decision, but changing it before 3.0 is way too big a problem. This isn't a reflection of some deep design principle in the language.
Python does not allow a library to change what 7/3 evaluates to. Here Python the language is taking over, where in Ruby a library can effect this. I assume in Ruby that means -- when the mathn library is loaded -- that division of all integers produces rationals...? But that seems so incredibly broken that I must assume it is not so.
Python's OO has become more extensive in recent versions, but it is still an OO bolt-on to a procedural language. Ruby is thoroughly OO. In Python, it is rather arbitrary whether some functionality is implemented by a function or a method (which have different syntaxes), and the programmer just has to remember how Python does it. Python has types and classes; in Ruby types are classes.
It's not "arbitrary," it's an aspect of whatever thing you are using. Not all libraries are designed the same, not all libraries are well designed, so sometimes a method is chosen when a function would do, or vice versa. You can make the same choices in Ruby. As a convention people in Ruby use methods far more often. Over time I personally have come to use functions more often than methods, only using methods if I see that a compelling object has emerged in my code. This is a difference of opinion. But Python isn't the only place where people are starting to feel more disaffected with class-based OO, though really it's an aside to the particulars of the language.
The distinction between classes (read: old-style classes) and types (read: built-in types, types written in C, new-style classes) is subtle and related to legacy. The distinction should disappear in 3.0, and you can mostly ignore it in current versions as well.
Until recently, Python's multiple inheritance had a critical design flaw which made it useless except as a way of implementing mixins. Whether the improved multiple inheritance will buy Python anything besides confusion has yet to be seen.
If it doesn't work for you, don't use it. In practice very few people use multiple inheritance anyway. Whatever.
But Ruby's thorough, dynamic OO gives the programmer incredible power. Methods can be easily added or removed from classes at run-time. They can easily added or removed from individual objects!
This can be done in Python as well, though it does not have the syntactic support that Ruby has. Some Python classes, including many built-in classes, are not possible to extend. Extending core classes is a highly questionable practice in my mind -- useful for clever hacks, but not for serious programming.
There is direct support for popular design patterns such as "Observer", "Delegator", "Singleton", "Visitor".
This is true; Python does not have any specific culture around these patterns.  But then, I don't really know what the support in Ruby looks like, so I don't know how I'd recognize it in Python.
A Ruby program has great capacity for "reflection", the ability to observe itself. Want a list of all living objects belonging to a particular class? No problem! Should you enjoy life in the fast lane, a ruby program can effectively rewrite itself at run-time.
Python's reflection is quite good. The list of all living objects, however, does not exist.
Python's garbage collection is based on reference- counting. Ruby's is mark-and-sweep (scheduled to be replaced by a generation-based system). Python's system allows the programmer more direct control over garbage collection: the del operator tells Python to garbage-collect a specific object right now. But Python's reference-counting system can easily lead to memory leaks, especially when trying to interface with C-code. Little rings of co-referential dead objects can accumulate with a long-running Python program.
This is not true.
Ruby is capable of Perl-like one-liners that can be used on the command line for system administration. Python is unsuitable for this.
Hey, one liners work in Python too. Generally speaking, Python is a very popular system administration language; certainly Perl is still king, but at least in the Linux world Python is the clear up-and-coming system administration language.
Singleton is Total Nonsense? Hmmm...
- class _MasterRegistry(object):
- """ This singleton holds all the class registries. There can be multiple registries to hold different unrelated sets of classes that reside in the same process. These registries are named with strings, and are created on demand. The MasterRegistry module global holds the singleton. """
Where have I seen that...
You can, however, make a class that can provide a list of all living instances. That's what I did when I hacked Routes support into web.py:A Ruby program has great capacity for "reflection", the ability to observe itself. Want a list of all living objects belonging to a particular class? No problem! Should you enjoy life in the fast lane, a ruby program can effectively rewrite itself at run-time.Python's reflection is quite good. The list of all living objects, however, does not exist.class controller(object): registry = {} class __metaclass__(type): def __init__(cls, name, bases, dict): if not ('register' in dict): cls.register(cls) return @classmethod def register(cls, thecls): cls.registry[thecls.__name__] = thecls return @classmethod def subclasses(cls): return cls.registry.keys()Yeah, it's ugly. But it works.
That's to find all subclasses, not all instances. I remembered about the gc module, though, and this kind of works:
def all_instances(a_class): return [obj for obj in gc.get_objects() if isinstance(obj, a_class)]People use things like this to do reloading in Python. Once someone says "yes, I do reloading, and it works like a dream and never fails" then I'll be all over that. But it seems like there's some other tricks to do it right.
# Ian Bicking
Whups, yeah.
A similar principle would work, though.
"Yeah, it's ugly. But it works."
That's the point. Ruby does it with elegance.
"As a convention people in Ruby use methods far more often."
Because there are no standalone functions in Ruby. Things like "puts" look like functions, but are actually instance methods of Kernel. http://dev.rubycentral.com/faq/rubyfaq-7.html
# Robert
"This nonsense really has no place in such a high-level language. But Python makes things worse: empty lists, empty dictionaries, and empty tuples are false. "
This is one of my favorite python features, the fact that "if something:" will always do the right thing. Isn't this the whole point of using a high level language in the first place? :-)
I don't want to write "if lst.is_empty?" or "if len(lst)" - oh wait, 0 shouldn't be False so this should be "if len(lst)==0", right?
# Justin
Hey, Ian, I already replied to this one on my blog too!
 :-)
Re: one-liners on the command line. I published a little script at the Cookbook site (pyline) that lets you write ad-hoc CLI scripts in Python, suitable for piping. E.g. to print the md5 sum of all .py files in the current directory, you could (use md5sum, or you could) write:
ls *.py | pyline -m md5 "'%s %s' % (md5.new(file(line).read()).hexdigest(), line)"Prettier than Perl, though not by much. But Python is certainly suitable for CLI use.
# Graham
>>> from __future__ import division >>> 7/3 2.3333333333333335not exactly a library, but it's a provisional feature
In Python 7/3 is still 2. It probably will be until Python 3.0; Guido regrets the original decision, but changing it before 3.0 is way too big a problem. This isn't a reflection of some deep design principle in the language.
Python does not allow a library to change what 7/3 evaluates to. Here Python the language is taking over, where in Ruby a library can effect this.
This program:
from __future__ import division
print 7/3
prints out 2.33333333 in Python 2.3 and newer. And 7//3 gives the old division behaviour which produces 2.
But it won't change the behaviour of / operator in other modules.
# Baczek
I guess you could say that Ruby is like Scheme or Smalltalk, and Python more like Lisp.This is incorrect. Ruby's setup is similar to Scheme's, except that NIL is not false in Scheme. However, in Lisp, NIL is the only false value, and there is no boolean type, with T used to represent truth only by convention. This is not in any way similar to Python's behavior.
# Nick Thomas
This article was thoroughly disappointing, especially given Mr. Bicking's involvement in the Python community. I wrote a full response to this article here.


Windows .exe Not GZIP - Ultimate
Discussion in 'Tech Support' started by Diago Fox, Apr 25, 2013.
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Discussion in 'Tech Support' started by Diago Fox, Apr 25, 2013.


Are you a young person looking to learn more about science? Come on down to our museum, there’s plenty to see and do.
You can learn about Newtonian physics from our bumper swing, or why not travel back in time and meet our resident Woolly Mammoth? Our exhibits are designed to be accessible for interested minds, so make sure you come ready to learn and explore.
We also have the Young Stars club which meets once a week on a Saturday between 10:00 and 13:00 where you’ll get to explore and experiment with our team of experts.
During the school holidays we run special holiday clubs where you can join other children your age to go on ajourney of discovery. Each holiday we pick a new theme to explore. To find out more about the holiday club and how you can join, send us a message.


In any project, software projects included, people need to establish what the developped system should do and how. A fundamental part of this work comes from the identification of the needs of the users, their preferences, constraints which may be imposed by the environment in which the system will operate, and more generally any property that must be exhibited by the system in order to solve some problem. In the Guide to the Software Engineering Body of Knowledge, these properties are called the requirements of the system. In a more formal way, the IEEE Standards Board has defined these requirements as:
Various types of requirements have been defined to cope with various needs.
We can for example speak about a product requirement, which expresses a need or constraint on the product to be developed, like The software shall verify that a student meets all pre-requisites before he or she registers for a course
.
A process requirement describes a constraint on the development of the product, like The software shall be developed using Agile methods
.
A quality requirement constrains the solution on performance, reliability, safety, security, maintainability, or other qualitative dimensions.
A system requirement is a requirement for the whole system (software + hardware + people + information + etc) while a software requirement focuses on the software part, as derived from the system requirements.
Types of requirement can overlap, like a quality requirement being about the system as a whole (i.e. also a system requirement) or only about the software part (i.e. also a software requirement).
Many other types have been used or defined, but in this post, we will focus on functional requirements, and how they can be implemented in Java.
A functional requirement expresses a function that the product is to execute, like formatting some text, or modulating a signal. Functional requirements is one of the most common type of requirements in software projects, because any software is developped to do something, and thus to execute some functions. It is no random choice to use the term function or method in most programming languages: this is a core notion which represents a sequence of steps to be executed by the machine, normally to produce some usable outcomes. In this post, we will thus use Java methods to represent functional requirements, but in order to do it correctly, we have to understand how functional requirements relate to each other.
As mentionned before, some requirements are derived from others.
A system requirement describes constraints applied to the system as a whole, for example The cooking machine shall be able to display a recipe to the user
, while a software requirement is derived from it to focus on the software part, for example The cooking machine shall retrieve recipes from the Internet
.
From this example, we can see that the software requirement focuses on a specific part of the system, here the source of recipes, or said another way that the system requirement is an abstraction of the software requirement.
For the system requirement being an abstraction of the software requirement means that informations specific to the software is ignored at the system level as a whole, for the simple reason that it might be not applicable to other parts of the display (e.g. the source of recipes does not impact the choice of the physical screen to use) or even wrong (e.g. the display should not be configurable in a remote way for security purpose).
What is important to add is that this notion of abstraction applies also for requirements of the same type: detailed software requirements can be inferred from software requirements of higher levels.
With our example, retrieving recipes from the Internet implies to (i) connect to the Internet, (ii) search on known websites, and (iii) store the relevant recipes on the cooking machine, which makes three software requirements of lower level of abstraction.
This notion of level of abstraction as a scope of available information is important, because this is what allows us to map it to a hierarchy of Java classes.
Indeed, a Java interface only provides the information that some methods, having some purposes, should be implemented, then an abstract class provides more information regarding how to implement some of these methods while keeping (or adding) other methods unimplemented, and its children classes provide the remaining information needed to fully implement all the methods.
Such an equivalence allows to model each functional requirement as a Java method, for example The cooking machine shall retrieve recipes from the Internet
can be translated into the Java code:
Collection<Recipe> retrieveRecipesFromInternet()
Additionally, the three functional requirements derived from the high level functional requirement correspond to Java methods used in the implementation of the high level method:
Collection<Recipe> retrieveRecipesFromInternet() {
// Connect to the Internet
WebSearcher searcher = connectToInternet();
// Search on known websites
Collection<Recipe> recipes = new LinkedList<>();
recipes.addAll(searcher.retrieveRecipesFrom("pro-recipe.com"));
recipes.addAll(searcher.retrieveRecipesFrom("cook-me-something.net"));
// Store the relevant recipes on the cooking machine
return recipes;
}
These lower level methods are themselves implemented by deriving lower level requirements, a process which continues until the level of abstraction is low enough to be directly translated into terminal code instead of further methods to be implemented. Once the mapping between functional requirements and Java methods is clarified, the remaining question is the one of the design: how to organise these methods into Java code, and in particular how to use interfaces, abstract classes, and other Java components to organise and implement these methods in efficient ways?
Let's consider a simple case where we want to manage a flow of data. More precisely, we have some suppliers of this data, like textual data produced by listening on a command line or reading a backup file. We also have consumers for this data, like a graphical interface which displays the textual information, a rich text formatter, and so on. The data being common, any combination can be made, which means that for \(n\) suppliers and \(m\) consumers, \(n \times m\) combinations can be implemented. In order to manage each case, whether we implement a class for each combination, which is rather expensive, whether we make a single generic class able to manage all of them, a choice which seems more interesting and that we will take.
What we want is to play the intermediary between a supplier and a consumer, without any particular preprocessing. The idea is that our class will be set to obtain the data from a supplier, retrieve it, and transfer it to a consumer. The supplier and the consumer are not known in advance, and they might implement different APIs, so we don't know either which method to call to read/write the data. Because we don't know which methods to call, we need to make our own API and let the programmer map it to the supplier and consumer. The only thing we know is the process: we need to retrieve it from the supplier, and then to transfer it to the consumer. Such constraints comes from the application of the single responsibility principle: we focus on one thing, and we do it well.
In order to let programmers do the mapping, we need them to implement two methods: the one retrieving data from the supplier, and the one providing it to the consumer.
Because we need to use them, we will define them in our class but let the implementation for the other programmers.
For the method implementing the process, no parameter nor returned value is required, we only need to call the two previous methods in the righ order.
We can use the run()
method of the Runnable
interface to implement this process in a standard way.
Because of the run()
method which is implemented, we cannot make an interface (it is not totally true since Java 8, we come back on this case in another alternative).
Because we also need two methods to be implemented by other programmers, we cannot make a concrete class either.
Thus we need to implement an abstract class, which may look like this:
public abstract class AbstractIntermediary implements Runnable {
public abstract String getData();
public abstract void processData(String data);
@Override
public void run() {
String data = getData();
processData(data);
}
}
The method getData()
is the API we provide to retrieve the textual data from the supplier, and processData(String data)
is the API for providing the data to the consumer.
They are abstract for the programmer to adapt them to the APIs of the supplier and provider.
The remaining run()
method executes the transfer, by first reading the data from the supplier before to transfer it to the consumer.
We can make something more advanced, with the ability to change the supplier or the consumer on the fly, make it thread-safe, and so on, but we will remain simple to focus on the purpose of this post.
In order to use this class, one needs either to implement a dedicated class or to make an anonymous class on the fly.
To keep it simple, we use a Queue
for the supplier, and the console for the consumer.
We can retrieve the data of the Queue
by calling its remove()
method, while displaying it on the console can be done through System.out.println(x)
.
By filling the queue and calling run()
, the screen displays what has been stored in the queue:
Queue<String> queue = new LinkedList<>();
AbstractIntermediary intermediary = new AbstractIntermediary() {
@Override
public String getData() {
return queue.remove();
}
@Override
public void processData(String data) {
System.out.println(data);
}
};
queue.add("Some text");
intermediary.run(); // Display "Some text" on the console
Although the abstract class remains simple, it does not totally solve the problem of redundancy of the code: we don't need to implement a concrete class for each combination as long as we implement the corresponding anonymous class.
Indeed, each time we face a given combination, whether we implement both the abstract methods from scratch, whether we make a dedicated class to reuse.
In other words, as long as we use a combination few times, it saves some effort, but if we need to use it in many places, it will be more interesting to have a dedicated class, which reduces the advantage of the abstract class.
Said another way, it only factors 1 method over 3 (the run()
method), and the two others must be reimplemented together every time we need the abstract class, thus remaining with at most \(n \times m\) different implementations.
To solve this issue, we need to decouple the two abstract methods, such that they can be implemented separately and reused in each related combination, reducing to at most \(n+m\) implementations.
We do so by making dedicated interfaces for each method.
In Java 8, we may call them functional interface, a concept introduced with lambda expressions, but we will ignore this aspect since this technique could already be used before Java 8.
This is also an example of application of the interface segregation principle, for thoses famimliar with good practices.
Now that the two have their own interface, it means that they can be instantiated, and thus we can replace abstract methods by instances.
We may ask these instances as parameters of our run()
method, but it would change the signature of the method and the semantic of the class: we want an instance of our class to constantly manage the same supplier with the same consumer, not specify them at each call.
Thus, instead of changing run()
, we create them as fields of the class to be instantiated in the constructor.
All what remains is to adapt the process to use instances instead of methods:
public class ConcreteIntermediary implements Runnable {
public static interface DataProvider {
public String getData();
}
public static interface DataProcessor {
public void processData(String data);
}
private final DataProvider provider;
private final DataProcessor processor;
public ConcreteIntermediary(DataProvider provider, DataProcessor processor) {
this.provider = provider;
this.processor = processor;
}
@Override
public void run() {
String data = provider.getData();
processor.processData(data);
}
}
The first thing we can observe is the increased verbosity of the class with each abstract method replaced by a field, which leads to add the definition of the type of the field (i.e. the interfaces) and its instantiation (i.e. the constructor). Despite the increased verbosity in the class, it does not mean that we save some verbosity from its usage:
Queue<String> supplier = new LinkedList<>();
DataProvider provider = new DataProvider() {
@Override
public String getData() {
return supplier.remove();
}
};
DataProcessor processor = new DataProcessor() {
@Override
public void processData(String data) {
System.out.println(data);
}
};
ConcreteIntermediary intermediary = new ConcreteIntermediary(provider, processor);
supplier.add("Some text");
intermediary.run(); // Display "Some text" on the console
This is really similar to using the abstract class, excepted that we separate it in 3 parts: the instance of the provider, the instance of the processor, and the instance of our intermediary class. These three parts show that we have decoupled the two abstract methods from the each other and from the intermediary class, such that we can now have a dedicated class for the provider alone and reuse it in combinations with other processors. the same can be said for the processor being used with other providers.
As we saw, using a concrete class with dedicated interfaces allows to decouple the methods to implement, but with an increase cost in verbosity. However, since Java 8 and the introduction of lambda expressions, one can now write the dedicated interfaces in a reduced manner:
Queue<String> supplier = new LinkedList<>();
DataProvider provider = () -> supplier.remove();
DataProcessor processor = (data) -> System.out.println(data);
LambdaIntermediary intermediary = new LambdaIntermediary(provider, processor);
supplier.add("Some text");
intermediary.run(); // Display "Some text" on the console
We can see a significant simplification of the code.
In this particular case, we can also go a bit further: the methods of our interfaces are similar enough with the methods they call to say something like "just use it like this other method".
For instance, we can say that the method DataProvider.getData()
can be used exactly in the same way than Queue<String>.remove()
, because they both take no parameter and return a String
value.
Java 8 allows to do so by using method references, which allow us to reduce our code to this minimal piece:
Queue<String> supplier = new LinkedList<>();
LambdaIntermediary intermediary = new LambdaIntermediary(supplier::remove, System.out::println);
supplier.add("Some text");
intermediary.run(); // Display "Some text" on the console
With the user's code reduced to the bare minimum, it is also useful to notice that Java 8 comes with many interfaces to deal with common cases.
In particular, our DataProvider
is equivalent to a Supplier<String>
, while our DataProcessor
is equivalernt to a Consumer<String>
.
In other words, instead of defining our own interfaces, we can directly use the standard ones provided with the JDK, which allows us to reduce also our intermediary class:
public class LambdaIntermediary implements Runnable {
private final Supplier<String> supplier;
private final Consumer<String> consumer;
public LambdaIntermediary(Supplier<String> supplier, Consumer<String> consumer) {
this.supplier = supplier;
this.consumer = consumer;
}
@Override
public void run() {
String data = supplier.get();
consumer.accept(data);
}
}
Consequently, Java 8 makes a lot more appealing the decoupling of methods into separate functional interfaces.
A last alternative that we can look out is the use of default methods, which can be considered to some extents as the opposite of the abstract methods. Indeed, if the abstract methods allow to specify non implemented methods into a class (enforcing the class to be abstract), default methods allow to specify implemented methods in interfaces. With this perspective, we can think again to the first design, and instead of creating a class that we make abstract for the sake of two methods, we create an interface in which the only implemented method is defined as a default:
public interface InterfaceIntermediary extends Runnable {
public String getData();
public void processData(String data);
@Override
default void run() {
String data = getData();
processData(data);
}
}
We retrieve the shape of the abstract method, but this time it is the implemented method which uses a specific qualifier. Because we are virtually equivalent to the abstract class, its usage is equivalent:
Queue<String> supplier = new LinkedList<>();
InterfaceIntermediary intermediary = new InterfaceIntermediary() {
@Override
public String getData() {
return supplier.remove();
}
@Override
public void processData(String data) {
System.out.println(data);
}
};
supplier.add("Some text");
intermediary.run(); // Display "Some text" on the console
As we saw, despite we considered the same requirements, we could implement 4 different designs: an abstract class, an interface with default methods, a concrete class with dedicated interfaces, and the same with standard interfaces instead of custom ones. The first question to come in mind is then, usually: which one is the best? As always, the answer remains the same: it depends on the situation you are facing. None of the presented designs is fundamentally better than the others.
First, we can make two categories: the abstract classes (abstract class and interface) and the concrete ones with dedicated interfaces (custom or standard). As we saw already, the dedicated interfaces are nice for decoupling the different components, such that we can implement them once and reuse them as needed. These designs are the best to keep a code simple, especially with lambda expressions, despite the many combinations we may do. In other words, if you tend to use a piece of code with several others, think about making it a dedicated interface. At the opposite, if you strive with performance, prefer to use abstract classes: each object comes with its overhead, so splitting in several instances multiply this overhead correspondingly. If you happen to manage many instances at once, you may feel a significant improvement by combining the most frequent ones into more atomic abstract classes instead. I made my little benchmark with the different designs presented on my laptop and, although the values themselves are not informative, the ratio between them is interesting: abstract classes need only 0.42ns to be instantiated, while concrete classes and their parameters require at least 3ns.
Once the two main categories are differentiated, we can dig in the differences between the variants of the same category.
Regarding abstract classes, choosing between a proper abstract class and an interface with default method is first of all a matter of design: if your design requires to introduce fields to store the state of the instance, you won't be able to use an interface with default methods.
Interfaces only accept default methods and static elements, which means that you can only implement (non static) methods which build on the other methods you define.
Our intermediary class do exactly that: it defines two abstract methods and only organise their calls, thus it can be designed as an interface with a default method, otherwise it would be impossible a bit complex to implement.
But what if there is not state to save, such that both designs are possible?
Then it is a matter of design choice, and here is the hint: default methods aim to add new functionality to the interfaces of your libraries and ensure binary compatibility with code written for older versions of those interfaces
.
In other words, it is for already existing interfaces that you want to enrich with secondary features, which means features that can build on what is already defined in the interface.
If you create a new interface, you may not use default methods immediately but first focus on the core methods you need to implement and, if some of them must be implemented at this level, transform it into an abstract class.
In our case, the run()
method is the core of the class, and thus using a default method is more a hacky design than a sound one.
If we focus on the variants within concrete classes, we need to choose between using standard and custom interfaces.
It might seem obvious that using standard interfaces is the best: not only it reduces the code of the class but... you know... it is a standard, not some creepy custom interface that only the designer understand how to use.
Well, sorry but the "not reinventing the wheel" excuse should not be abused.
The choice should be based on whether or not the standard interface provides a sound API: if supplier.get()
does not make much sense, you may prefer to use the more explicit documentFactory.createX12345Form()
.
Don't forget the domain you are working in: the closer you are to your domain, the easier it is to make the code understandable and maintainable.
Of course, it is not an excuse to use my-super-hyper-never-equaled-better-than-any interface: if you have colleagues, ask them which one they fill more confortable to work with.
A last question is, after deciding which dedicated interfaces to use, how to instantiate them, because making dedicated interfaces often leads to have functional interfaces representable as lambda expressions.
Benchmarking might be the best decider here: on my laptop, the best instantiation time (3ns) is achieved when parameters are instantiated through lambda expressions, like (data) -> System.out.println(data)
.
If we use the full implementation, so the whole description with new
, the time is doubled, or tripled if we use method references like System.out::println
.
In summary:


| Monitor | Status | Host | Failed at | VFC | Up/downtime | Detail | Failures | Last Failure | Age |
|---|---|---|---|---|---|---|---|---|---|
| fail | FAIL | fake_hostname | 2020-04-18 14:00:00+02:00 | 1 | 0+00:00:00 (0.00%) | This monitor always fails. | 1 | 2020-04-18 14:00:00+02:00 | |
| disabled | DISABLED | fake_hostname | 0+00:00:00 (0.00%) | ||||||
| unnamed | OK | fake_hostname | 0+00:00:00 (0.00%) |


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--- layout: post title: airmail manila envelope laptop sleeve for macbook date: '2008-01-17T18:32:52+00:00' tags: [] tumblr_url: http://backlog.robbevan.com/post/24005860/airmail-manila-envelope-laptop-sleeve-for-macbook ---
AirMail: Manila envelope laptop sleeve for MacBook Air


--- layout: post title: 'News18 Wrap: PM Modi Gets ''Global Goalkeeper'' Award, Delhi Court Dismisses Shivakumar''s Bail Plea & Other Stories You Missed' date: '2019-09-26T00:36:00.000+05:30' author: Sahil Rajput tags: modified_time: '2019-09-26T01:28:10.108+05:30' blogger_id: tag:blogger.com,1999:blog-5250005448924290719.post-8436419568173616115 blogger_orig_url: https://www.jaadujinn.ml/2019/09/news18-wrap-pm-modi-gets-global.html ---


fun removeValue(ref: DatabaseReference): Unit
Deletes any object (and it's child) found at that DatabaseReference. If the reference contains a single object, the reference will also be deleted.


Impression
Awareness
Impression
Consideration
Recommend
Value
Ad Awareness
WOM Exposure
Purchase Intent
Current Customer


This widget is based on a photoshop tutorial by Travis Rector. Click on the link above to read more about how astronomers build color images.
B Saturation
B Brightness
V Saturation
V Brightness
Ha Saturation
Ha Brightness


Thank you for taking the time to visit my website.
Read more about me and my projects
Deepak is a passionate Computer Science graduate who believes data can be turned into information, information into insight and insight into business decisions. He has spent the past 3 years doing programming and data analysis for various Multi-National Corporations and is keen to continue developing his career with his exceptional computer and analysis skills.
Pursuing his Masters in Computer Science at Missouri S&T, Deepak is currently learning and exploring Big Data and Database technologies to help organizations who are defining new initiatives and reevaluating existing methodologies to examine how they can transform their businesses using Data. Deepak primarily uses SQL, NoSQL databases, and python to collect, organize and analyze data but also has experience with R, C# and JAVA
On a personal level, Deepak is organized, detail-oriented, and precise in his work with strong communication skills. Please feel free to look at his Resume and Projects to know more about him


[1] People whose situation matches one of the aforementioned and can therefore be exempt must carry, when outdoors, written proof to justify that exemption.
[2] To be used by self-employed workers, when they cannot get a travel document from their employer.
[3] Including the acquisition of free commodities (food distribution, etc.) and trips related to the receipt of social benefits and cash withdrawals.
The source code of this service is available on GitHub.
Ministry of the Interior - DNUM - SDIT


CEERS The Cosmic Evolution Early Release Science Survey
CEERS will cover 100 sq. arcmin of the EGS field with JWST imaging and spectroscopy using NIRCam, MIRI, and NIRSpec. CEERS will demonstrate, test, and validate efficient extragalactic surveys with coordinated, overlapping parallel observations in a field supported by a rich set of HST/CANDELS multi-wavelength data.


{% extends "website/base.html" %}
{% load staticfiles %}
{% block title %}
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Continue to the project overview to check the status of your service.
Continue to the project overview to bind this service to your application. Binding this service creates a secret containing the information necessary for your application to use the service.


Paralegal, future web dev/comp programer
My name is Edward "Eddie" Harris and I grew up on Bainbridge Island, WA. I attend school at Western University in Bellingham, WA from 2006 to 2011, where I graduated with a BA in Psychology. After graduation, I moved to Seattle, WA to pursue career in the legal field. I ended up working at several law firms that specialized in workers' compensation. My plan was to eventually go to law school. However, as time went on, I realized law was not something I was truely passionate about. After several years I decided to was time to pursue my true passion... stay tune
Education
Work Experience
Interests
Hobbies
Skills
Navigate to the GitHub Projects page for fully projects list


--- layout: post title: Video of the App Wall at WWDC 2010 date: 2010-06-10 20:21:00.000000000 -07:00 type: post published: true status: publish categories: [] tags: [] meta: {} author: ---
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Coastal Resilience Neighborhood Planning
As the previous Climate Ready Program Coordinator at the City of Boston, I managed the city’s efforts to be climate resilient. This involved discussing interdepartmental strategies while also implementing the various tasks under each initiative. One of these tasks was completing short-term and long-term coastal resiliency plans for Downtown Boston, South Boston, and Dorchester. This involved pursuing funding, posting RFPs, selecting consultants, processing contracts, managing consultants and fellows, engaging community members, finalizing reports, and publically representing the initiative. I learned to be agile in thinking at different scales, going from planning city ordinances to analyzing the flood zones in neighborhoods to speaking to the press. I was in constant collaboration with other city programs to weave sustainability and resilience together.


Cockraft-Gault Equation:
(140-Age) x weight(kg) x factor ÷ serum creatinine
factor if male = 1.23
factor if female = 1.04
ABW(kg) = IBW + 0.4(Total Body Weight - IBW)
BSA (m2) = (height (cm) x weight (kg) ÷ 3600
Iron need(mg iron) = Body weight(kg) x (target Hb(g/dl) - Actual Hb(d/gl) ) x 2.4 + iron for iron stores (mg iron)


{% extends "base.html" %} {% load djblets_deco %} {% block title %}404 - Page Does Not Exist{% endblock %} {% block content %} {% box "important" %}
If you're pretty sure this page does exist, try logging in and trying again.
{% endbox %} {% endblock %} {% block js_extensions %}{% endblock %}


Overview
Everyone must be thinking why this page was so late in reporting the retirement of a man who can be said to have revolutionised the way cricket was played in India. The biggest reason for this perceived tardiness was the fact that we, ourselves were not able to beleive the news that the man who became an idol for many batsmen throughout the globe, had finally decided to hang up his boots. Many people might forget about this man but we, through this blog have tried to awaken some memories pertaining to his illustrious career. Here is a tribute to one of the best openers of our generation.
Early Life
Born in a Delhi jat family Sehwag was very keen about his cricketing career from the very beginning. Even though his father was in favour of ending his cricketing career after he broke his tooth, he still had the jeal to carry on. His mother reminds how Sehwag would hide his equipments at his childhood friend Ashish Nehra’s house and would begin practising as early as about 5 am every morning where he and Nehra would travel to play friendly matches. His coach speaks of how he used to tie Sehwag’s left leg so that his legs don’t drag while he was hitting the cover drive.
His Achievements
He was primarily considered as an ardent follower of Sachin Tendulkar whom he also looked up to as an opener. His opening pair with Sachin is still considered one of the best opening pairs in the history of international cricket. Sachin, one of the greatest batsman of all time spoke about him as
"I have to learn from Sehwag how to play in the nervous 90's."
Virender Sehwag in 2005 was considered by ‘WISDEN CRICKETER’S ALMANAC’ as ‘the most exciting opener’ due to his excuisive shot making capabilities and remarkable strike rate being only less than Adam Gilchrist and Shahid Afridi in test matches. The records held by him are innumerable, the best being the only Indian to score a triple century that too twice with his highest being 319 against South Africa, one of the major strengths of the game. He is also the second cricketer in the world to score a double century in ODI’s only after Sachin Tendulkar. He is also considered to be the inventor of the Upper cut shot in which he would hit a bouncer(something the fast bowlers could use to scare a batsman) over the keeper for a boundary, which made the fast bowlers wonder in surprise.
The records held by him are innumerable the best being the only Indian to score a triple century that too twice with his highest being 319 against South Africa, one of the major strengths of the game. He is also the second cricketer in the world to score a double century in ODI’s only after Sachin Tendulkar. He is also considered to be the inventor of the Upper cut shot in which he would hit a bouncer(something which bowlers used to scare batsman) over the third man for a boundary which made the bowlers stare in surprise. He has also scored the fastest triple century and fastest 250 in terms of balls faced which gives us a fair idea of the kind of batsman he was.
Concluding Note
As he retires, Indians can’t forget his contribution in ICC T20 WORLD CUP 2007 and the ICC WORLD CUP 2011 where India were crowned champion. Let whatever be the situation he would be remembered as one who has never been influenced by the situation, rather he would play his own way humiliating great bowling attacks with his aggressive batting. It’s truly said Virender Sehwag was the entertainer and with his retirement the era of India’s dominant batting line up of early 21st century came to an end. Ramiz Raja speaks on him as:-
"When Viv Richards retired I thought it was end of entertainment. But then came Sehwag the king of entertainment."


We redefine solutions!
- transition plug-and-play portals
- exploit best-of-breed networks
- syndicate transparent channels
- synergize granular e-business
- reinvent killer systems
- engage collaborative vortals
- strategize bricks-and-clicks infrastructures
- morph end-to-end systems
- e-enable next-generation content
- aggregate cutting-edge content
- envisioneer interactive ROI
- enable sexy bandwidth
- envisioneer compelling technologies
- e-enable cross-platform methodologies
- streamline B2B channels


|
PortAudio
2.0
|
WMME-specific PortAudio API extension header file. More...
Go to the source code of this file.
Data Structures | |
| struct | PaWinMmeDeviceAndChannelCount |
| struct | PaWinMmeStreamInfo |
Typedefs | |
|
typedef struct PaWinMmeDeviceAndChannelCount | PaWinMmeDeviceAndChannelCount |
| typedef struct PaWinMmeStreamInfo | PaWinMmeStreamInfo |
Functions | |
| int | PaWinMME_GetStreamInputHandleCount (PaStream *stream) |
| HWAVEIN | PaWinMME_GetStreamInputHandle (PaStream *stream, int handleIndex) |
| int | PaWinMME_GetStreamOutputHandleCount (PaStream *stream) |
| HWAVEOUT | PaWinMME_GetStreamOutputHandle (PaStream *stream, int handleIndex) |
WMME-specific PortAudio API extension header file.
Definition in file pa_win_wmme.h.
| HWAVEIN PaWinMME_GetStreamInputHandle | ( | PaStream * | stream, |
| int | handleIndex | ||
| ) |
Retrieve a wave in handle used by a PortAudio WinMME stream.
| stream | The stream to query. |
| handleIndex | The zero based index of the wave in handle to retrieve. This should be in the range [0, PaWinMME_GetStreamInputHandleCount(stream)-1]. |
| int PaWinMME_GetStreamInputHandleCount | ( | PaStream * | stream | ) |
Retrieve the number of wave in handles used by a PortAudio WinMME stream. Returns zero if the stream is output only.
| HWAVEOUT PaWinMME_GetStreamOutputHandle | ( | PaStream * | stream, |
| int | handleIndex | ||
| ) |
Retrieve a wave out handle used by a PortAudio WinMME stream.
| stream | The stream to query. |
| handleIndex | The zero based index of the wave out handle to retrieve. This should be in the range [0, PaWinMME_GetStreamOutputHandleCount(stream)-1]. |
| int PaWinMME_GetStreamOutputHandleCount | ( | PaStream * | stream | ) |
Retrieve the number of wave out handles used by a PortAudio WinMME stream. Returns zero if the stream is input only.


Protecting Women’s Health and Reproductive Justice
Donald Trump once claimed that there should be "some form of punishment" for doctors who perform, and women who receive, abortions. He has also voiced strong support for the repeal of Obamacare, which would severely hinder access to healthcare and reproductive services for millions of women, endangering their sexual health and well-being, and violating their constitutional rights.
Advocates For Youth
We selected Advocates for Youth because of their work to “champion programs that recognize young people’s rights to honest sexual health information.”  Through youth activism, policy briefs, speak out campaigns, and lobbying efforts, Advocates for Youth invests in the power of young people to create change. As Debra Hauser, President of Advocates for Youth, said “[Youth leaders] won’t be stopped by these election results. They will be galvanized.”
Click here for more information.
Muslim Rights
Immigrant Rights
LGBTQA+ Rights
Environmental Rights
Voting Rights
We Remain is independently operated by volunteers and does not intend to imply a formal partnership with the organizations that are suggested for funding. By opting-in to We Remain emails, contributing to groups recommended by We Remain, or by attending events suggested or planned by We Remain, individuals accept all liability.


CINE-GT 1803: Spring 2016
4 April 2016
is a transformation language
different from HTML (markup language), CSS (styling language), JS (programming language) and SQL (query language)
Nodes: Elements, attributes, siblings, ancestors, children, descendents?
/Element
@attribute
parent/..
../child(ren)
<EMAIL_ADDRESS>@ablwr


Examples
Below are some examples of how the library can be used, along with other libraries and custom scripts.
- Ship3D_with_pretty_JSON.html
- A 3D visualization of the provided ship specification, along with the specification data in a format with expand and collapse.
- Ship3D_test.html
- A fullscreen 3D visualization of an example ship specification (based on Ulstein PX121).
- Ship3D_load_state_controls.html
- Very simple test of changing tank fullness with a slider to see change of draft.
- blockCase_compare.html
- Comparison between manual and automatic calculations on a very simple ship.
- blockCase_compare_json.html
- A field by field comparison, to verify library calculations.
- PX121_calculations.html
- Some calculations on a test specification partially based on an Ulstein vessel.
- Hull_hydrostatics.html
- This app calculates hydrostatic properties of a hull, with a slider to control the draft.
- Ship3D_GA.html
- Orthographic views of each deck of a ship.
- Ship_stability_with_blocks.html
- Calculation of ship stability properties with configurable cargo blocks.


Server WebSocket init options.
More...
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| TimeSpan | KeepAliveInterval [get, set] |
| | How often to send ping requests to the Client The default is 60 seconds This is done to prevent proxy servers from closing your connection A timespan of zero will disable the automatic ping pong mechanism You can manually control ping pong messages using the PingPongManager class. If you do that it is advisible to set this KeepAliveInterval to zero in the WebSocketServerFactory.
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| |
| bool | IncludeExceptionInCloseResponse [get, set] |
| | Include the full exception (with stack trace) in the close response when an exception is encountered and the WebSocket connection is closed The default is false.
|
| |
| string | SubProtocol [get, set] |
| | Specifies the sub protocol to send back to the client in the opening handshake Can be null (the most common use case) The client can specify multiple preferred protocols in the opening handshake header The server should use the first supported one or set this to null if none of the requested sub protocols are supported.
|
| |
Server WebSocket init options.
◆ WebSocketServerOptions()
| Nakama.Ninja.WebSockets.WebSocketServerOptions.WebSocketServerOptions |
( |
| ) |
|
|
inline |
Initialises a new instance of the WebSocketServerOptions class.
◆ IncludeExceptionInCloseResponse
| bool Nakama.Ninja.WebSockets.WebSocketServerOptions.IncludeExceptionInCloseResponse |
|
getset |
Include the full exception (with stack trace) in the close response when an exception is encountered and the WebSocket connection is closed The default is false.
◆ KeepAliveInterval
| TimeSpan Nakama.Ninja.WebSockets.WebSocketServerOptions.KeepAliveInterval |
|
getset |
How often to send ping requests to the Client The default is 60 seconds This is done to prevent proxy servers from closing your connection A timespan of zero will disable the automatic ping pong mechanism You can manually control ping pong messages using the PingPongManager class. If you do that it is advisible to set this KeepAliveInterval to zero in the WebSocketServerFactory.
◆ SubProtocol
| string Nakama.Ninja.WebSockets.WebSocketServerOptions.SubProtocol |
|
getset |
Specifies the sub protocol to send back to the client in the opening handshake Can be null (the most common use case) The client can specify multiple preferred protocols in the opening handshake header The server should use the first supported one or set this to null if none of the requested sub protocols are supported.
The documentation for this class was generated from the following file:


Their names are:
We got our dogs as puppys! They're more of my moms dogs, but I love them just the same.
Bailey is a shih tzu. He has a ressessive gene that gives him shorter fur then usual.
Benji is some sort of mutt. We think he's part Brittney, but we're not super sure. He has an under bite which causes him to have a hard time eating, but he's learned to slow down. Benji is super hyper but also scared of his own shadow.


Output tensors and metadata obtained when executing a session.
| public byte[] | metadata | (Experimental): Metadata about the run. |
| public List<Tensor<?>> | outputs | Tensors from requested fetches. |
(Experimental): Metadata about the run.
A serialized RunMetadata protocol buffer. The org.tensorflow package is free of any protocol buffer dependencies in order to remain friendly to resource constrained systems (where something like nanoproto may be more appropriate). A cost of that is this opaque blob. This choice is under review and this field may be replaced by more type-safe equivalents at any time.


This is a fork of
jashkenas's Ember/Backbone
with 500 circles and some stats around.
VDOM based:
Cito 0.0.1
domvm
domChanger
Stop


Classes
The following classes are available globally.
-
A new RealityUI Stepper to be added to your RealityKit scene.
See moreDeclaration
Swift
public class RUIStepper : Entity, HasRUIMaterials, HasStepper
-
RealityUI contains some properties for RealityUI to run in your application.
See moreDeclaration
Swift
@objc public class RealityUI : NSObject


Sent to provider
Your reference number is
98HGS3F
The information you added has been sent to your provider to confirm the details. You can view the progress in apprenticeships in progress
Your reference number is
98HGS3F
The information you added has been sent to your provider to confirm the details. You can view the progress in apprenticeships in progress


Hi, there! I am a Software Developer at UC San Diego Health working on eContour.org. Drop me a line at kspuri at ucsd dot edu.


Open Anonymous Location test API
/INSERTCSV
File Sample
geolocations_sample.csv
Load CSV
Upload to OpenAnonymousLocation