CameraImageProcessing QML Type
An interface for camera capture related settings. More...
| Import Statement: | import QtMultimedia 5.8 |
Properties
- brightness : qreal
- colorFilter : enumeration
- contrast : qreal
- denoisingLevel : qreal
- manualWhiteBalance : qreal
- saturation : qreal
- sharpeningLevel : qreal
- whiteBalanceMode : enumeration
Detailed Description
CameraImageProcessing provides control over post-processing done by the camera middleware, including white balance adjustments, contrast, saturation, sharpening, and denoising
It should not be constructed separately, instead the imageProcessing
property of a Camera should be used.
Camera { id: camera imageProcessing { whiteBalanceMode: Camera.WhiteBalanceTungsten contrast: 0.66 saturation: -0.5 } }
Property Documentation
Image brightness adjustment. Valid brightness adjustment values range between -1.0 and 1.0, with a default of 0.
This QML property was introduced in Qt 5.7.
This property holds which color filter if any will be applied to image data captured by the camera.
It can be one of:
| CameraImageProcessing.ColorFilterNone | No filter is applied to images. |
| CameraImageProcessing.ColorFilterGrayscale | A grayscale filter. |
| CameraImageProcessing.ColorFilterNegative | A negative filter. |
| CameraImageProcessing.ColorFilterSolarize | A solarize filter. |
| CameraImageProcessing.ColorFilterSepia | A sepia filter. |
| CameraImageProcessing.ColorFilterPosterize | A posterize filter. |
| CameraImageProcessing.ColorFilterWhiteboard | A whiteboard filter. |
| CameraImageProcessing.ColorFilterBlackboard | A blackboard filter. |
| CameraImageProcessing.ColorFilterAqua | An aqua filter. |
| CameraImageProcessing.ColorFilterVendor | The base value for vendor defined filters. |
This QML property was introduced in Qt 5.5.
Image contrast adjustment. Valid contrast adjustment values range between -1.0 and 1.0, with a default of 0.
Adjustment of denoising applied to image.
Valid denoising level values range between -1.0 for for denoising disabled, 0 for default denoising level and 1.0 for maximum denoising applied.
The color temperature used when in manual white balance mode (WhiteBalanceManual). The units are Kelvin.
See also whiteBalanceMode.
Image saturation adjustment. Valid saturation adjustment values range between -1.0 and 1.0, the default is 0.
Adjustment of sharpening level applied to image.
Valid sharpening level values range between -1.0 for for sharpening disabled, 0 for default sharpening level and 1.0 for maximum sharpening applied.
| Value | Description |
|---|---|
| WhiteBalanceManual | Manual white balance. In this mode the manual white balance property value is used. |
| WhiteBalanceAuto | Auto white balance mode. |
| WhiteBalanceSunlight | Sunlight white balance mode. |
| WhiteBalanceCloudy | Cloudy white balance mode. |
| WhiteBalanceShade | Shade white balance mode. |
| WhiteBalanceTungsten | Tungsten white balance mode. |
| WhiteBalanceFluorescent | Fluorescent white balance mode. |
| WhiteBalanceFlash | Flash white balance mode. |
| WhiteBalanceSunset | Sunset white balance mode. |
| WhiteBalanceVendor | Vendor defined white balance mode. |
See also manualWhiteBalance.


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Anambra Police burst kidnap syndicate, arrest two kingpins
by The Eagle OnlineThe Anambra State Police Command it has smashed a kidnapping syndicate terrorising the state; and has arrested two suspected top members.
In a statement signed by SP Haruna Mohammed, the Command’s Public Relations Officer on Saturday, the police said the arrest followed a fierce gun battle with the criminals.
Mohammed said that police also recovered one revolver pistol, four live ammunition, and a victim’s body.
He said the gun battle between the police and the syndicate took place on Friday, at Owerrinta, Abia State.
According to him, the shootout took place when the abductors came to collect N3 million ransom from the victim’s family.
“Following actionable intelligence, Puff-Adder operatives, in conjunction with the Command’s Special Anti robbery Squad, tracked and arrested at Aro Ngwa, Owerrinta in Abia State, one Anthony Robbert ‘m’ 25 years.
“Robert was arrested alongside one Udoka Nwoko ‘m’ 27 years, after a fierce gun battle.
“The two suspects were fatally wounded during the encounter,’’ it said.
The command’s spokesman said the encounter followed the kidnap of one Amaechi Ike ‘m’, at Awada in Onitsha, Anambra.
“The suspects later collected N3 million ransom from his family, and still went ahead to kill the victim (Ike),” he said.
Mohammed stated that the suspects voluntarily confessed to the crime and immediately took Police detectives to a shallow grave, where they buried the victim.
He said that the corpse was exhumed and recovered as exhibit and later deposited at a morgue.
The PPRO said that police recovered one locally made revolver pistol and four live ammunition from the suspects.
He said the suspects had since been taken to the hospital for medical attention; and they would be charged to court after investigation.
The PRO used the medium to re-assure the public of Anambra Commissioner of Police, John Abang’s readiness to combat crime in the state.
He appealed to residents to always provide useful information that would assist the Police in protecting lives and property of all citizens.
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| Packages that use net.jini.jeri | |
| com.sun.jini.phoenix | A configurable Java(TM) Remote Method Invocation (Java RMI) activation system daemon implementation. |
| net.jini.jeri | Provides the fundamental abstractions and standard implementation classes for Jini(TM) extensible remote invocation (Jini ERI). |
| net.jini.jeri.connection | Provides interfaces and classes for implementing connection-based Jini(TM) extensible remote invocation (Jini ERI) transport layer providers. |
| net.jini.jeri.http | Provides implementations of the Endpoint and
ServerEndpoint abstractions that use HTTP
messages sent over TCP sockets as the underlying communication
mechanism. |
| net.jini.jeri.kerberos | Provides implementations of Endpoint and ServerEndpoint that use Kerberos as the underlying
network security protocol to support security related invocation
constraints for remote requests. |
| net.jini.jeri.ssl | Provides implementations of Endpoint and ServerEndpoint that use TLS/SSL and HTTPS (HTTP over
TLS/SSL) to support invocation constraints. |
| net.jini.jeri.tcp | Provides implementations of the Endpoint and
ServerEndpoint abstractions that use TCP sockets
as the underlying communication mechanism.
|
| Classes in net.jini.jeri used by com.sun.jini.phoenix | |
| AbstractILFactory
An abstract implementation of InvocationLayerFactory that
provides a convenient way for subclasses to create proxies and
invocation dispatchers for remote objects. |
|
| BasicILFactory
A basic implementation of an InvocationLayerFactory . |
|
| BasicInvocationDispatcher
A basic implementation of the InvocationDispatcher interface,
providing preinvocation access control for
remote objects exported using BasicJeriExporter .
|
|
| InvocationDispatcher
An abstraction used to handle incoming call requests for a remote object. |
|
| InvocationLayerFactory
A factory for creating a compatible proxy and invocation dispatcher for a remote object being exported. |
|
| ProxyTrustILFactory
Invocation layer factory for remote objects exported to use Jini(TM) extensible remote invocation (Jini ERI) that produces proxies that additionally implement the ProxyTrust interface. |
|
| ServerCapabilities
Represents the constraint support capabilities of a server-side transport layer implementation. |
| Classes in net.jini.jeri used by net.jini.jeri | |
| AbstractILFactory
An abstract implementation of InvocationLayerFactory that
provides a convenient way for subclasses to create proxies and
invocation dispatchers for remote objects. |
|
| BasicILFactory
A basic implementation of an InvocationLayerFactory . |
|
| BasicInvocationHandler
A basic implementation of the InvocationHandler interface.
|
|
| Endpoint
Represents a remote communication endpoint to send requests to. |
|
| InboundRequest
Represents a request that is being received and the corresponding response to be sent in reply. |
|
| InvocationDispatcher
An abstraction used to handle incoming call requests for a remote object. |
|
| InvocationLayerFactory
A factory for creating a compatible proxy and invocation dispatcher for a remote object being exported. |
|
| InvocationLayerFactory.Instances
A container for the proxy and invocation dispatcher instances returned by InvocationLayerFactory.createInstances . |
|
| ObjectEndpoint
References a remote object at a remote communication endpoint to send requests to. |
|
| OutboundRequest
Represents a request that is being sent and the corresponding response received in reply. |
|
| OutboundRequestIterator
Produces OutboundRequest instances to use for attempting to
send a particular request to a remote communication endpoint.
|
|
| RequestDispatcher
A callback object for processing inbound requests. |
|
| ServerCapabilities
Represents the constraint support capabilities of a server-side transport layer implementation. |
|
| ServerEndpoint
Represents one or more communication endpoints on the current (local) host to listen for and receive requests on and a template for producing an Endpoint instance to send requests to
those communication endpoints.
|
|
| ServerEndpoint.ListenContext
A callback object for passing to ServerEndpoint.enumerateListenEndpoints to receive the
enumerated ListenEndpoint
instances and to choose an active listen operation for each of
them on behalf of the caller of
enumerateListenEndpoints . |
|
| ServerEndpoint.ListenCookie
A cookie to identify a listen operation as the return value of the ListenContext.addListenEndpoint method. |
|
| ServerEndpoint.ListenEndpoint
Represents a communication endpoint on the current (local) host to listen for and receive requests on. |
|
| ServerEndpoint.ListenHandle
Represents a listen operation that has been started on a ListenEndpoint .
|
| Classes in net.jini.jeri used by net.jini.jeri.connection | |
| OutboundRequestIterator
Produces OutboundRequest instances to use for attempting to
send a particular request to a remote communication endpoint.
|
|
| RequestDispatcher
A callback object for processing inbound requests. |
| Classes in net.jini.jeri used by net.jini.jeri.http | |
| Endpoint
Represents a remote communication endpoint to send requests to. |
|
| OutboundRequestIterator
Produces OutboundRequest instances to use for attempting to
send a particular request to a remote communication endpoint.
|
|
| ServerCapabilities
Represents the constraint support capabilities of a server-side transport layer implementation. |
|
| ServerEndpoint
Represents one or more communication endpoints on the current (local) host to listen for and receive requests on and a template for producing an Endpoint instance to send requests to
those communication endpoints.
|
|
| ServerEndpoint.ListenContext
A callback object for passing to ServerEndpoint.enumerateListenEndpoints to receive the
enumerated ListenEndpoint
instances and to choose an active listen operation for each of
them on behalf of the caller of
enumerateListenEndpoints . |
| Classes in net.jini.jeri used by net.jini.jeri.kerberos | |
| Endpoint
Represents a remote communication endpoint to send requests to. |
|
| OutboundRequestIterator
Produces OutboundRequest instances to use for attempting to
send a particular request to a remote communication endpoint.
|
|
| ServerCapabilities
Represents the constraint support capabilities of a server-side transport layer implementation. |
|
| ServerEndpoint
Represents one or more communication endpoints on the current (local) host to listen for and receive requests on and a template for producing an Endpoint instance to send requests to
those communication endpoints.
|
|
| ServerEndpoint.ListenContext
A callback object for passing to ServerEndpoint.enumerateListenEndpoints to receive the
enumerated ListenEndpoint
instances and to choose an active listen operation for each of
them on behalf of the caller of
enumerateListenEndpoints . |
| Classes in net.jini.jeri used by net.jini.jeri.ssl | |
| Endpoint
Represents a remote communication endpoint to send requests to. |
|
| OutboundRequestIterator
Produces OutboundRequest instances to use for attempting to
send a particular request to a remote communication endpoint.
|
|
| ServerCapabilities
Represents the constraint support capabilities of a server-side transport layer implementation. |
|
| ServerEndpoint
Represents one or more communication endpoints on the current (local) host to listen for and receive requests on and a template for producing an Endpoint instance to send requests to
those communication endpoints.
|
|
| ServerEndpoint.ListenContext
A callback object for passing to ServerEndpoint.enumerateListenEndpoints to receive the
enumerated ListenEndpoint
instances and to choose an active listen operation for each of
them on behalf of the caller of
enumerateListenEndpoints . |
| Classes in net.jini.jeri used by net.jini.jeri.tcp | |
| Endpoint
Represents a remote communication endpoint to send requests to. |
|
| OutboundRequestIterator
Produces OutboundRequest instances to use for attempting to
send a particular request to a remote communication endpoint.
|
|
| ServerCapabilities
Represents the constraint support capabilities of a server-side transport layer implementation. |
|
| ServerEndpoint
Represents one or more communication endpoints on the current (local) host to listen for and receive requests on and a template for producing an Endpoint instance to send requests to
those communication endpoints.
|
|
| ServerEndpoint.ListenContext
A callback object for passing to ServerEndpoint.enumerateListenEndpoints to receive the
enumerated ListenEndpoint
instances and to choose an active listen operation for each of
them on behalf of the caller of
enumerateListenEndpoints . |
|
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Ashley Graham reveals the sex of her baby to Ellen DeGeneres
by Julius YoungAshley Graham is having a baby boy!
While answering a rapid-fire list of questions on Thursday’s episode of “The Ellen DeGeneres Show,” Graham, 32, shared the news about her impending bundle of joy.
"I'm going to be a mommy to a boy!" she bellowed, hardly able to contain her excitement as DeGeneres, 61, and the audience erupted in cheers.
ASHLEY GRAHAM SHOWS OFF BIKINI BODY WHILE EATING CHEETOS
The Sports Illustrated cover model announced she and husband Justin Ervin were expecting back in August and has been keeping her fans updated on her progress via Instagram.
ASHLEY GRAHAM SAYS SHE RELIES ON FAITH TO COPE WITH FAME: 'MY HUSBAND AND I LIKE TO PRAY TOGETHER'
Graham and Ervin reportedly met each other while in church and the model has noted that the two abstained from sex before marrying in 2010.
On Wednesday night, Graham stopped by "A Little Late With Lilly Singh" and cleared up a recent statement she made on a podcast that praying makes you horny.
"When Justin and I have prayer nights together ... it just feels more powerful," Graham explained to the viral talk show host.
ASHLEY GRAHAM'S SECRET TO A LASTING MARRIAGE IS 'JUST HAVE SEX ALL THE TIME'
She continued: "And in that power, when we're praying, it's like, 'Oh. Oh, do you feel that?' And it's like, the lights go down, the worship music goes up and we're like, 'Hellooo.' And next thing you know, after we pray – 'cause, priorities – we rip it off."
CLICK HERE TO GET THE FOX NEWS APP
"It's great," Graham added. "It's a great bonding experience for both the spiritual aspect and the physical aspect."
Fox News' Stephanie Nolasco contributed to this report.


| savePlotAsImage {rstudioapi} | R Documentation |
Save the plot currently displayed in the Plots pane as an image.
savePlotAsImage( file, format = c("png", "jpeg", "bmp", "tiff", "emf", "svg", "eps"), width, height )
file |
The target file path. |
format |
The Image format. Must be one of ("png", "jpeg", "bmp", "tiff", "emf", "svg", or "eps"). |
width |
The image width, in pixels. |
height |
The image height, in pixels. |
The savePlotAsImage
function was introduced in RStudio 1.1.57.


%= include ../title-inside.html %>
Transform text into an ascii slug by replacing whitespaces, accentuated, and special characters with the coresponding latin character or completely removing them when no latin equivalent is found. This can be used safely to generate valid URLs.
$scope.txt1 = 'some text here';
$scope.txt2 = 'Some Text hERe';
$scope.txt3 = 'some #%% text ][] here )(*';
$scope.txt4 = 's#@ome[] [#te!xt %$h#ere';
$scope.txt5 = 'šõmé @##@țëxť -hêre';


Play 2048!
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{{title}}
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The Gallery of Horns
Make a Selection Please
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Scan the QR code from the device you'd like to use as a keypad. This receiver just echoes keypresses; provide a different on-data callback to customize how the receiver handles keypresses.


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§490:2-203 Seals inoperative. The affixing of a seal to a writing evidencing a contract for sale or an offer to buy or sell goods does not constitute the writing a sealed instrument and the law with respect to sealed instruments does not apply to such a contract or offer. [L 1965, c 208, §2-203; HRS §490:2-203]


These instructions provide a step by step guide to getting started with OpenAdaptor. They require the reader to be able to install OpenAdaptor and the Java Runtime Environment (JRE), if it is not already installed.
Paths are generally referred to in Unix notation, i.e. "/" rather than "\".
Openadaptor requires a JRE (Java Runtime Environment) or JDK (Java Development Kit) to be installed. The minimum supported version of Java is 1.4. From the command prompt type the following to see what version, if any, is installed:
java -version
If Java is installed and your PATH environment variable includes the Java bin directory then you should see the version information. If you do not have Java installed or have a version prior to 1.4 then you need to install a new version. Please refer to http://www.java.com for details on how to do this.
OpenAdaptor is currently built and tested with version 1.5 of the JDK. The build configuration ensures that the resulting installation is compatible with Java 1.4
Openadaptor uses the Apache Commons Logging services for
application debugging and auditing. More specifically, the log4j jar and config files are supplied as
part of the OpenAdaptor distribution. The config file (log4j.properties) for this can be found in the
lib
directory.
In general this file can be left alone and will provide enough logging details for most applications. One common change that you may find useful is to turn on the debug log level. This is simplicity itself, simply modify the first line in the config file as follows:
log4j.rootLogger = DEBUG, A
The software for OpenAdaptor is distributed as a zip file. Installing it is simply a case of unzipping the contents. The installation should look like this:
opendaptor-X.Y.Z | |- example // README.txt and ant build file to compile code examples | | | |- bin // scripts to set your Java classpath | |- docs | |- spring // Spring framework example files | |- src // Java code examples | |- tools | |- tutorial // a walk-through to illustrate adaptor creation | |- javadocs // Java API documentation, launch index.html | |- lib // OpenAdaptor jar files and log4j properties file | | | |- ext // Suggested location for externally sourced jars | | | |- opt // 3rd party jars/zips upon which OpenAdaptor and the examples depend. Not all | are used by every example. | |- licences // Licence information for bundled components | |- sql // database schema and example files
Since OpenAdaptor is written in Java you need to set your Java classpath for things to work (this is how the Java Virtual Machine locates the Java classes it is instructed to run).
The nature of what OpenAdaptor does means that it ships with a large number of 3rd party jars, these
can be found in lib/3rdparty. Some of these are used by the framework but many of these relate to the
different things it is capable of connecting to and the different data formats it can process. To make
life easy the majority of the third party jars are conflated into a single jar called
openadaptor-depends.jar
(this contains a manifest with the version of the 3rdparty jars
that are included).
For most of the examples that we provide it is sufficient to set your classpath with the following:
lib // so that the log4j logging configuration is picked up lib/openadaptor.jar // the OpenAdaptor code lib/openadaptor-spring.jar // Spring specific helper classes lib/openadaptor-depends.jar // subset of 3rd party jars upon which our core code depends
One of the ways in which Java will pick up its classpath is from an environment variable named
CLASSPATH
. The following instructions show how to set this in both a Windows command
prompt and a Unix (bourne shell):
set OA_HOME=c:\openadaptor-X.Y.Z set CLASSPATH=%OA_HOME%\lib;%OA_HOME%\lib\openadaptor.jar;%OA_HOME%\lib\openadaptor-spring.jar;%OA_HOME%\lib\openadaptor-depends.jar
OA_HOME=~/opendaptor-X.Y.Z CLASSPATH=$OA_HOME/lib:$OA_HOME/lib/openadaptor.jar:$OA_HOME/lib/openadaptor-spring.jar:$OA_HOME/lib/openadaptor-depends.jar export CLASSPATH
Alternatively the example/bin directory contains two scripts for setting your classpath with absolute paths. The following instructions show how to run the respective scripts on both Windows and *nix.
cd example\bin .\setclasspath.bat echo %CLASSPATH%
cd example/bin source setclasspath.sh echo $CLASSPATH
Some of the OpenAdaptor components require 3rdparty jar/zips that we can not distribute, typically for licencing reasons. So you will need to install these separately and add them to the classpath. Some of the example (Tibco and MQSeries) Spring configurations contain comments that relate to this.
The best way to validate the previous steps is to run an adaptor. Here are the instructions (ensure that you are in the root of the OpenAdaptor distribution):
cd example\spring\adaptor java org.openadaptor.spring.SpringAdaptor -config simple.xml
cd example/spring/adaptor java org.openadaptor.spring.SpringAdaptor -config simple.xml
If everything works you should see a flurry of logging and the program will sit waiting for input. Anything typed at the prompt will be echoed. Type Ctrl-C to shutdown the adaptor.
If it didn't work then you will probably see a Java stack trace. The first things to check are that the command line you typed is correct and that your classpath is correct.
Openadaptor is not dependent on the Spring framework, however it has been written to be Spring friendly. Previous versions of OpenAdaptor had a properties file based mechanism for initialising and wiring together the adaptor components, in the new version all the adaptor components have been written as beans, allowing Spring to be used to achieve the same result.
We advocate using the Spring framework to assemble adaptors. The majority of our examples are provided as Spring configuration files. Openadaptor provides a Spring specific helper class for running adaptors as a standalone process:
org.openadaptor.spring.SpringAdaptor
This expects the following arguments:
-config url : where url points to a spring config, defaults to file: -bean id : (optional) where id is the id of an Adaptor bean in the spring config file -jmxport port : (optional) if specified then runs default jmx mbean server and http adaptor
Upon startup the adaptor will generate logging output according to its logging configuration. Note that a running adaptor may be stopped by typing Ctrl-C on the command line (both Windows and Unix). Under normal circumstances this should cause the adaptor to terminate gracefully.
For more details on the examples look at the header comments in the Spring config file, or the README.txt if one exists in the example directory.
For more information on the Spring framework refer to http://www.springframework.org.
The src
dir contains code examples. The ant build file build.xml
will
compile these examples. In order to run the compiled examples you will need to set your classpath
and include example/classes. Please refer to
http://ant.apache.org if you are not familiar
with ant.
The tutorial builds up a standalone example that illustrates the key concepts of OpenAdaptor and features of the adaptor framework.
Several tutorial examples require the availability of a JMS implementation. Those examples were successfully tested with a default installation of the jBoss application server in the following versions:
The tests were carried out on Windows XP, running OA v3.2.1 in the following versions of Sun's JVM:
The tests will NOT run with jBoss 4.2.0.GA. This is due to the different version of logging libraries used by the jBoss client and OpenAdaptor.


What are Semester Long Projects?
Semester Long Projects or SLoP is an initiative by Developer Student Club, DA-IICT, open for students of any
university in India who are new to open source software development to get started with open source
contributions.
It’s modeled to be similar but smaller Google Summer of Code (GSoC), which is a global program that
matches students up with open source, free software and technology-related organizations to write
code and get
paid for the same.
SLoP is aimed at introducing new students in the area and help them gain
confidence.It doesn't matter if you are new to open source contributions, There is a lot you can learn.


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AWS OpsWorks for Puppet Enterprise - Sample App
Congratulations!
You just deployed your first app with
AWS OpsWorks for Puppet Enterprise.
https://console.aws.amazon.com/opsworks/cm/home


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A dynamicly generated and live-updating page filled with information about Bitcoin, the world's first cryptocurrency!
| Currency | Value |
|---|
Bitcoin mining is the process by which transactions are verified and added to the public ledger, known as the block chain. Currently<PHONE_NUMBER>00 BTC have been mined.
Miner's Revenue is the revenue that Bitcoin miners make. To think that groups, and just people alike are mining this currency that popped out of nowhere is not even the most insane part. The insane thing is that currently all miners have accumulated 29210720.11 in USD.
A single Bitcoin is trading around at USD currently. Imagine that spread out acrossed hundreds of people and groups. Now let's try millions, maybe billions? How about trillions and up. Precisely<PHONE_NUMBER>4977


Hierarch Mitraell:
Well done! You have learned the basic operations of the game. Now you can really enjoy the adventure.
To assist you in your journeys, take this gift. I presume you already heard the explanation about how to use it?
You now have a decision to make. Will you develop your skills in the Dark Elf Village? Or will you raise your abilities by going among the Kamael on the Isle of Souls? Tell me what you decide.
I will go to the Dark Elf Village.
I will go to the Isle of Souls.


This is a demo of image recognition task using Django and tfserving.
Type your image URL in the input box below,and cilck the predict button,it will gives a prediction result.


Overview
Steep is a minimal framework that allows for interaction between a server (python) and web browser clients (javascript/html/css) via websockets. Steep is simple, and doesn't have a lot of built in features, which allows for flexibility. Experimenters can then use the plethora of online resources dedicated to programing of webapps using CSS and Javascript.
Installation
In order to test STEEP, the following four things must be downloaded/installed:
- python - STEEP can be used with recent versions of either python 2 or python 3. To install python on a Mac, I recommend using the installation via homebrew (http://brew.sh/), although you can also just use the default installed version. For Windows, I recommend anaconda (https://www.continuum.io/downloads). To check to see if python is installed, you can type
- twisted - Twisted is an open source networking engine, more info at https://twistedmatrix.com/. This can be installed with pip using "pip install twisted".
- autobahn - Autobahn is an open source WebSocket implementation, more info at http://autobahn.ws/. This can be installed with pip using "pip install autobahn".
- STEEP - The latest version of STEEP can be downloaded from github via the following link: https://github.com/jnromero/steep/releases/latest


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public static final class Protos.NetworkInfo.Builder extendsimplements Protos.NetworkInfoOrBuilder
mesos.NetworkInfo
Describes a network request from a framework as well as network resolution provided by Mesos. A framework may request the network isolator on the Agent to isolate the container in a network namespace and create a virtual network interface. The `NetworkInfo` message describes the properties of that virtual interface, including the IP addresses and network isolation policy (network group membership). The NetworkInfo message is not interpreted by the Master or Agent and is intended to be used by Agent and Master modules implementing network isolation. If the modules are missing, the message is simply ignored. In future, the task launch will fail if there is no module providing the network isolation capabilities (MESOS-3390). An executor, Agent, or an Agent module may append NetworkInfos inside TaskStatus::container_status to provide information such as the container IP address and isolation groups.
| Modifier and Type | Method and Description |
|---|---|
Protos.NetworkInfo.Builder |
addAllGroups(java.lang.Iterable<java.lang.String> values)
repeated string groups = 3; |
Protos.NetworkInfo.Builder |
addAllIpAddresses(java.lang.Iterable<? extends Protos.NetworkInfo.IPAddress> values)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
addAllPortMappings(java.lang.Iterable<? extends Protos.NetworkInfo.PortMapping> values)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
addGroups(java.lang.String value)
repeated string groups = 3; |
Protos.NetworkInfo.Builder |
addGroupsBytes(com.google.protobuf.ByteString value)
repeated string groups = 3; |
Protos.NetworkInfo.Builder |
addIpAddresses(int index,
Protos.NetworkInfo.IPAddress.Builder builderForValue)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
addIpAddresses(int index,
Protos.NetworkInfo.IPAddress value)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
addIpAddresses(Protos.NetworkInfo.IPAddress.Builder builderForValue)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
addIpAddresses(Protos.NetworkInfo.IPAddress value)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.IPAddress.Builder |
addIpAddressesBuilder()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.IPAddress.Builder |
addIpAddressesBuilder(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
addPortMappings(int index,
Protos.NetworkInfo.PortMapping.Builder builderForValue)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
addPortMappings(int index,
Protos.NetworkInfo.PortMapping value)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
addPortMappings(Protos.NetworkInfo.PortMapping.Builder builderForValue)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
addPortMappings(Protos.NetworkInfo.PortMapping value)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.PortMapping.Builder |
addPortMappingsBuilder()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.PortMapping.Builder |
addPortMappingsBuilder(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo |
build() |
Protos.NetworkInfo |
buildPartial() |
Protos.NetworkInfo.Builder |
clear() |
Protos.NetworkInfo.Builder |
clearGroups()
repeated string groups = 3; |
Protos.NetworkInfo.Builder |
clearIpAddresses()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
clearLabels()
optional .mesos.Labels labels = 4; |
Protos.NetworkInfo.Builder |
clearName()
optional string name = 6; |
Protos.NetworkInfo.Builder |
clearPortMappings()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
clone() |
Protos.NetworkInfo |
getDefaultInstanceForType() |
static com.google.protobuf.Descriptors.Descriptor |
getDescriptor() |
com.google.protobuf.Descriptors.Descriptor |
getDescriptorForType() |
java.lang.String |
getGroups(int index)
repeated string groups = 3; |
com.google.protobuf.ByteString |
getGroupsBytes(int index)
repeated string groups = 3; |
int |
getGroupsCount()
repeated string groups = 3; |
com.google.protobuf.ProtocolStringList |
getGroupsList()
repeated string groups = 3; |
Protos.NetworkInfo.IPAddress |
getIpAddresses(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.IPAddress.Builder |
getIpAddressesBuilder(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
java.util.List<Protos.NetworkInfo.IPAddress.Builder> |
getIpAddressesBuilderList()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
int |
getIpAddressesCount()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
java.util.List<Protos.NetworkInfo.IPAddress> |
getIpAddressesList()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.IPAddressOrBuilder |
getIpAddressesOrBuilder(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
java.util.List<? extends Protos.NetworkInfo.IPAddressOrBuilder> |
getIpAddressesOrBuilderList()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.Labels |
getLabels()
optional .mesos.Labels labels = 4; |
Protos.Labels.Builder |
getLabelsBuilder()
optional .mesos.Labels labels = 4; |
Protos.LabelsOrBuilder |
getLabelsOrBuilder()
optional .mesos.Labels labels = 4; |
java.lang.String |
getName()
optional string name = 6; |
com.google.protobuf.ByteString |
getNameBytes()
optional string name = 6; |
Protos.NetworkInfo.PortMapping |
getPortMappings(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.PortMapping.Builder |
getPortMappingsBuilder(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
java.util.List<Protos.NetworkInfo.PortMapping.Builder> |
getPortMappingsBuilderList()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
int |
getPortMappingsCount()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
java.util.List<Protos.NetworkInfo.PortMapping> |
getPortMappingsList()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.PortMappingOrBuilder |
getPortMappingsOrBuilder(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
java.util.List<? extends Protos.NetworkInfo.PortMappingOrBuilder> |
getPortMappingsOrBuilderList()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
boolean |
hasLabels()
optional .mesos.Labels labels = 4; |
boolean |
hasName()
optional string name = 6; |
protected com.google.protobuf.GeneratedMessage.FieldAccessorTable |
internalGetFieldAccessorTable() |
boolean |
isInitialized() |
Protos.NetworkInfo.Builder |
mergeFrom(com.google.protobuf.CodedInputStream input,
com.google.protobuf.ExtensionRegistryLite extensionRegistry) |
Protos.NetworkInfo.Builder |
mergeFrom(com.google.protobuf.Message other) |
Protos.NetworkInfo.Builder |
mergeLabels(Protos.Labels value)
optional .mesos.Labels labels = 4; |
Protos.NetworkInfo.Builder |
removeIpAddresses(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
removePortMappings(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
setGroups(int index,
java.lang.String value)
repeated string groups = 3; |
Protos.NetworkInfo.Builder |
setIpAddresses(int index,
Protos.NetworkInfo.IPAddress.Builder builderForValue)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
setIpAddresses(int index,
Protos.NetworkInfo.IPAddress value)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5; |
Protos.NetworkInfo.Builder |
setLabels(Protos.Labels.Builder builderForValue)
optional .mesos.Labels labels = 4; |
Protos.NetworkInfo.Builder |
setLabels(Protos.Labels value)
optional .mesos.Labels labels = 4; |
Protos.NetworkInfo.Builder |
setName(java.lang.String value)
optional string name = 6; |
Protos.NetworkInfo.Builder |
setNameBytes(com.google.protobuf.ByteString value)
optional string name = 6; |
Protos.NetworkInfo.Builder |
setPortMappings(int index,
Protos.NetworkInfo.PortMapping.Builder builderForValue)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
Protos.NetworkInfo.Builder |
setPortMappings(int index,
Protos.NetworkInfo.PortMapping value)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7; |
public static final com.google.protobuf.Descriptors.Descriptor getDescriptor()
protected com.google.protobuf.GeneratedMessage.FieldAccessorTable internalGetFieldAccessorTable()
public Protos.NetworkInfo.Builder clear()
public Protos.NetworkInfo.Builder clone()
public com.google.protobuf.Descriptors.Descriptor getDescriptorForType()
public Protos.NetworkInfo getDefaultInstanceForType()
public Protos.NetworkInfo build()
public Protos.NetworkInfo buildPartial()
public Protos.NetworkInfo.Builder mergeFrom(com.google.protobuf.Message other)
public final boolean isInitialized()
public Protos.NetworkInfo.Builder mergeFrom(com.google.protobuf.CodedInputStream input, com.google.protobuf.ExtensionRegistryLite extensionRegistry) throws java.io.IOException
java.io.IOException
public java.util.List<Protos.NetworkInfo.IPAddress> getIpAddressesList()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
getIpAddressesList
in interface Protos.NetworkInfoOrBuilder
public int getIpAddressesCount()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
getIpAddressesCount
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.IPAddress getIpAddresses(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
getIpAddresses
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.Builder setIpAddresses(int index, Protos.NetworkInfo.IPAddress value)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder setIpAddresses(int index, Protos.NetworkInfo.IPAddress.Builder builderForValue)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder addIpAddresses(Protos.NetworkInfo.IPAddress value)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder addIpAddresses(int index, Protos.NetworkInfo.IPAddress value)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder addIpAddresses(Protos.NetworkInfo.IPAddress.Builder builderForValue)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder addIpAddresses(int index, Protos.NetworkInfo.IPAddress.Builder builderForValue)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder addAllIpAddresses(java.lang.Iterable<? extends Protos.NetworkInfo.IPAddress> values)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder clearIpAddresses()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.Builder removeIpAddresses(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.IPAddress.Builder getIpAddressesBuilder(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.IPAddressOrBuilder getIpAddressesOrBuilder(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
getIpAddressesOrBuilder
in interface Protos.NetworkInfoOrBuilder
public java.util.List<? extends Protos.NetworkInfo.IPAddressOrBuilder> getIpAddressesOrBuilderList()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
getIpAddressesOrBuilderList
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.IPAddress.Builder addIpAddressesBuilder()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public Protos.NetworkInfo.IPAddress.Builder addIpAddressesBuilder(int index)
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public java.util.List<Protos.NetworkInfo.IPAddress.Builder> getIpAddressesBuilderList()
repeated .mesos.NetworkInfo.IPAddress ip_addresses = 5;
When included in a ContainerInfo, each of these represent a request for an IP address. Each request can specify an explicit address or the IP protocol to use. When included in a TaskStatus message, these inform the framework scheduler about the IP addresses that are bound to the container interface. When there are no custom network isolator modules installed, this field is filled in automatically with the Agent IP address.
public boolean hasName()
optional string name = 6;
Name of the network which will be used by network isolator to determine the network that the container joins. It's up to the network isolator to decide how to interpret this field.
hasName
in interface Protos.NetworkInfoOrBuilder
public java.lang.String getName()
optional string name = 6;
Name of the network which will be used by network isolator to determine the network that the container joins. It's up to the network isolator to decide how to interpret this field.
getName
in interface Protos.NetworkInfoOrBuilder
public com.google.protobuf.ByteString getNameBytes()
optional string name = 6;
Name of the network which will be used by network isolator to determine the network that the container joins. It's up to the network isolator to decide how to interpret this field.
getNameBytes
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.Builder setName(java.lang.String value)
optional string name = 6;
Name of the network which will be used by network isolator to determine the network that the container joins. It's up to the network isolator to decide how to interpret this field.
public Protos.NetworkInfo.Builder clearName()
optional string name = 6;
Name of the network which will be used by network isolator to determine the network that the container joins. It's up to the network isolator to decide how to interpret this field.
public Protos.NetworkInfo.Builder setNameBytes(com.google.protobuf.ByteString value)
optional string name = 6;
Name of the network which will be used by network isolator to determine the network that the container joins. It's up to the network isolator to decide how to interpret this field.
public com.google.protobuf.ProtocolStringList getGroupsList()
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
getGroupsList
in interface Protos.NetworkInfoOrBuilder
public int getGroupsCount()
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
getGroupsCount
in interface Protos.NetworkInfoOrBuilder
public java.lang.String getGroups(int index)
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
getGroups
in interface Protos.NetworkInfoOrBuilder
public com.google.protobuf.ByteString getGroupsBytes(int index)
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
getGroupsBytes
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.Builder setGroups(int index, java.lang.String value)
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
public Protos.NetworkInfo.Builder addGroups(java.lang.String value)
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
public Protos.NetworkInfo.Builder addAllGroups(java.lang.Iterable<java.lang.String> values)
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
public Protos.NetworkInfo.Builder clearGroups()
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
public Protos.NetworkInfo.Builder addGroupsBytes(com.google.protobuf.ByteString value)
repeated string groups = 3;
A group is the name given to a set of logically-related interfaces that are allowed to communicate among themselves. Network traffic is allowed between two container interfaces that share at least one network group. For example, one might want to create separate groups for isolating dev, testing, qa and prod deployment environments.
public boolean hasLabels()
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
hasLabels
in interface Protos.NetworkInfoOrBuilder
public Protos.Labels getLabels()
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
getLabels
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.Builder setLabels(Protos.Labels value)
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
public Protos.NetworkInfo.Builder setLabels(Protos.Labels.Builder builderForValue)
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
public Protos.NetworkInfo.Builder mergeLabels(Protos.Labels value)
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
public Protos.NetworkInfo.Builder clearLabels()
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
public Protos.Labels.Builder getLabelsBuilder()
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
public Protos.LabelsOrBuilder getLabelsOrBuilder()
optional .mesos.Labels labels = 4;
To tag certain metadata to be used by Isolator/IPAM, e.g., rack, etc.
getLabelsOrBuilder
in interface Protos.NetworkInfoOrBuilder
public java.util.List<Protos.NetworkInfo.PortMapping> getPortMappingsList()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
getPortMappingsList
in interface Protos.NetworkInfoOrBuilder
public int getPortMappingsCount()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
getPortMappingsCount
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.PortMapping getPortMappings(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
getPortMappings
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.Builder setPortMappings(int index, Protos.NetworkInfo.PortMapping value)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder setPortMappings(int index, Protos.NetworkInfo.PortMapping.Builder builderForValue)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder addPortMappings(Protos.NetworkInfo.PortMapping value)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder addPortMappings(int index, Protos.NetworkInfo.PortMapping value)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder addPortMappings(Protos.NetworkInfo.PortMapping.Builder builderForValue)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder addPortMappings(int index, Protos.NetworkInfo.PortMapping.Builder builderForValue)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder addAllPortMappings(java.lang.Iterable<? extends Protos.NetworkInfo.PortMapping> values)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder clearPortMappings()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.Builder removePortMappings(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.PortMapping.Builder getPortMappingsBuilder(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.PortMappingOrBuilder getPortMappingsOrBuilder(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
getPortMappingsOrBuilder
in interface Protos.NetworkInfoOrBuilder
public java.util.List<? extends Protos.NetworkInfo.PortMappingOrBuilder> getPortMappingsOrBuilderList()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
getPortMappingsOrBuilderList
in interface Protos.NetworkInfoOrBuilder
public Protos.NetworkInfo.PortMapping.Builder addPortMappingsBuilder()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public Protos.NetworkInfo.PortMapping.Builder addPortMappingsBuilder(int index)
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;
public java.util.List<Protos.NetworkInfo.PortMapping.Builder> getPortMappingsBuilderList()
repeated .mesos.NetworkInfo.PortMapping port_mappings = 7;


{% extends "base.html" %} {% block title %}Dunning Cruncher{% endblock title %} {% block nav %}
Signed in as {{ welcome_name }}
To start tracking a new DL click on the below button.


If you use the R or Python programming language, you can use them to visualize your data within Power BI Desktop. Power BI Desktop has an out-of-the-box visualization option for both R and Python that you can access on the Visualizations pane, and the process for creating these visuals is almost the same. You can also import a custom R or Python visual from Microsoft AppSource.
Note
If you decide to use an R or Python visual, and you want to refresh the data in Power BI service, you'll need to use a personal gateway. For more information, see Use personal gateways in Power BI.
Before you create the R visual, you must install R on your local computer so that Power BI Desktop can run R scripts. You can download and install R for free from many locations, including the Microsoft R Application Network and the CRAN Repository.
When you have downloaded and installed R, Power BI enables it automatically, but you should verify that it has been enabled in the correct location. In Power BI Desktop, select File > Options and settings > Options and then select R scripting in the Global options list. Verify that your local R installation is specified in the Detected R home directories drop-down menu and that it properly reflects the local R installation that you want Power BI Desktop to use. In the following image, the path to the local installation of R is C:\Program Files\R Open\R-3.5.3.
When you've verified your R installation, you can create the R visual.
Select the R visual icon in the Visualizations pane and then select Enable on the window that displays. You'll then see a placeholder R visual image on the report canvas, with the R script editor underneath.
Next, in the Field panel, select the fields that you want to use in your script. They will display in the Values section in the Visualizations pane. You'll use the data in these fields to create a plot.
As you select or remove fields, supporting code in the R script editor is automatically generated or removed. Based on your selections, the R script editor generates the following binding code:
The editor created a dataset dataframe with the fields that you added.
The default aggregation is: do not summarize.
Similar to table visuals, fields are grouped and duplicate rows appear only once.
When you have selected the fields, you're ready to write an R script that results in plotting to the R default device. When the script is complete, select Run from the R script editor title bar.
Power BI Desktop identifies the plot and presents it on the canvas.
No prerequisites exist for creating a Python visual, so you can start right away in Power BI Desktop by selecting the Python visual icon in the Visualizations pane. Select Enable on the window that displays, and then you'll then see a placeholder Python visual image on the report canvas, with the Python script editor underneath.
You can continue creating a Python visual in the same way as you did when creating the R visual. In summary, you would select the fields, write the Python script, and then select Run from the Python script editor title bar.
To import an R or Python visual from AppSource, in the Visualizations pane, select the Get more visuals icon and then select Get more visuals. On the window that displays, locate and select the R or Python visual that you want to import and then select Add.
The new visual icon will appear under the other visual icons in the Visualizations pane.


You've got Mail
Rating: 80 % Starring: Tom Hanks Meg Ryan Greg Kinnear Director: Nora Ephron Based on 1940's 'Shop around the Corner' and a 1949 musical version 'In the good old Summertime', this film has got all the elements freshened up for the 1990's. Nora Ephron conjured up a reunion for Tom Hanks and Meg Ryan since their 1993 sleeper hit 'Sleepless in Seattle'.
Set in the Big Apple, the story tells of two individuals Joe Fox (Hanks) and Kathleen Kelly (Ryan) who get along famously chatting on the internet. They literally sneak around their partners e-mailing each other, having a cyberspace romance. Joe's cyber name is 'NY152' and Kathleen is known as 'Shopgirl'. Joe is a rich man, who is busy opening up a huge bookstore, Kathleen also has a thriving children book shop that was a family business for decades. Joe's huge discount store is sure to close Kathleen's store.
Joe is the first to find out that 'Shopgirl' is actually Kathleen, and he uses this information to manipulate Kathleen. Kathleen is heartbroken that her family business is going down the tubes, and confesses everything to 'NY152'. He even gives her 'Godfatherly' advice as to fight for her rights to survive. When Kathleen actually finds out that Joe is behind the big store opening she despises him at first for what he is taking away from her. She has no security and everything she knew her whole life is gone. Joe feels terrible about this and tries to win her trust and confidence, but he also falls for the person he came to know as 'Shopgirl'.
The movie has a lot of charm and should appeal to even the male audiences. It is a sweet romantic comedy that has two great leading actors. They know what to do with the movie and they execute their task with warmth and confidence. Tom Hanks is really a great actor. He can do both drama and comedy with such ease. Meg Ryan is perfect in this role. I can understand now why she received a Golden Globe nomination for her part. She was much better in this fairy tale, than in 'City of Angels'.The chemistry between Ryan and Hanks was definitely there. Greg Kinnear we all came to know last year as the gay artist in 'As good as it gets' has a minor role in this movie. I think he is actually the only weak point of this movie. They could have done without his role.
Nora Ephron has taken over from Penny Marshall as the best female director in Hollywood. She was also responsible for the so-so 'Michael' not to long ago. She brings forth her ideas with such a clear vision. The emotions and feel of the movie was spot on.The dialogue is funny and witty. The scene where Hanks introduce his family to Ryan in the bookstore was really funny. This is one of the best Valentine's Day movies around, waaayyy better than 'Sleepless in Seattle'. Another thing is, we always get to see the gloomy dark look of New York, not here though. The place is bright and summery. I felt like moving there straight away.
If your two favourite pasttimes is reading books and the internet, you will surely love this movie. After seeing so many violent and disaster movies, it was a nice change of pace. A movie that has warmth and great actors in it. I can understand why it is such a huge hit currently in the US. Like Ryan's character said in the movie, it is great to hear those three words, 'You've got Mail'. I must agree, it is great getting e-mail!!
Graeme Smith Review courtesy of www.megavideo.co.za as well as www.dvdsa.co.za
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Helm has provenance tools which help chart users verify the integrity and origin of a package. Using industry-standard tools based on PKI, GnuPG, and well-respected package managers, Helm can generate and verify signature files.
Overview
Integrity is established by comparing a chart to a provenance record. Provenance
records are stored in provenance files, which are stored alongside a packaged
chart. For example, if a chart is named myapp-1.2.3.tgz
, its provenance file
will be myapp-1.2.3.tgz.prov
.
Provenance files are generated at packaging time (helm package --sign …
), and
can be checked by multiple commands, notable helm install --verify
.
The Workflow
This section describes a potential workflow for using provenance data effectively.
Prerequisites:
-
A valid PGP keypair in a binary (not ASCII-armored) format
-
The
helm
command line tool -
GnuPG command line tools (optional)
-
Keybase command line tools (optional)
NOTE: If your PGP private key has a passphrase, you will be prompted to enter
that passphrase for any commands that support the --sign
option.
Creating a new chart is the same as before:
$ helm create mychart
Creating mychart
Once ready to package, add the --sign
flag to helm package
. Also, specify
the name under which the signing key is known and the keyring containing the corresponding private key:
$ helm package --sign --key 'helm signing key' --keyring path/to/keyring.secret mychart
TIP: for GnuPG users, your secret keyring is in ~/.gnupg/secring.gpg
. You can
use gpg --list-secret-keys
to list the keys you have.
Warning: the GnuPG v2 store your secret keyring using a new format 'kbx' on the default location '~/.gnupg/pubring.kbx'. Please use the following command to convert your keyring to the legacy gpg format:
$ gpg --export-secret-keys >~/.gnupg/secring.gpg
At this point, you should see both mychart-0.1.0.tgz
and mychart-0.1.0.tgz.prov
.
Both files should eventually be uploaded to your desired chart repository.
You can verify a chart using helm verify
:
$ helm verify mychart-0.1.0.tgz
A failed verification looks like this:
$ helm verify topchart-0.1.0.tgz
Error: sha256 sum does not match for topchart-0.1.0.tgz: "sha256:1939fbf7c1023d2f6b865d137bbb600e0c42061c3235528b1e8c82f4450c12a7" != "sha256:5a391a90de56778dd3274e47d789a2c84e0e106e1a37ef8cfa51fd60ac9e623a"
To verify during an install, use the --verify
flag.
$ helm install --verify mychart-0.1.0.tgz
If the keyring (containing the public key associated with the signed chart) is not in the default location, you may need to point to the
keyring with --keyring PATH
as in the helm package
example.
If verification fails, the install will be aborted before the chart is even pushed up to Tiller.
Using Keybase.io credentials
The Keybase.io service makes it easy to establish a chain of trust for a cryptographic identity. Keybase credentials can be used to sign charts.
Prerequisites:
-
A configured Keybase.io account
-
GnuPG installed locally
-
The
keybase
CLI installed locally
Signing packages
The first step is to import your keybase keys into your local GnuPG keyring:
$ keybase pgp export -s | gpg --import
This will convert your Keybase key into the OpenPGP format, and then import it
locally into your ~/.gnupg/secring.gpg
file.
You can double check by running gpg --list-secret-keys
.
$ gpg --list-secret-keys 1 ↵
/Users/mattbutcher/.gnupg/secring.gpg
-------------------------------------
sec 2048R/1FC18762 2016-07-25
uid technosophos (keybase.io/technosophos<EMAIL_ADDRESS>ssb 2048R/D125E546 2016-07-25
Note that your secret key will have an identifier string:
technosophos (keybase.io/technosophos<EMAIL_ADDRESS>That is the full name of your key.
Next, you can package and sign a chart with helm package
. Make sure you use at
least part of that name string in --key
.
$ helm package --sign --key technosophos --keyring ~/.gnupg/secring.gpg mychart
As a result, the package
command should produce both a .tgz
file and a .tgz.prov
file.
Verifying packages
You can also use a similar technique to verify a chart signed by someone else’s
Keybase key. Say you want to verify a package signed by keybase.io/technosophos
.
To do this, use the keybase
tool:
$ keybase follow technosophos
$ keybase pgp pull
The first command above tracks the user technosophos
. Next keybase pgp pull
downloads the OpenPGP keys of all of the accounts you follow, placing them in
your GnuPG keyring (~/.gnupg/pubring.gpg
).
At this point, you can now use helm verify
or any of the commands with a --verify
flag:
$ helm verify somechart-1.2.3.tgz
Reasons a chart may not verify
These are common reasons for failure.
-
The prov file is missing or corrupt. This indicates that something is misconfigured or that the original maintainer did not create a provenance file.
-
The key used to sign the file is not in your keyring. This indicate that the entity who signed the chart is not someone you’ve already signaled that you trust.
-
The verification of the prov file failed. This indicates that something is wrong with either the chart or the provenance data.
-
The file hashes in the provenance file do not match the hash of the archive file. This indicates that the archive has been tampered with.
If a verification fails, there is reason to distrust the package.
The Provenance File
The provenance file contains a chart’s YAML file plus several pieces of verification information. Provenance files are designed to be automatically generated.
The following pieces of provenance data are added:
-
The chart file (Chart.yaml) is included to give both humans and tools an easy view into the contents of the chart.
-
The signature (SHA256, just like Docker) of the chart package (the .tgz file) is included, and may be used to verify the integrity of the chart package.
-
The entire body is signed using the algorithm used by PGP (see [http://keybase.io] for an emerging way of making crypto signing and verification easy).
The combination of this gives users the following assurances:
-
The package itself has not been tampered with (checksum package tgz).
-
The entity who released this package is known (via the GnuPG/PGP signature).
The format of the file looks something like this:
-----BEGIN PGP SIGNED MESSAGE-----
name: nginx
description: The nginx web server as a replication controller and service pair.
version: 0.5.1
keywords:
- https
- http
- web server
- proxy
source:
- https://github.com/foo/bar
home: http://nginx.com
...
files:
nginx-0.5.1.tgz: “sha256:9f5270f50fc842cfcb717f817e95178f”
-----BEGIN PGP SIGNATURE-----
Version: GnuPG v1.4.9 (GNU/Linux)
iEYEARECAAYFAkjilUEACgQkB01zfu119ZnHuQCdGCcg2YxF3XFscJLS4lzHlvte
WkQAmQGHuuoLEJuKhRNo+Wy7mhE7u1YG
=eifq
-----END PGP SIGNATURE-----
Note that the YAML section contains two documents (separated by …\n
). The
first is the Chart.yaml. The second is the checksums, a map of filenames to
SHA-256 digests (value shown is fake/truncated)
The signature block is a standard PGP signature, which provides tamper resistance.
Chart Repositories
Chart repositories serve as a centralized collection of Helm charts.
Chart repositories must make it possible to serve provenance files over HTTP via a specific request, and must make them available at the same URI path as the chart.
For example, if the base URL for a package is https://example.com/charts/mychart-1.2.3.tgz
,
the provenance file, if it exists, MUST be accessible at https://example.com/charts/mychart-1.2.3.tgz.prov
.
From the end user’s perspective, helm install --verify myrepo/mychart-1.2.3
should result in the download of both the chart and the provenance file with no
additional user configuration or action.
Establishing Authority and Authenticity
When dealing with chain-of-trust systems, it is important to be able to establish the authority of a signer. Or, to put this plainly, the system above hinges on the fact that you trust the person who signed the chart. That, in turn, means you need to trust the public key of the signer.
One of the design decisions with Kubernetes Helm has been that the Helm project would not insert itself into the chain of trust as a necessary party. We don’t want to be "the certificate authority" for all chart signers. Instead, we strongly favor a decentralized model, which is part of the reason we chose OpenPGP as our foundational technology. So when it comes to establishing authority, we have left this step more-or-less undefined in Helm 2.0.0.
However, we have some pointers and recommendations for those interested in using the provenance system:
-
The Keybase platform provides a public centralized repository for trust information.
-
You can use Keybase to store your keys or to get the public keys of others.
-
Keybase also has fabulous documentation available
-
While we haven’t tested it, Keybase’s "secure website" feature could be used to serve Helm charts.
-
The official Kubernetes Charts project is trying to solve this problem for the official chart repository.
-
There is a long issue there detailing the current thoughts.
-
The basic idea is that an official "chart reviewer" signs charts with her or his key, and the resulting provenance file is then uploaded to the chart repository.
-
There has been some work on the idea that a list of valid signing keys may be included in the
index.yaml
file of a repository.
Finally, chain-of-trust is an evolving feature of Helm, and some community members have proposed adapting part of the OSI model for signatures. This is an open line of inquiry in the Helm team. If you’re interested, jump on in.


Piet Mondrian. Composition ii in red, blue and yellow. 1930.
Recreated by Kenji Hirabayashi using Flexbox
Actual Image


SIX DAYS, SEVEN NIGHTS Reviewed by Jamie Peck
The story is a no-brainer -- Ford stars as gruff but loveable island aviator Quinn Harris, while Heche is career-minded but loveable New York magazine editor Robin Monroe. Robin, on a tropical vacation with fiancé Frank (David Schwimmer), gets assigned to supervise an emergency photo shoot in nearby Tahiti, so she reluctantly hires Quinn to fly her there. The plane crashes during a terrible storm, and they immediately find themselves stuck in a deserted paradise with few ideas on getting back to civilization. A series of unpleasant, often hilarious catastrophes leaves little choice but for both members of this unlikely odd couple to fall for each other. Meanwhile, back at the resort, Frank is tempted himself by Quinn's shapely female tagalong (Jacqueline Obradors).
That subplot obviously exists to get us rooting for the Quinn-Robin pairing, and while it makes for a few good laughs early on, it eventually becomes a contrived distraction from the far more engrossing misadventures of Quinn and Robin. And since the film spends most of its time with the castaways, this flaw is only a minor inconvenience. Director Ivan Reitman keeps the pace brisk. At a slim 101 minutes, "Six Days, Seven Nights" never wears out its welcome, where a lesser film could have felt like it was as long as its title. Michael Browning's clever screenplay allows for plenty of notable one-liners (my favorite, taken in context, is "You mean _arrrgh_ pirates?"), and though it essentially boils down to one mishap after another, they're all quite engaging. Even the movie's more "serious" moments are played with a wink.
Heche has been under undeserved fire over whether or not her private life with Ellen DeGeneres would affect the "believability" of "Six Days, Seven Nights"' heterosexual pairing. (So she's a lesbian. So what. Deal with it.) Of course it doesn't, and here, her naysayers are proved wrong in a big way. In fact, her chemistry with Ford is what really makes the film click; these opposites attract with the utmost, endearing electricity. At one point, when the two are discussing the likelihood of romantic interest, Heche asks Ford how old he is. After several wrong guesses ("Forty-five? _Fifty_?"), he whispers his age to her. "You still look good," Heche stammers. "I still _am_ good," Ford replies. She's good too, and together, they make "Six Days, Seven Nights" one memorable ride.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


JavaScript / HTML / AngularJS / Python / Bootstrap / JQuery / PHP
Find Out MoreHi there, my name is Ross! I am a passionate, nerdy, committed web developer. I love food (just not things that come out of the water!). I like music, sports, movies (especially superhero movies!), and obviously developing!
Check out my work!


Wyllians Vendramini Borelli
Medicine
Ph.D. Student
Graduate Program in Medicine and Health Sciences
See More


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Passionate, driven, and successful developer with several years of experience in some of the most popular languages, environments, and practices.
Contact Me
(512) 588-3394
Austin, TX
Areas of my highest expertise
Current and previous employers
Adscend Media
July 2014 - Present
Phi Theta Kappa Honor Society
October 2012 - June 2014 (1 year, 9 months)
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We provide the most complete and comprehensible picture of the global Open Educational Resource movement:


Approvability
This is a quick and dirty approval system, allowing you to offer a submission and approval system that is agnostic to the model type it is approving. A quick example may be better than anything:
I've got the following models: Article and Product. Any registered user can submit articles and products. Any administrator can approve articles and products for public consumption. This gem does some of the heavy lifting.
Install
-
Add the following to your Gemfile:
gem 'approvability', :git => "//pretend/path/to/repo"
-
Run the following rake task to generate some necessary files:
$ rake approvability:configure
-
Edit the file it adds to
config/
(make sure you restart your app at some point after this!) -
Install the migrations:
$ rake approvability:install:migrations
Before running these migrations see "Additional Steps For Ease Of Use" step two, just in case.
-
And then add the following to each of the models that will be approvable:
acts_as_approvability
Additional Steps For Ease Of Use
-
I've got a model set up in my app as
approval.rb
in which I've put the code:class Approval < ActiveRecord::Base extend Approvability::Approval end
-
After this you'll want to change
approvability_approvals
to justapprovals
in the migrations
Great Big Gotchas
Currently the gem expects a number of forceful defaults, like the presence
of two fields: author_id
and active
on each of
the models that are approvable.
It expects you to have a has_many
/ belongs_to
relationship between Author and any other model that
acts_as_approvability
.
Todo
-
Write good tests
-
Integrate mailers for approvals
-
Integrate view generators and helpers


Bender A and Scheipl F (2017). pamm: Piece-wise Exponential Additive Mixed Models. R package version 0.0.1, https://github.com/adibender/pamm.
@Manual{, author = {Andreas Bender and Fabian Scheipl}, title = {pamm: Piece-wise Exponential Additive Mixed Models}, year = {2017}, note = {R package version 0.0.1}, url = {https://github.com/adibender/pamm}, }
Andreas Bender. Author, maintainer.
Fabian Scheipl. Author.


|
App Engine Python SDK
v1.6.9 rev.445
The Python runtime is available as an experimental Preview feature.
|
Public Member Functions | |
| def | nil |
| def | errorNode |
| def | isNil |
| def | dupTree |
| def | addChild |
| def | becomeRoot |
| def | rulePostProcessing |
| def | createFromToken |
| def | createFromType |
| def | getType |
| def | setType |
| def | getText |
| def | setText |
| def | getChild |
| def | setChild |
| def | deleteChild |
| def | getChildCount |
| def | getUniqueID |
| def | createToken |
| Public Member Functions inherited from google.appengine._internal.antlr3.tree.TreeAdaptor | |
| def | createWithPayload |
| def | dupNode |
| def | dupTree |
| def | nil |
| def | errorNode |
| def | isNil |
| def | addChild |
| def | becomeRoot |
| def | rulePostProcessing |
| def | getUniqueID |
| def | createFromToken |
| def | createFromType |
| def | getType |
| def | setType |
| def | getText |
| def | setText |
| def | getToken |
| def | setTokenBoundaries |
| def | getTokenStartIndex |
| def | getTokenStopIndex |
| def | getChild |
| def | setChild |
| def | deleteChild |
| def | getChildCount |
| def | getParent |
| def | setParent |
| def | getChildIndex |
| def | setChildIndex |
| def | replaceChildren |
| def | create |
@brief A TreeAdaptor that works with any Tree implementation.
| def google.appengine._internal.antlr3.tree.BaseTreeAdaptor.addChild | ( | self, | |
| tree, | |||
| child | |||
| ) |
Add a child to the tree t. If child is a flat tree (a list), make all in list children of t. Warning: if t has no children, but child does and child isNil then you can decide it is ok to move children to t via t.children = child.children; i.e., without copying the array. Just make sure that this is consistent with have the user will build ASTs.
| def google.appengine._internal.antlr3.tree.BaseTreeAdaptor.becomeRoot | ( | self, | |
| newRoot, | |||
| oldRoot | |||
| ) |
If oldRoot is a nil root, just copy or move the children to newRoot.  Throw an exception if newRoot is not a simple node or nil root with a single child node--it must be a root node. If newRoot is ^(nil x) return x as newRoot. Be advised that it's ok for newRoot to point at oldRoot's children; i.e., you don't have to copy the list. We are constructing these nodes so we should have this control for efficiency.
| def google.appengine._internal.antlr3.tree.BaseTreeAdaptor.createToken | ( | self, | |
fromToken = None , |
|||
tokenType = None , |
|||
text = None |
|||
| ) |
Tell me how to create a token for use with imaginary token nodes. For example, there is probably no input symbol associated with imaginary token DECL, but you need to create it as a payload or whatever for the DECL node as in ^(DECL type ID). If you care what the token payload objects' type is, you should override this method and any other createToken variant.
| def google.appengine._internal.antlr3.tree.BaseTreeAdaptor.dupTree | ( | self, | |
| t, | |||
parent = None |
|||
| ) |
This is generic in the sense that it will work with any kind of tree (not just Tree interface). It invokes the adaptor routines not the tree node routines to do the construction.
| def google.appengine._internal.antlr3.tree.BaseTreeAdaptor.errorNode | ( | self, | |
| input, | |||
| start, | |||
| stop, | |||
| exc | |||
| ) |
create tree node that holds the start and stop tokens associated with an error. If you specify your own kind of tree nodes, you will likely have to override this method. CommonTree returns Token.INVALID_TOKEN_TYPE if no token payload but you might have to set token type for diff node type.
| def google.appengine._internal.antlr3.tree.BaseTreeAdaptor.rulePostProcessing | ( | self, | |
| root | |||
| ) |
Transform ^(nil x) to x and nil to null


April 10, 2014, 6:00 - 8:00 PM Free film screening for students and teachers
Location: Pat May Center-HEB ISD- 1849 Central Drive, Building B, Bedford, TX 76022
(Park by football field- building is behind HEB Administration)
In the stillness after conflict, after the blood dries and the screams fade, the memory of violence transforms survivors into prisoners of their own pain. How do whole societies recover from devastating conflict?
 Can victims and perpetrators work together to rebuild their lives? This life-changing
documentary explores the intersections of justice and forgiveness as survivors heal from these tragedies.
Only snacks provided- please eat dinner before attending.


log(det(A)) where A is positive-definite. This is faster and more stable than using log(det(A)).
0001 function y = logdet(A) 0002 % log(det(A)) where A is positive-definite. 0003 % This is faster and more stable than using log(det(A)). 0004 0005 % From Tom Minka's lightspeed toolbox 0006 0007 [U p] = chol(A); 0008 if p == 0 0009 y = 2*sum(log(diag(U))); 0010 else 0011 y = log(det(A)); 0012 end


HTML is the basic structure of any website. CSS is the skin/muscle of the website. JavaScript is the brain of the website which instructs it how to work.
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We were challenged to design and prototype a digital technology or application that augment an existing “dumb” infrastructure within cities. The product needs to be interactive and playful, and inspired by a 1950’s or 1960’s aesthetic.
Multiple users from inside and outside the elevator can collaborate and contribute together into the playfulness of the concept. The Whack-A-Mole game is added as a never-ending activity which allows users to have a run through of the entire concept while waiting for the lift.
This was a team of four students. My primary role was Programmer and secondary role was UX Designer.
AREA: Infrastructure
Design: Interactive Product Design
YEAR: Aug-Nov 2018
It was a struggle to fit in the 1950/60's aesthetics in the beginning until we realised we could choose a movie theme. We carried out an online questionnaire which resulted in 92 people contributing to it - the result showed that the majority of participants would want to see an animation film as a theme in an elevator.
Wonderland theme into our design, we did some research on 1950/60’s aesthetics. We were interested in Psychedelic Art at that time.
We created several psychedelic images inspired by an Alice in Wonderland movie poster to use as our interface background.
We did some research and found YouTube tutorials on how to make a pressure plate. We prepared materials required to make this feasible, including sponges, aluminium foil, wires, tracing papers, cardboards and masking tapes.
In the first prototype, we placed a wire in between two aluminium foil, on each cardboards (we need 1 for top and bottom of the pressure plate), then had two sponges with a hole in the middle to allow top and bottom aluminium foils to meet when pressed.
At first we had just single LEDs to test on. We linked them into series and then into the Arduino. To have our characters light up together with the LEDs, we laser printed a 20x20cm acrylic sheet and stuck a tracing paper in hope that all the light would diffuse throughout the entire pressure plate.
Theoretically, when player stands on the pressure plate, two aluminium foils should get in touch, and the LED lights will automatically light up, and if she/he lift his/her feet, LED should be turned off.
In the previous prototype stage we cut out a small 20x20cm square from a recycled cardboard material to act as our base. This was highly durable and we relied on this for the pressure plates we made afterwards. We also cut out different sized circles on a new sponge to increase the sensitivity level.
We also switched our Single LEDs to an LED Strip as it was more vibrant in colour and improve the aesthetics.
As part of our design brief, at this stage we created a simple Whack-A-Mole game interface in Processing. We gathered some images of the villains in the Alice in Wonderland movie, and arranged them into a 3 by 3 square size. These characters would have a tint value at a random interval and when a user taps on them their tint value increases, making it look like they're disappearing. Also for extra reactiveness - these characters will produce a shrieking sound when you tap on them, as if they've been defeated.
We started off by cutting our new mat to a 35x35cm square size. We provided ourselves with around 45 meters of wires to link up a total of nine mats with the Arduino board and external batteries to save our Arduino from frying out.
Based on the user testing in the previous prototype, users wanted a bigger tablet interface so we switched to a 13 inch foldable laptop screen that allows touch screen.
We also created several psychedelic background images inspired by an Alice in Wonderland movie poster using photoshop.
We decorated a virtual elevator by adding walls, buttons and installed a web camera inside. Based on the findings from the last evaluation. We printed out an instruction poster inside the lift to show rules on how to play. We justified the position of video capture on the screen and rotated it to 90 degrees by changing the code. Finally, we gathered all the wires and batteries into a box and hid it from users on the other side of the wall.
An interactive “Wonderland lift” is now published !
Initially, the Arduino and Processing codes worked independently. While the Whack-a-mole game was fully functional on the tablet, the interactive floor only had two semi functioning pressure plates. I had to replace our pressure plates at times with push buttons to test the double-tap function on the LED strips.
When I figured out the problem with the pressure plate not working properly, I attempted to connect Arduino to Processing. The idea was to have the game run in Processing, while through a serial communication the Arduino would read the random states of each pressure plate, then decides the LED to turn on or off.
In order to fix a few bugs at this stage, I went back to improve the game code on Processing, so that the randomness signals would be smoother when communicating through serial. Lastly, I connected the tablet with pressure plates. Through trial and errors I decided to use two Arduino ports- one connecting 5 LED strips and pressure mats and the other connecting the remaining 4 sets.
Later I programmed different colours and added sound effects to each characters in the interface. The sounds will come out through a speaker connected by Bluetooth.
Based on our concept, developed a whack-a-mole game in Processing, incorporating Alice in Wonderland characters
Connected Arduino with processing via serial communication, and designed the circuit
Edited user testing videos and product demo video
Together with other group members, experimented single LED and LED strips, with push button and pressure plate as inputs
Together with other group members, built 9 pressure plate (using lasing cutting, wiring, soldering, etc.)
Together with other group members, did observation and some interviews during the user testing