FROM: MRS: MZIMBA VIVIAN TEL: +27-73-2134-226 HARARE-ZIMBABWE.  I AM MRS MZIMBA VIVIAN, THE WIFE OF LATE MR. GODWIN MZIMBA WHO WAS MUDERED LAST OCTOBER BY THE FORCES LOYAL TO PRESIDENT ROBORT MUGABE DUE TO THEIR SUPPORT IN ACQUIRING HIS LAND AND PROPERTY DURING THE CRISIS IN ZIMBABWE LAST YEAR, WHICH CONTINUED AND LED TO THE LOSE OF SEVERAL LIFE OF FOREING (WHITE) FARMERS AS REPORTED ON CABLE NETWORK NEWS (CNN) AND BY THE BRITISH BROCASTING COROORATION (BBC).  YOU MAY NEED TO KNOW HOW THIS FUND ORIGINATED. THE SUM WAS INHERITED FROM MY LATE HUSBAND WHO WAS ASSASSINATED BY ROBERT MUGABE'S AIDES IN VIEW OF ACQUIRING HIS LAND AND PROPERTY.  MY DARLING WIFE, I WISH TO DRAW YOUR ATTENTION TO THE SUM OF US$ 11.500,000.00 ( ELEVEN MILLION FIVE HYNDRED THOUSAND UNITED STATE DOLLARS ) WHICH I DEPORSITED WITH A SECURITY COMPANY IN PRETORIA, SOUTH AFRICA.  I MADE AN AGREEMENT WITH THE SECURITY COMPANY THAT MY FOREINGN PARTNER WILL STAND AS A BENEFICIARY TO LAY CLAIM OF THE MONEY. THE BENEFICIARY WILL COME FORWARD TO SUBMIT HIS BANKING DETAILS FOR ONWARD TRANSFER OF THE FUND TO HIS ACCOUNT. GODWIN MZIMBA MY LATE HUSBAND ADVICED ME THROUGH MY LAWYER, THAT INCASE IF HE DIES THAT I SHOULD LOOK FOR A FOREIGNER WHO WILL STAND AS THE BENEFICIARY OF THE FUND SO THAT THE FUND WILL BE TRANSFER TO HIS OR HER ACCOUNT FOR PARTNERSHIP INVESTMENT.  I WILL LIKE YOU TO ASSIST US IN TRANSFERRING THIS MONEY IN TO YOUR ACCOUNT FOR INVESTMENT. YOU CAN CONTACT MY SON CHISTOPHER MZIMBA IN SOUTH AFRICA ON TEL: 27-83-7557-022<EMAIL_ADDRESS>FOR MORE DETAILS, AS HE HAS BEEN TO SOUTH AFRICA TO ARRANGE WITH SOME BANKERS THAT WIL ASSIST IN THIS TRANSFER.  THANKS FOR YOUR ANTICIPATION TO HELP US BEST REGARDS. MZIMBA VIVIAN


Deploying your frontend as webJar
In an API driven world back-end and front-end are clearly separated and might live on different servers alltogether. However for smaller applications serving static files happens from the same place as your backend lives
So many choices
The web server that proxies your application server could have a rule for static files, your firewall could so that, you use a static directory on your application server or pack, that's the story here, your front-end into a jar. I'm not discussing the merits of the different approaches here, that's a story for another time, but describe the workflow and tools for the JAR approach.
vert.x static routes
In Vertx a static route can be declared with a few lines of code:
Router router = Router.router(vertx);
router.route("/ui/*")
.handler(StaticHandler.create("uitarget"));
Vertx will then look for the folder uitarget
in its current working directory or on the classpath. So you will need to put your jar on the classpath
The swagger-ui example
There are lots of prepackaged UI jars available and easy to integrate into vert.x. For example the Swagger UI. Define a dependency in your pom.xml
and a one liner to access the code:
<dependency>
<groupId>org.webjars</groupId>
<artifactId>swagger-ui</artifactId>
<version>4.1.3</version>
</dependency>
Router router = Router.router(vertx);
router.route("/assets/lib/*").handler(StaticHandler.create("META-INF/resources/webjars"));
Packing your own front-end
Most modern build front-ends owe their executable form to an npm build
command. If you are not sure check the documentation for React, Angular, Lightning, Vue, Ionic or whatever framework you fancy.
There are two plugins for maven that can process front-end work:
- The Frontend Maven Plugin: Specialized module that handles download of NodeJS and running your NodeJS based build tools. Great when you don't have NodeJS installed anyway
- The Exec Maven Plugin: Generic plugin to run stuff. Doesn't download NodeJS for you. More work to setup (that's what I picked)
The steps you will need to perform, actually not you, but your mvn package
run:
- run
npm install
- run
npm build
- move files into the target directory structure
- build the Jar
All of this can be wrapped into your pom.xml
. I usually add the front-end as a module to the whole project, so a build is always complete
Sample pom.xml
<build>
<resources>
<!-- Output of the NPM build -->
<resource>
<directory>build</directory>
<filtering>false</filtering>
</resource>
<!-- Direct into the JAR -->
<resource>
<directory>jar</directory>
<filtering>false</filtering>
</resource>
</resources>
<plugins>
<plugin>
<!-- Prepare the JAR -->
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-jar-plugin</artifactId>
<version>${maven.jar.plugin.version}</version>
</plugin>
<plugin>
<groupId>org.codehaus.mojo</groupId>
<artifactId>exec-maven-plugin</artifactId>
<version>${maven.exec.plugin.version}</version>
<executions>
<!-- Optional: The following will output the npm configuration.
efffect: CI logs will show the npm information -->
<execution>
<id>npm config list (validate)</id>
<goals>
<goal>exec</goal>
</goals>
<phase>validate</phase>
<configuration>
<executable>npm</executable>
<arguments>
<argument>config</argument>
<argument>list</argument>
</arguments>
</configuration>
</execution>
<!-- Required: The following will ensure `npm install` is called
before anything else during the 'Default Lifecycle' -->
<execution>
<id>npm install (compile)</id>
<goals>
<goal>exec</goal>
</goals>
<phase>compile</phase>
<configuration>
<executable>npm</executable>
<arguments>
<argument>install</argument>
</arguments>
</configuration>
</execution>
<!-- Required: This following calls `npm run build` -->
<execution>
<id>npm run build (process-classes)</id>
<goals>
<goal>exec</goal>
</goals>
<phase>process-classes</phase>
<configuration>
<executable>npm</executable>
<arguments>
<argument>run</argument>
<argument>build</argument>
</arguments>
</configuration>
</execution>
<!-- Required, if you have them.
The following will run unit tests in npm -->
<execution>
<id>npm run test (integration-test)</id>
<goals>
<goal>exec</goal>
</goals>
<phase>integration-test</phase>
<configuration>
<executable>npm</executable>
<arguments>
<argument>run</argument>
<argument>test</argument>
</arguments>
</configuration>
</execution>
</executions>
</plugin>
</plugins>
</build>
A closer look
The resources section makes sure, the npm output ends up inside the jar. Lacking this section the default resource path would be [project root]/src/main/resources
. Note the two entries, one for the npm build
output and one for any static file you want to add. While <filtering>false</filtering>
is the default, adding it, makes it explicit.
You might consider using a third entry with <filtering>true</filtering>
. Then each text file will be scanned and ${variableName}
replaced with values. This comes in handy
The exec-maven-plugin
can run any executable. In our case we need to run npm
. Any execution needs several pieces of information:
- id: the unique identifier for the execution, make one up
- goal(s): In our case always
exec
- phase: The Maven Build Lifecyle is made up of phases, that follow each other: validate, compile, test, package, verify, install, deploy. You can't run, short of validate, a phase on its own. They follow each other. So when you type
mvn package
the phases running are: validate, compile, test, package. To confuse you a little more: there is more than one lifecyle:clean
,default
andsite
are build into maven. Make sure you learn more about the finer details of the options at hand. What's not described (at least I didn't find it):mvn site
executes phases from the default lifecycle when it deems pieces missing or outdated - configuration: details of what shall run
- executable: npm in our case. Luckily npm runs on all platforms
- arguments: each parameter needs to be wrapped into
argument
tags
To make all of this work, we run npm install
in the compile
phase and npm run build
in the process-classes
phase than runs right after compile
. This way the output is ready when the package
phase kicks in and the maven-jar-plugin
moves the output into the Jar.
There are more options you can experiment with, when the various npm command should run. I leave this to your experimentation.
As usual: YMMV
Posted by Stephan H Wissel on 27 December 2021 | Comments (0) | categories: Java JavaScript vert.x


ADD TOPPINGS
MUSHROOM
ONION
PANEER
PAPARIKA
JALAPENO
GREEN OLIVES
GOLDEN CORN
CAPSICUM
PERI PERI CHICKEN
BARBEQUE
SAUSAGE
CHICKEN TIKKA
GRILLED CHICKEN RASHER
CHOOSE YOUR CRUST
CLASSIC HAND TOSSED
CHEESE BURST
WHEAT THIN CRUST
FRESH PAN
NEW HAND TOSSED
-
Total:
ksh34
-
Extra Toppings:
ksh0
-
Extra Cheese:
ksh0
-
VAT:
ksh0
-
Grand Total:
ksh34


| Created: | 1/27/2021 3:53:34 PM |
| Modified: | 1/27/2021 3:53:34 PM |
| Project: | |
| Advanced: |
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Public serial id |
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Details:
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Public varchar(255) code |
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Details:
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Public varchar(255) created_by |
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Details:
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Public varchar(255) updated_by |
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Details:
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Public timestamp with time zone(0) created_at |
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Details:
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Public timestamp with time zone(0) updated_at |
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Details:
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Public timestamp with time zone(0) start_date |
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Details:
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Public timestamp with time zone(0) end_date |
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Details:
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| Operation | ||
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Public distribution_line_indexes_pkey( id: serial, |
||
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Details:
<<PK>>
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| Tag | Value |
| Owner | public |
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Details:
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| Property | Value |
| isFinalSpecialization: | 0 |


Klipsch T5 wireless earbuds drop to $150 ($50 off), their lowest price yet
by Cody EnglishAs a company that has been producing high-end audio products since the 1940s, Klipsch is a brand that needs no introduction amongst audiophiles. Today, a deal on Amazon has the silver version of the company's T5 Bluetooth earbuds on sale for $150, which is a savings of $50 and their lowest price yet.
In our review, we found the Klipsch T5's sound quality lives up to the Klipsch name, and, with nearly 8 hours of use per charge, the battery life on these earbuds shouldn't disappoint either. The included carrying case can pack up to three additional charges, tops off using USB-C, and should have no trouble standing out with its metal construction and Zippo-like design. No earbud is perfect, however, and these buds are a bit on the bulky side and feature an exceedingly bright LED that could hinder nighttime use.
While their initial $200 MSRP may have been fitting given Klipsch's reputation, it could have seemed steep to many buyers. Today's deal marks the first major discount we've seen on the T5 earbuds, so if you've read our review and feel like these might be the wireless headphones for you, follow the source link below to pick up a pair.
Buy:
Amazon


|
Popularity:
Describes how popular the package is relative to other packages.
[more]
|
23
|
|
Health:
Code health derived from static analysis.
[more]
|
90
|
|
Maintenance:
Reflects how tidy and up-to-date the package is.
[more]
|
89
|
|
Overall:
Weighted score of the above.
[more]
|
57
|
We analyzed this package on Oct 26, 2017, and provided a score, details, and suggestions below. Analysis was completed with status tool failures using:
Detected platforms: web
All libraries agree.
Fix
dartfmt
.
Running
dartfmt -n .
failed.


Leonardo is named after Leonardo da vin ci I think so. Leonardo is a leader. Leonardo is a good ninja. He destroyed shreder. Leonardo has four brothers. Leonardo is the oldest turtle of them all. He is the most ordered. He has the most diciplined of the turtles. He possesses a very strong bond with his father/mentor Splinter. He is often depicted wearing a blue bandana. Leo's greatest source of frustration is being team leader. He's the most driven of the four Turtles. In the end, the Kraang dropped the canister of Mutagen they were holding, causing the turtles and Yoshi to mutate. Yoshi, having to have stepped on that rat, thus mutated into a humanoid brown rat by the name of "Splinter", while Leo and his brothers, after coming in contact with Splinter when he was human, mutated into humanoid turtles. Splinter knew they would never be accepted in their urban society, so he took them to the sewers, made a home down there, and made the four turtles his children.Info From Wiki Fandom
Leonardo is often shortened to leo. Leo is the leader of the team. Leo has the ability to heal his self. He has the ability to speak to his father (His father is dead) He becomes the sensei leo when his father dies. He is wielding 2 twin Katanas. Leonardo or Leo is one of the four main protagonists in Teenage Mutant Ninja Turtles. And a member of the TMNT. He is the Karai's younger adoptive brother He also has a crush on karai even thow she is his sister. Leonardo and his brothers were once ordinary turtles: when they were infants, they were adopted from a pet store by Hamato Yoshi. When their soon to be father walked passed a strange man, a Kraangdroid, he felt something odd about him and followed. Unfortunately, Yoshi gave away his position when he accidentally stepped on a brown rat's tail. info from wiki fandom
Leo is the best ninja. He is the most trained Ninja. Leo and his turtle brothers went to space. His friends with April Oniel. His friends with Casey Jones. And older brother of Raphael. He is the older brother of Donatelo. He is also the older brother of Michelangelo. He is the fear less leader of the group. His got 3 rowdy brothers who always give him a hard time.
His friends with april because april found out that he is alive. He is a mutant turtle. He became a mutant when master splinter bought the turtles and they got out of the case and drunk mutagen when he was a baby. Hence the name mutant turtle. He became friends with Casey jones because april was friends with Casey Jones. Leonardo aspires to be a brave leader. He wants to be a desicive leader. He wants to be perfect hero.


| Vendor Name | 1235320 LORI'S CATERING |
|---|---|
| Reference Number |<PHONE_NUMBER> |
| Contract Date | 14-5-2016 |
| Description of Work | Miscellaneous Items |
| Delivery Date | 8-9-2016 |
| Contract Value | $62,104.89 |
| Comments | This item was not reported previously. This contract was competitively sourced. This contract is a call-up against a Public Services and Procurement Canada procurement tool. |
| Additional Comments | Requisitioned by RCSU (PAC) Required for RCSU (PAC) Summer 2016 Training at Annacis Island Sect 32 Capt Stevens Q. J4 Contracts RCSU (PAC) POC/s: Capt Norm Demer (on-site);<PHONE_NUMBER> Capt James Hollis<EMAIL_ADDRESS>250-339-8211 ext 6968 S |


August 19
Constantly keep in mind Jesus Christ, the Messiah, [as] risen from the dead. 2 Timothy 2:8
This is the key to holding onto the blessings of God. When pressure comes, when troubles and trials are bearing down on you, remember Jesus Christ, risen from the dead!
Remember that when Jesus arose, you arose.  His victory is your victory because you're in Him.
In the hard places, remember that. When the devil tells you you're not going to get your answer this time, remember that. When he tells you there's no way out, you remember Christ, the Anointed One, the Victorious Conqueror, risen from the dead and seated at the right hand of the Father!
 That's the picture you need to keep in the forefront of your mind. Think about it until it's etched into your heart so deeply that nothing Satan says or does can get it out of you.
That's when the gifts of God will be established in your life. That's when the devil won't be able to talk you out of your inheritance with trials and tribulations. Keep in mind Jesus Christ, risen from the dead!
Scripture Reading: Hebrews 12:1-13


| Interface | Description |
|---|---|
| ColumnMetadata |
Metadata description of a column including names, types and structure
information.
|
| Propertied |
Interface for an object that defines properties.
|
| TupleMetadata |
Metadata description of the schema of a row or a map.
|
| VariantMetadata |
Describes the contents of a list or union field.
|
| Class | Description |
|---|---|
| AbstractColumnMetadata |
Abstract definition of column metadata.
|
| AbstractMapColumnMetadata |
Describes a base column type for map, dict, repeated map and repeated dict.
|
| AbstractPropertied |
Base class for an object with properties.
|
| ColumnBuilder |
Build a column schema (AKA "materialized field") based on name and a
variety of schema options.
|
| DictBuilder |
Internal structure for building a dict.
|
| DictColumnMetadata | |
| DynamicColumn |
A dynamic column has a name but not a type.
|
| MapBuilder |
Internal structure for building a map.
|
| MapColumnMetadata |
Describes a map and repeated map.
|
| MetadataUtils | |
| PrimitiveColumnMetadata |
Primitive (non-map) column.
|
| PropertyAccessor |
Utilities to get/set typed values within a propertied object
|
| RepeatedListBuilder |
Builder for a repeated list.
|
| RepeatedListColumnMetadata | |
| SchemaBuilder |
Builder of a row set schema expressed as a list of materialized
fields.
|
| TestMetadataProperties | |
| TestTupleSchema |
Test the tuple and column metadata, including extended attributes.
|
| TupleBuilder |
Internal tuple builder shared by the schema and map builders.
|
| TupleNameSpace<T> |
Implementation of a tuple name space.
|
| TupleSchema |
Defines the schema of a tuple: either the top-level row or a nested
"map" (really structure).
|
| UnionBuilder |
Builds unions or (non-repeated) lists (which implicitly contain
unions.)
Class can be created with and without parent container.
|
| VariantColumnMetadata | |
| VariantSchema |
| Enum | Description |
|---|---|
| ColumnMetadata.StructureType |
Rough characterization of Drill types into metadata categories.
|
Copyright © 2021 The Apache Software Foundation. All rights reserved.


HELLO
WHAT IS THIS
HELP
CREASE PATTERN
NEW
CLEAR CREASES
OPEN
SAVE .FOLD
SAVE .SVG
FOLDED
SAVE .FOLD
SAVE .SVG
VIEW
ZOOM
FOLDABILITY
KAWASAKI-JUSTIN
MAEKAWA
MERGE POINTS
STYLE
THICK LINES
THIN LINES
B & W
OLIVER BYRNE
SOLID
crease
uncrease
flip
bisect sector
between points
point to point
edge to edge
pleat between edges
rabbit ear
kawasaki-justin collapse
perpendicular
ray modifier
Reflect
Stop
None
segment modifier
full page
segment
pleat modifier
Pleats
perpendicular modifier
full page
segment
What is this?
This is a tool for creating origami crease patterns.
FLAT FOLDED
NEW CREASE PATTERN
square
rectangle
regular polygon
convex polygon
convex polygon, points:
sides
nevermind
yes


ActiveObjects is an intuitive, pure-Java ORM. ActiveObjects is designed from the ground up to be extremely simple and easy to use from an API standpoint. It can be used with either an existing database schema, or it can auto-generate the database schema from the user-specified entity interfaces. ActiveObjects also supports Rails-style database migrations, allowing incremental changes and refactoring of the database schema without unnecessary data loss.
Preliminary releases (leading up to 1.0) will be made available on this site. These releases are for testing purposes only and should be considered to be unstable. Please report bugs using the issue tracker (requires a java.net login). The current release is 0.8 released on March 22nd, 2008.
ActiveObjects is also available as a Maven2 package through the java.net
repository. To use ActiveObjects in
your Maven2 project, add the following to your <dependencies>
section:
<dependency> <groupId>net.java.dev.activeobjects</groupId> <artifactId>activeobjects</artifactId> <version>0.8</version> </dependency>
Note that while ActiveObjects has support for a number of connection pools and databases, it does
not require them as Maven2 dependencies. To use ActiveObjects with any database and pool provider,
you must explicitly include the relevant dependency information in your project's pom.xml
.
Snapshot builds are available for those who like living on the edge. Builds from the four most recent revisions are kept on hand at any given moment due to the inherant instability of any such development snapshot. These builds are not recommended for production use and should be taken with all the usual disclaimers ("not for general consumption", "may lead to the end of life as we know it", etc). Use at your own risk.
The javadoc is available here.
A number of examples and walk-throughs have been written on the Code Commit blog. All of them are available under the ActiveObjects tag. In this vein, an article has been published at Javalobby covering some of the basic design principles of the API.


new account @ rotten dot com
An archive of disturbing illustration
Username
Your Full Name
E-mail
Password
Password
again
Any comments for the person approving your application
[
return to rotten.com
]


Assessing the Quality of Cancer-related Online Health Information
Contact:
Jiang Bian
Health Outcomes and Policy
University of Florida
352-273-8878
<EMAIL_ADDRESS>1. Purpose of the Study: The purpose of this research study is to explore methods to assess the quality of online health information pertaining to cancer.
2. Eligibility: Adults over the age of 21.
3. Procedures to be followed: You will be asked to interact with a web site containing information related to colon cancer and answer no more than 14 questions on a survey. The survey will ask for some basic demographics (i.e., age, gender, race, ethnicity, education and socioeconomic status), but does not collect any identifiable information.
4. Duration: It will take about 10 minutes to read the online health information and complete the survey.
5. Research Benefits: There is no direct benefit to you for being in this study. There may be a benefit to others depending on the results of this study.
6. Statement of Confidentiality: Your participation in this research is confidential. The survey does not ask for any information that would identify who the responses belong to. In the event of any publication or presentation resulting from the research, no personally identifiable information will be shared because your name is in no way linked to your responses.
7. Right to Ask Questions: Please contact Jiang Bian at<PHONE_NUMBER> or<EMAIL_ADDRESS>with questions or concerns about this study.
8. Voluntary Participation: Your decision to be in this research is voluntary. You can stop at any time. You do not have to answer any questions you do not want to answer. If you have any questions about your rights as a research subject, you can phone the Institutional Review Board at<PHONE_NUMBER>.
9. Re-contact: At the end of the survey, you will be asked whether you are willing to be re-contacted to complete the same survey after 4 weeks. This is needed for us to measure the instruments test-retest reliability. Your participation of the follow-up survey is NOT required. If you are willing to be re-contacted for this purpose. Please leave your email address at the end of the survey, and we will email you the survey again in 4 weeks. You will be randomly assigned a unique pseudo-identifier upon initial consent; and your responses to both surveys will be associated with the assigned pseudo-identifier.
Completion and return of the survey implies that you have read the information in this form and consent to take part in the research. Please keep this form for your records or future reference.
or Close this site if you do not wish to participate.
If the page on the left doesn't load, please open it in a new window using the link below.


BO.io.RGBLED Class
Creates an interface to an RGB LED. This interface is for the type of RGB LED with 4 legs. One leg is connected to power or ground (depending on the type of LED - common anode or common cathode) and the other 3 legs are connected to PWM pins on the I/O board. See Breakout/examples/schematics.pdf for wiring diagrams. See Breakout/examples/actuators/rgb_led.html for an example application.
The RGB pins of the RGB LED must be connected to PWM pins on the IOBoard.
COMMON_ANODE
vs COMMON_CATHODE
. You can determine if your RGB LED is
common anode or common cathode by reading the datasheet. To wire a
common cathode RGB LED, connect the cathode to ground and the 3 anode
pins to the IOBoard PWM pins via 330 ohm resistors. For a common anode
LED, the anode is connected to power and the 3 cathode pins are connected
to the IOBoard PWM pins via 330 ohm resistors.
Constructor
BO.io.RGBLED
-
board
-
redLEDPin
-
greenLEDPin
-
blueLEDPin
-
driveMode
Parameters:
-
board
IOBoardA reference to the IOBoard instance that the servo is attached to.
-
redLEDPin
PinA reference to the IOBoard Pin the red LED pin is connected to.
-
greenLEDPin
PinA reference to the IOBoard Pin the green LED pin is connected to.
-
blueLEDPin
PinA reference to the IOBoard Pin the blue LED pin is connected to.
-
driveMode
NumberThe drive mode of the RGBLED. Must be set to RGBLED.COMMON_ANODE or RGBLED.COMMON_CATHODE. RGBLED.COMMON_ANODE is default.
Item Index
Properties
- RGBLED.COMMON_ANODE static
- RGBLED.COMMON_CATHODE static
Methods
fadeIn
-
time
Fade in the RGBLED from the off state.
Parameters:
-
time
NumberThe time of the fade (in milliseconds)
fadeOut
-
time
Fade out the RGBLED from the on state.
Parameters:
-
time
NumberThe time of the fade (in milliseconds)
fadeTo
-
red
-
green
-
blue
-
time
Fade from the current color to the new color.
Parameters:
-
red
NumberThe red value to fade to (0 - 255)
-
green
NumberThe green value to fade to (0 - 255)
-
blue
NumberThe blue value to fade to (0 - 255)
-
time
NumberThe time of the fade (in milliseconds)
setColor
-
red
-
green
-
blue
Set the RGBLED color.
Parameters:
-
red
NumberThe red value (0 - 255)
-
green
NumberThe green value (0 - 255)
-
blue
NumberThe blue value (0 - 255)


{% block doc %}
{% block metas %} {% endblock metas %}There are three airports in DC Metro Area: Dulles International Airport (IAD) Ronald Reagan Washington National Airport (DCA) Baltimore/Washington International Thurgood Marshall Airport (BWI). Four other big airports could be used for flight from and to DC. In the right window you can see an interactive map where you can calculate the distance from you to all seven airports.
{% for it in docs %}
{{ it.full_text }}


{% extends "base.html" %} {% block head %} {% endblock %} {% block content %}
As stated in the encyclopedia Britannica: Physics is the science that deals with the structure of matter and the interactions between the fundamental constituents of the observable universe. In the broadest sense, physics (from the Greek physikos) is concerned with all aspects of nature on both the macroscopic and submicroscopic levels. Its scope of study encompasses not only the behaviour of objects under the action of given forces but also the nature and origin of gravitational, electromagnetic, and nuclear force fields. Its ultimate objective is the formulation of a few comprehensive principles that bring together and explain all such disparate phenomena.
You can find the definition here
This page is concerned with the basics of kinematics, which is the branch of physics that explains how objects move, and how quantities such as acceleration and velocity interact.
In kinematics, there are 5 quantities that tell us everything we need to know about the moving object.
They are:
These 5 quantities are often called the SUVAT quantites, as they are commonly represented by those letters
Thanks to the work of some very clever people, a set of 5 equations were developed. When any 3 of the SUVAT quantites are known, the other 2 can be derived by using the appropriate equations


--- layout: page title: "The Link-Template HTTP Header Field" description: "This specification defines the Link-Template HTTP header field, providing a means for describing the structure of a link between two resources, so that new links can be generated." ---
| Document Name: | Internet Draft ietf-httpapi-link-template |
|---|---|
| Document URI: |
urn:ietf:id:ietf-httpapi-link-template
|
| Online Version: |
https://datatracker.ietf.org/doc/html/draft-ietf-httpapi-link-template
|
| Organization: | Internet Engineering Task Force (IETF) |
| Series: | Internet Draft (I-D) |
| Abstract: | This specification defines the Link-Template HTTP header field, providing a means for describing the structure of a link between two resources, so that new links can be generated. |
Link-Template
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AbstractOWLReplicaOntology
Activator
Constants
OWLOntologyCopier
OWLOntologyMethodsBuilder
OWLOntologyToOWLMutableOntologyCopier
OWLOntologyToOWLReplicaOntologyCopier
OWLReplicaManager
OWLReplicaOntology
OWLReplicaOntologyBuilder
OWLReplicaOntologyClassDeclarationBuilder
OWLReplicaOntologyConstructorsBuilder
OWLReplicaOntologyFactory
OWLReplicaOntologyFactoryImpl
OWLReplicaOntologyFieldsBuilder
OWLReplicaOntologyFormat
OWLReplicaOntologyImpl
OWLReplicaOntologyPackageyDeclarationBuilder
OWLReplicaOntologyStructureBuilder
PropagatingMethod
ProxyMethod
ReflectiveOWLOntologyMethodsBuilder
ScriptRunner
SharedObjectMethodsBuilder
StaticOWLOntologyMethodsBuilder
StaticOWLReplicaOntologyClassDeclarationBuilder
StaticOWLReplicaOntologyConstructorsBuilder
StaticOWLReplicaOntologyFieldsBuilder
StaticOWLReplicaOntologyPackageyDeclarationBuilder
StaticOWLReplicaOntologySharedObjectMethodsBuilder
|


{% for file in assets.js['public/yournal/release/meanstack-aggregated.js'] %} {% endfor %} {% for file in assets.js['public/yournal/release/meanstack-project.js'] %} {% endfor %}


Deciding Where to Go for Health Care
Sometimes it's clear where to go when you need care, such as when you're suddenly having severe chest pain or you've broken your leg. At other times, it's not so clear. It's good to learn about your choices. Knowing where to go can make a big difference in cost and time.
You have many resources to help you decide:
- Partner Care Team -<PHONE_NUMBER>. Call your dedicated Partner Care Team for more information or to find a provider.
- 24/7 Nurseline* -<PHONE_NUMBER>. The 24/7 Nurseline can also help you decide if you should call your doctor, go to the ER or treat the problem yourself.
- If you need emergency care, call 911 or seek help from any doctor or hospital immediately.
Looking for a doctor or hospital? Our Provider Finder® gives you access to one of the largest networks of doctors and hospitals in the country.
Urgent Care Center or Free Standing ER
Knowing the Difference can Save You Money
Urgent Care Centers and Free Standing ERs can be hard to tell apart. Free Standing ERs often look a lot like Urgent Care Centers, but costs are higher, just as if you went to the ER at a hospital.
Here are some ways to know if you are at a Free Standing ER:
- Look like Urgent Care Centers, but include EMERGENCY in facility names
- Are open 24 hours a day, seven days a week
- Are physically separate from a hospital
- Are subject to the same copay as hospital ER
- Are staffed by ER physicians
* 24/7 Nurseline is not a substitute for the medical advice of a doctor. If you have any questions or concerns regarding your health, you should discuss them with your doctor.
The information provided in this article is not intended as medical advice, nor meant to be a substitute for the individual medical judgment of a doctor or other health care professional. Please check with your doctor for individualized advice on the information provided. Coverage may vary depending on your specific benefit plan and use of network providers. For questions, please call your Partner Care Team at<PHONE_NUMBER>.


This demonstration application is dedicated to showcasing ngx-matomo features in an almost real application.


This example shows how to use the DropboxTeam class and the .teamDevicesListTeamDevices() method.
Open your console to see the results.


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BaseAPI
This class contains the main API class that should be extended by other APIs.
-
An options map that can be used to configure the API.
Declaration
Objective-C
@property (assign, readwrite, atomic) NSDictionary *_Nonnull options;
Swift
var options: [AnyHashable : Any] { get set }
-
Base constructor for the API.
Declaration
Objective-C
- (nonnull id)initWithOwner:(nonnull Ripe *)owner options:(nonnull NSDictionary *)options;
Swift
init(owner: Ripe, options: [AnyHashable : Any] = [:])
Parameters
owner
The Ripe instance that will use this API.
options
An options map that can be used to configure the API.
Return Value
The API instance created.
-
Returns the configuration information of the owner’s current model. To retrieve the configuration of a specific model the method getConfig:callback: should be used.
To retrieve the configuration of a specific model the method
-[BrandAPI getConfig:callback:]
should be used.Declaration
Objective-C
- (void)getConfig:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
callback
A callback that will be called with the configuration as argument.
-
Returns the configuration information of a specific brand and model. If no model is provided
then returns the information of the owner’s current model.
The options map accepts the following parameters:
brand - The brand of the model
model - The name of the model
country - The country where the model will be provided, some materials/colors might not be available.
flag - A specific flag that may change the provided materials/colors available.
filter - If the configuration should be filtered by the country and/or flag (defaults
TRUE
).
Declaration
Objective-C
- (void)getConfig:(NSDictionary *_Nullable)options callback:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
options
A map with options
callback
A callback that will be called with the configuration as argument.
-
Returns the configuration information of the owner’s current model.
To retrieve the configuration of a specific model the method
-[BrandAPI getConfigP:callback:]
should be used.Declaration
Objective-C
- (nonnull Promise *)getConfigP;
Return Value
A Promise that will be resolved with the configuration.
-
Returns the configuration information of a specific brand and model. If no model is provided
then returns the information of the owner’s current model.
The options map accepts the following keys:
brand - The brand of the model.
model - The name of the model.
country - The country where the model will be provided, some materials/colors might not be available.
flag - A specific flag that may change the provided materials/colors available.
filter - If the configuration should be filtered by the country and/or flag (defaults
TRUE
).
Declaration
Objective-C
- (nonnull Promise *)getConfigP:(nonnull NSDictionary *)options;
Parameters
options
A map with options.
Return Value
A Promise that will be resolved with the configuration.
-
Provides a list of all the available size scales.
This can be used to know what scales are available for size conversions.
Declaration
Objective-C
- (void)getSizes:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
callback
A block that receives the size scales list as parameter.
-
Provides a list of all the available size scales.
This can be used to know what scales are available for size conversions.
Declaration
Objective-C
- (void)getSizes:(nonnull NSDictionary *)options callback:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
options
A map with options to configure the request.
callback
A block that receives the size scales list as parameter.
-
Provides a list of all the available size scales.
This can be used to know what scales are available for size conversions.
Declaration
Objective-C
- (nonnull Promise *)getSizesP;
Return Value
A Promise that will be resolved with the size scales list.
-
Provides a list of all the available size scales.
This can be used to know what scales are available for size conversions.
Declaration
Objective-C
- (nonnull Promise *)getSizesP:(nonnull NSDictionary *)options;
Parameters
options
A map with options to configure the request.
Return Value
A Promise that will be resolved with the size scales list.
-
Converts a size value from the native scale to the corresponding value in the specified scale.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)sizeToNative:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender callback:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
scale
The scale which one wants to convert to.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
callback
A block that receives the converted value as parameter.
-
Converts a size value from the native scale to the corresponding value in the specified scale.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)sizeToNative:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender options:(nonnull NSDictionary *)options callback:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
scale
The scale which one wants to convert to.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
options
A map with options to configure the request.
callback
A block that receives the converted value as parameter.
-
Converts a size value from the native scale to the corresponding value in the specified scale.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)sizeToNativeP:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender;
Parameters
scale
The scale which one wants to convert to.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
Return Value
A Promise that will resolve with the converted value.
-
Converts a size value from the native scale to the corresponding value in the specified scale.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)sizeToNativeP:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender options:(nonnull NSDictionary *)options;
Parameters
scale
The scale which one wants to convert to.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
options
A map with options to configure the request.
Return Value
A Promise that will resolve with the converted value.
-
Converts multiple size values from the native scale to the corresponding values in the specified scales.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)sizeToNativeB:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders callback:(nonnull void (^)(NSArray *_Nonnull))callback;
Parameters
scales
A list of scales to convert to.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
callback
A block that receives a list with the converted values as an argument.
-
Converts multiple size values from the native scale to the corresponding values in the specified scales.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)sizeToNativeB:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders options:(nonnull NSDictionary *)options callback:(nonnull void (^)(NSArray *_Nonnull))callback;
Parameters
scales
A list of scales to convert to.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
options
A map with options to configure the request.
callback
A block that receives a list with the converted values as an argument.
-
Converts multiple size values from the native scale to the corresponding values in the specified scales.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)sizeToNativeBP:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders;
Parameters
scales
A list of scales to convert to.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
Return Value
A Promise that will resolve with a list with the converted values.
-
Converts multiple size values from the native scale to the corresponding values in the specified scales.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)sizeToNativeBP:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders options:(nonnull NSDictionary *)options;
Parameters
scales
A list of scales to convert to.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
options
A map with options to configure the request.
Return Value
A Promise that will resolve with a list with the converted values.
-
Converts a size value in the specified scale to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)nativeToSize:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender callback:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
scale
The scale which one wants to convert from.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
callback
A block that receives the native value as parameter.
-
Converts a size value in the specified scale to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)nativeToSize:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender options:(nonnull NSDictionary *)options callback:(nonnull void (^)(NSDictionary *_Nonnull))callback;
Parameters
scale
The scale which one wants to convert from.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
options
A map with options to configure the request.
callback
A block that receives the native value as parameter.
-
Converts a size value in the specified scale to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)nativeToSizeP:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender;
Parameters
scale
The scale which one wants to convert from.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
Return Value
A Promise that will resolve with the native value.
-
Converts a size value in the specified scale to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)nativeToSizeP:(nonnull NSString *)scale value:(double)value gender:(nonnull NSString *)gender options:(nonnull NSDictionary *)options;
Parameters
scale
The scale which one wants to convert from.
value
The value which one wants to convert.
gender
The gender of the scale and value to be converted.
Return Value
A Promise that will resolve with the native value.
-
Converts multiple size values to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)nativeToSizeB:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders callback:(nonnull void (^)(NSArray *_Nonnull))callback;
Parameters
scales
A list of scales to convert from.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
callback
A block that receives a list with the native values as an argument.
-
Converts multiple size values to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (void)nativeToSizeB:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders options:(nonnull NSDictionary *)options callback:(nonnull void (^)(NSArray *_Nonnull))callback;
Parameters
scales
A list of scales to convert to.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
options
A map with options to configure the request.
callback
A block that receives a list with the converted values as an argument.
-
Converts multiple size values to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizes:]
Declaration
Objective-C
- (nonnull Promise *)nativeToSizeBP:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders;
Parameters
scales
A list of scales to convert from.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
Return Value
A Promise that will resolve with a list with the native values.
-
Converts multiple size values to the corresponding native size.
The available scales, genders and sizes can be obtained with the method
-[SizeAPI getSizesP:]
Declaration
Objective-C
- (nonnull Promise *)nativeToSizeBP:(nonnull NSArray *)scales values:(nonnull NSArray *)values genders:(nonnull NSArray *)genders options:(nonnull NSDictionary *)options;
Parameters
scales
A list of scales to convert to.
values
A list of values to convert.
genders
A list of genders corresponding to the values.
options
A map with options to configure the request.
Return Value
A Promise that will resolve with a list with the native values.


The <javaFieldPrimitive> element specifies within the Data Type declaration that the field must have a value of the specified primitive type, such as int.
The variables in the Java language can have a primitive or reference data type. Arrays, classes, and interfaces are reference types and represented by the <javaFieldClass> and <javaFieldInterface> elements. In contrast, the value of a reference type variable is a reference to the actual value or set of values represented by the variable. This element has the following predefined attributes: name ="type" and value ="boolean | byte | char | double | float | int | long | short" .
<javaField id="com.ibm.xtools.ras.impord.engine.tasks.IImportEngineTask"> <apiName>PRIORITY_MAX</apiName> <shortDesc>The maximum value of the priority attribute.</shortDesc> <javaFieldDetail> <javaFieldDef> <javaFinalField/> <javaStaticField/> <javaFieldAccess value="public" /> <javaFieldPrimitive name=”type” value=”int”/> </javaFieldDef> </javaFieldDetail> <related-links> <link href=”http://java.sun.com/values.html#PRIORITY_MAX” format=”html” scope=”external”> <linktext>Constant Field Values</linktext> </link> </related-links> </javaField>


This house is a very very newly remodeled. It's a beautiful house located in the Northside Neighborhood in downtown area. A huge living room with all hardwood floor. Several cars parking included, huge patio in a fenced backyard, 2 full baths, Master bedroom is very very large (about 23' X 16') that can be shared with another person and it has access to balcony, very very large kitchen with all ceramic tiles (kitchen has all appliances, which includes a nice flat top stove, ice and water dispenser in a large fridge) and very very large livingroom with all hard wood floors, laundry hook-up on 1st floor. Large closets and walk-in closets. This is one of the nicest and newest house in downtown. Looking for good and caring renters.


Before Change
env_done = False
// iterate over self.agents
for agent in self.agents:
// Execute only for agents that have not been done in previous steps
if agent in action_dict.keys():
if not env_done:
assert agent == self.aec_env.agent_selection, \
f"environment has a nontrivial ordering, and " \
"cannot be used with the POMGameEnv wrapper\"" \
"nCurrent agent: {self.aec_env.agent_selection}" \
"\nExpected agent: {agent}"
// Execute agent action in environment
self.obs[agent] = self.aec_env.step(
action_dict[agent], observe=True)
if all(self.aec_env.dones.values()):
env_done = True
self.dones["__all__"] = True
else:
self.obs[agent] = self.aec_env.observe(agent)
// Get reward
self.rewards[agent] = self.aec_env.rewards[agent]
// Update done status
self.dones[agent] = self.aec_env.dones[agent]
// For agents with done = True, remove from dones, rewards and
// observations.
else:
del self.dones[agent]
del self.rewards[agent]
del self.obs[agent]
del self.infos[agent]
// update self.agents
self.agents = list(action_dict.keys())
// Update infos stepwise
for agent in self.agents:
After Change
"__all__" (required) is used to indicate env termination.
infos (dict): Optional info values for each agent id.
stepped_agents = set()
while self.aec_env.agent_selection not in stepped_agents:
agent = self.aec_env.agent_selection
assert agent in action_dict, \
"Live environment agent is not in actions dictionary"


8 Library of CIL Modules
We are developing a suite of modules that use CIL for program analyses and
transformations that we have found useful. You can use these modules directly
on your code, or generally as inspiration for writing similar modules. A
particularly big and complex application written on top of CIL is CCured
(../ccured/index.html).
8.1 Data flow analysis framework
The module dataflow.ml contains a parameterized framework for forward and
backward data flow analyses. You provide the transfer functions and this
module does the analysis.
8.2 Dominators
The module dominators.ml contains the computation of immediate
dominators. It uses the dataflow.ml module.
8.3 Points-to Analysis
The module ptranal.ml contains two interprocedural points-to
analyses for CIL: Olf and Golf. Olf is the default.
(Switching from olf.ml to golf.ml requires a change in
Ptranal and a recompiling cilly.)
The analyses have the following characteristics:
-
Not based on C types (inferred pointer relationships are sound
despite most kinds of C casts)
- One level of subtyping
- One level of context sensitivity (Golf only)
- Monomorphic type structures
- Field insensitive (fields of structs are conflated)
- Demand-driven (points-to queries are solved on demand)
- Handle function pointers
The analysis itself is factored into two components: Ptranal,
which walks over the CIL file and generates constraints, and Olf
or Golf, which solve the constraints. The analysis is invoked
with the function Ptranal.analyze_file: Cil.file ->
unit. This function builds the points-to graph for the CIL file
and stores it internally. There is currently no facility for clearing
internal state, so Ptranal.analyze_file should only be called
once.
The constructed points-to graph supports several kinds of queries,
including alias queries (may two expressions be aliased?) and
points-to queries (to what set of locations may an expression point?).
The main interface with the alias analysis is as follows:
-
Ptranal.may_alias: Cil.exp -> Cil.exp -> bool. If
true, the two expressions may have the same value.
- Ptranal.resolve_lval: Cil.lval -> (Cil.varinfo
list). Returns the list of variables to which the given
left-hand value may point.
- Ptranal.resolve_exp: Cil.exp -> (Cil.varinfo list).
Returns the list of variables to which the given expression may
point.
- Ptranal.resolve_funptr: Cil.exp -> (Cil.fundec
list). Returns the list of functions to which the given
expression may point.
The precision of the analysis can be customized by changing the values
of several flags:
-
Ptranal.no_sub: bool ref.
If true, subtyping is disabled. Associated commandline option:
--ptr_unify.
- Ptranal.analyze_mono: bool ref.
(Golf only) If true, context sensitivity is disabled and the
analysis is effectively monomorphic. Commandline option:
--ptr_mono.
- Ptranal.smart_aliases: bool ref.
(Golf only) If true, “smart” disambiguation of aliases is
enabled. Otherwise, aliases are computed by intersecting points-to
sets. This is an experimental feature.
- Ptranal.model_strings: bool ref.
Make the alias analysis model string constants by treating them as
pointers to chars. Commandline option: --ptr_model_strings
- Ptranal.conservative_undefineds: bool ref.
Make the most pessimistic assumptions about globals if an undefined
function is present. Such a function can write to every global
variable. Commandline option: --ptr_conservative
In practice, the best precision/efficiency tradeoff is achieved by
setting Ptranal.no_sub to false, Ptranal.analyze_mono to
true, and Ptranal.smart_aliases to false. These are the
default values of the flags.
There are also a few flags that can be used to inspect or serialize
the results of the analysis.
-
Ptranal.debug_may_aliases.
Print the may-alias relationship of each pair of expressions in the
program. Commandline option: --ptr_may_aliases.
- Ptranal.print_constraints: bool ref.
If true, the analysis will print each constraint as it is
generated.
- Ptranal.print_types: bool ref.
If true, the analysis will print the inferred type of each
variable in the program.
If Ptranal.analyze_mono and Ptranal.no_sub are both
true, this output is sufficient to reconstruct the points-to
graph. One nice feature is that there is a pretty printer for
recursive types, so the print routine does not loop.
- Ptranal.compute_results: bool ref.
If true, the analysis will print out the points-to set of each
variable in the program. This will essentially serialize the
points-to graph.
8.4 StackGuard
The module heapify.ml contains a transformation similar to the one
described in “StackGuard: Automatic Adaptive Detection and Prevention of
Buffer-Overflow Attacks”, Proceedings of the 7th USENIX Security
Conference. In essence it modifies the program to maintain a separate
stack for return addresses. Even if a buffer overrun attack occurs the
actual correct return address will be taken from the special stack.
Although it does work, this CIL module is provided mainly as an example of
how to perform a simple source-to-source program analysis and
transformation. As an optimization only functions that contain a dangerous
local array make use of the special return address stack.
For a concrete example, you can see how cilly --dostackGuard
transforms the following dangerous code:
int dangerous() {
char array[10];
scanf("%s",array); // possible buffer overrun!
}
int main () {
return dangerous();
}
See the CIL output for this
code fragment
8.5 Heapify
The module heapify.ml also contains a transformation that moves all
dangerous local arrays to the heap. This also prevents a number of buffer
overruns.
For a concrete example, you can see how cilly --doheapify
transforms the following dangerous code:
int dangerous() {
char array[10];
scanf("%s",array); // possible buffer overrun!
}
int main () {
return dangerous();
}
See the CIL output for this
code fragment
8.6 One Return
The module oneret.ml contains a transformation the ensures that all
function bodies have at most one return statement. This simplifies a number
of analyses by providing a canonical exit-point.
For a concrete example, you can see how cilly --dooneRet
transforms the following code:
int foo (int predicate) {
if (predicate <= 0) {
return 1;
} else {
if (predicate > 5)
return 2;
return 3;
}
}
See the CIL output for this
code fragment
8.7 Control-Flow Graphs
CIL can reduce high-level C control-flow constructs like switch and
continue to lower-level gotos. This completely eliminates some
possible classes of statements from the program and may make the result
easier to analyze (e.g., it simplifies data-flow analysis).
For a concrete example, you can see how cilly --domakeCFG
transforms the following code (note the fall-through in case 1):
int foo (int predicate) {
int x = 0;
switch (predicate) {
case 0: return 111;
case 1: x = x + 1;
case 2: return (x+3);
case 3: break;
default: return 222;
}
return 333;
}
See the CIL output for this
code fragment
8.8 Partial Evaluation and Constant Folding
The partial.ml module provides a simple interprocedural partial
evaluation and constant folding data-flow analysis and transformation. This
transformation requires the --domakeCFG option.
For a concrete example, you can see how cilly --domakeCFG --dopartial
transforms the following code (note the eliminated if branch and the
partial optimization of foo):
int foo(int x, int y) {
int unknown;
if (unknown)
return y+2;
return x+3;
}
int main () {
int a,b,c;
a = foo(5,7) + foo(6,7);
b = 4;
c = b * b;
if (b > c)
return b-c;
else
return b+c;
}
See the CIL output for this
code fragment
8.9 Reaching Definitions
The reachingdefs.ml module uses the dataflow framework and CFG
information to calculate the definitions that reach each
statement. After computing the CFG and calling computeRDs on a
function declaration, ReachingDef.stmtStartData will contain a mapping
form statement IDs to data about which definitions reach each
statement. In particular, it is a mapping from statement IDs to a
triple the first two members of which are used internally. The third
member is a mapping from variable IDs to Sets of integer options. If
the set contains Some(i), then the definition of that variable with ID
i reaches that statement. If the set contains None, then there is a
path to that statement on which there is no definition of that variable.
Also, if the variable ID is unmapped at a statement, then no definition
of that variable reaches that statement.
To summarize, reachingdefs.ml has the following interface:
-
computeRDs – Computes reaching definitions.
- ReachingDef.stmtStartData – contains reaching
definition data after computeRDs is called.
- ReachingDef.defIdStmtHash – Contains a mapping
from definition IDs to the ID of the statement in which
the definition occurs.
- getRDs – Takes a statement ID and returns
reaching definition data for that statement.
- instrRDs – Takes a list of instructions and the
definitions that reach the first instruction, and for
each instruction calculates the definitions that reach
either into or out of that instruction.
- rdVisitorClass – A subclass of nopCilVisitor that
can be extended such that the current reaching definition
data is available when expressions are visited.
8.10 Simple Memory Operations
The simplemem.ml module allows CIL lvalues that contain memory accesses
to be even futher simplified via the introduction of well-typed
temporaries. After this transformation all lvalues involve at
most one memory reference.
For a concrete example, you can see how cilly --dosimpleMem
transforms the following code:
int main () {
int ***three;
int **two;
***three = **two;
}
See the CIL output for this
code fragment
8.11 Simple Three-Address Code
The simplify.ml module further reduces the complexity of program
expressions and gives you a form of three-address code.  Accesses to arrays and variables whose address is taken are
turned into "Mem" accesses. All field and index computations are turned
into address arithmetic.
For a concrete example, you can see how cilly --dosimplify
transforms the following code:
int main() {
struct mystruct {
int a;
int b;
} m;
int local;
int arr[3];
int *ptr;
ptr = &local;
m.a = local + sizeof(m) + arr[2];
return m.a;
}
See the CIL output for this
code fragment
8.12 Converting C to C++
The module canonicalize.ml performs several transformations to correct
differences between C and C++, so that the output is (hopefully) valid
C++ code. This may be incomplete — certain fixes which are necessary
for some programs are not yet implemented.
Using the --doCanonicalize option with CIL will perform the
following changes to your program:
-
Any variables that use C++ keywords as identifiers are renamed.
- C allows global variables to have multiple declarations and
multiple (equivalent) definitions. This transformation removes
all but one declaration and all but one definition.
- __inline is #defined to inline, and __restrict
is #defined to nothing.
- C allows function pointers with no specified arguments to be used on
any argument list. To make C++ accept this code, we insert a cast
from the function pointer to a type that matches the arguments. Of
course, this does nothing to guarantee that the pointer actually has
that type.
- Makes casts from int to enum types explicit. (CIL changes enum
constants to int constants, but doesn't use a cast.)


Starship Troopers A Review By Jeremiah Rickert
I saw the first trailer for this film about a year ago. I looked forward to the film back then, the movie kept getting pushed back and back and back, and finally in June, they say "Coming in November." Hmmm. I decided to read the book instead. Despite the fact that, in the past, the movie is *never* as good as the book, I figured, hey, this will be a good movie. I was half right. The film concerns the adventures of a trio of high school students who enter public service in order to become full citizens in the the Federation that governs Earth. (In the book we learn that you cannot vote unless you enter public service). Public Service is synonymous with Military service. One of them (played by Doogie Howser's Neil Patrick Harris) has phychic abilities and is sent to the Military Itelligence division (where they become officers immediately). Johnny Rico (played by a unknown set of cheekbones) doesn't test very highly, but is rather athletic, he ends up in the Mobile Infantry. his girlfriend Carmen (played by an unknown, overly nubile set of cheekbones) and a math-whiz, enters the flight academy. They all three take separate paths, which right away suggests that they will all come together in the climax. In between we have Rico's and Carmen's training, which contains the first ever dear john minidisc in film history. In the novel, we learn that the mobile Infantry is the most prestigious form of Public Service, it is highly regarded by the public, and those who have survived their term in the MI are revered...this does not come out in the film, much to my dismay. It's an element that would have explained a lot that didn't really make sense. During his training, Rico quits, but is persuaded to stay on when the bugs send an asteroid which impacts Buenos Aires, the kids hometown, wiping it out completely. Carman on the other hand, is wild and wacky and excells at her pilot training, she ends up getting paired with Xander, another set of amazing cheeckbones, who is slowly stealing her heart away from Johnny. She graduates early and is assigned to the Roger Young, a transport ship, which delivers the MI to their destinations and retrieves them. Joining Johnny in the MI, and slowly turning his eyes away from Carmen, is the athletic Dizzy Flores (played by a well-muscled set of cheekbones who is not afraid to do gratutious shower scenes), another alum of the BA school, she has always had a thing for Rico, but he's always shunned her for Carmen...this tit-for-tat love triangle...not, not triangle, love Rhombus, continues through most of the film. Finally, after 55 minutes...we get bugs...bugs and bugs. The Earth forces assume that the bugs are not intelligent, and this is their undoing, they have some rather unsettling military defeats, and are forced to do a bit of rethinking before taking the war to the bugs. The special effects are pretty darned good, there really wasn't a time I stopped and went "that was cheesy." which usually happens during sci-fi films when I spot a flaw. The bugs were creepy and horrid and brutal all at the same time, and more than fulfilled any visions I'd had while reading the books. The space scenes are well-done as well, somewhat reminiscent of Babylon 5's style, but looked less computer generated. The bugs were overseen by Phil Tippet, who made his mark with the Star Wars Trilogy. The action in the last half of the movie is a bit fractured, there isn't really smooth continuity, just a lot of shooting and slurping and blood and guts, but for some reason I liked it. A lot of the action scenes were done rather well, and I wish I'd looked up to see who the second unit director was, there was some creative stuff done with what could have been a very redundant set of battle scenes. If I hadn't read the book, I would have really liked this film. I think that Paul Verhoven is one of the last directors I would have chosen for Starship Troopers. In an interview with him and the producer, they said that the book was about a "facist utopia." The same thing was said by critics when the original novel came out in the 60's. Because Verhoven was attacking the flim from that slant, many of the details of the society got smoothed over and ignored, in order to highlight the things he saw in the story as "facist." Furthermore, the first half of the film, which represents about the first two-thirds of the book, is smothered in the tedious love-triangle, that just about every reviwer calls "a bad episode of 90210." A better choice for a director of this film would have been Terry Gilliam, or Ridley Scott (maybe too obvious).  I believe Total Recall has the dubious disinction of the most people killed in a film, Robocop was originally an X-rated film for violence. He's out to shock or something, and seems unphazed at his movie ratings. Starship Troopers, however, is probably going to be popular, for the very reasons that I have disliked it, especially all the yong nubile actors and their relationships, which play like a 90210 episode on at 2am on Showtime. The same factors that made a movie like Scream a hit...young beautiful actors and actresses, love-triangles, shower scenes...some humour... I probably should not see this film again, because I will find more and more wrong with it, that's what happened with me and Independence Day, the first time is was GREAT! The second time is was..oh...good, yeah...and it was downhill from there...but I digress.
Out of the $3.50 I paid for my ticket, it was probably worth $1.75
--
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.
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Related links: index of all rec.arts.movies.reviews reviews


| Opcode* | Instruction | Op/En | 64-Bit Mode | Compat/Leg Mode | Description |
| 0F AE /7 | SFENCE | NP | Valid | Valid | Serializes store operations. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| NP | NA | NA | NA | NA |
Performs a serializing operation on all store-to-memory instructions that were issued prior the SFENCE instruction. This serializing operation guarantees that every store instruction that precedes the SFENCE instruction in program order becomes globally visible before any store instruction that follows the SFENCE instruction. The SFENCE instruction is ordered with respect to store instructions, other SFENCE instructions, any LFENCE and MFENCE instructions, and any serializing instructions (such as the CPUID instruction). It is not ordered with respect to load instructions.
Weakly ordered memory types can be used to achieve higher processor performance through such techniques as out-of-order issue, write-combining, and write-collapsing. The degree to which a consumer of data recognizes or knows that the data is weakly ordered varies among applications and may be unknown to the producer of this data. The SFENCE instruction provides a performance-efficient way of ensuring store ordering between routines that produce weakly-ordered results and routines that consume this data.
This instruction’s operation is the same in non-64-bit modes and 64-bit mode.
Wait_On_Following_Stores_Until(preceding_stores_globally_visible);
void _mm_sfence(void)
| #UD | If CPUID.01H:EDX.SSE[bit 25] = 0. If the LOCK prefix is used. |


Next Fortnite update will enhance GPU support
by Jimmy RussoThe new Fortnite update, set to release this week, will add GPU support for PC players to improve performance.
The next Fortnite update, v11.20, is assumed to be coming out this week. We could see the update as soon as tomorrow. As is the case with all Fortnite Chapter 2 updates, there likely won’t be any patch notes attached.
We don’t know about any new items or weapons coming to the game, nor do we know if Epic will tweak the current Fortnite loot pool. We’re still waiting on the Bandage Bazooka to return, which doesn’t seem likely this week.
One thing we do know about v11.20, though, is that Epic will be adding support for PC players using the Microsoft DirectX 12. All previous updates forced players to run Microsoft DirectX 11, instead.
Epic posted a blog covering the topic on November 18, stating that “PC players with high-end GPUs may experience a higher and steadier frame rate. This is because DX12 delivers better CPU performance and allows for the distribution of rendering jobs across multiple cores.”
- Read More: When does Fortnite Chapter 2 Season 2 begin?
The team also plans to expand Fortnite’s capabilities in the graphics department to fully utilize the DX12. You will have to opt into these features to use them in-game.
What does this mean for the Fortnite experience? The most obvious improvement comes in competitive late-game situations. Players regularly experience frame drops when there are dozens of players alive in a final circle.
The new GPU support should help improve these instances, although nothing will help the server lag that all of the building causes. Are you excited for the new GPU update to Fortnite? Let us know in the comments.


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Guinea fowl cooked in butter with a creamy white wine sauce flavoured with tarragon. Serve with crusty bread.
Put the onions and 30g/1oz of the butter in a small pan and cover with cold water. Add a pinch of salt and cook over a medium heat for 15 minutes. Remove from the heat and set aside, leaving the onions in their cooking water.
Preheat the oven to 200C/400F/Gas 6.
Melt the remaining butter over a very gentle heat and bring slowly to the boil. Skim off the froth from the surface. Carefully pour the liquid butter into a bowl, holding back the milky sediment in the bottom of the pan. The clarified butter should be the colour of light olive oil.
Cook the broccoli stems in boiling salted water for two minutes, the refresh in cold water and drain. Cover with cling film and set aside.
Trim the chanterelle stalks, then use a damp tea towel to gently wipe away any traces of sand or earth.
Heat three tablespoons of the clarified butter in a frying pan over a medium-high heat, add the chanterelles and a pinch of salt and cook gently for 3-4 minutes. As soon as they have released their liquid, transfer to a bowl and cover with cling film, perforated in several places.
Heat the remaining clarified butter in an ovenproof pan set over a moderately high heat. Sprinkle the guinea fowl pieces and carcass with salt and add to the pan. Colour on all sides, then transfer the pan to the oven and cook for 15 minutes.
Take the guinea fowl out of the pan and put in a dish, leaving the browned carcass pieces in the pan. Cover the dish with foil and set aside.
Add the shallots, thyme, bay leaves and tarragon stalks to the carcass pieces in the pan. Pour in the wine and turn the heat up to high.
Use a wooden spoon or spatula to scrape the cooked on parts from the bottom of the pan to deglaze it. Continue to cook until the volume of liquid is reduced by two-thirds.
Pour in the stock and cook to reduce the volume of liquid by half, then add the cream and cook over a gentle heat until the sauce is thick enough to lightly coat the back of a spoon. Strain through a chinois cloth or fine sieve into a large pan and season with salt and pepper to taste.
Add the pieces of guinea fowl to the sauce, along with the onions, broccoli and chanterelles, making sure each is well drained. Bring to the barest simmer over a gentle heat, then add the lemon juice and two-thirds of the tarragon leaves and immediately remove from the heat.
To serve, tip the contents of the pan into a shallow serving dish, sprinkle with the remaining tarragon leaves and serve, with bread to mop up the delicious juices.


 This is the starting position.

Slowly lower the weight along your shins. Your torso should be almost parallel to the floor.
Keeping your core tight, push through your heels to stand up straight and return to the starting position. Keep
the weight close to your shins as you pull.
Pause at the top and squeeze your butt. That's 1 rep.


Galvanize Delivers
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{% extends "LiipToBundle::master.twig.html" %} {% block page_body_content %}
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Basic Configuration
1. Introduction
The ManageIQ appliance is a virtual machine image that runs on a Red Hat Enterprise Linux-based operating system. It is advisable to perform some tasks in the appliance (i.e changing the root password and setting ssh keys)
- The appliance database has already been configured in the Docker and Vagrant installations. If you are using other types of appliances (like OpenStack or VMware) follow the documentation for your provider to configure.
-
Point your browser to its IP address
- Docker: localhost (https://<IP_ADDRESS>:8443)
- Vagrant: <IP_ADDRESS>
2. Log in using default credentials
- Login: admin
- Password: smartvm
3. ManageIQ vertical navigation.
The main menus are available in the left of the screen, and secondary and tertiary menus are expanded when needed. You can pin a secondary or tertiary menu to easily navigate through its elements.
4. Change options
In the example below, click on the upper right hand: EVM → Configuration to change how the appliance behaves:
1. Select the appliance to configure
- CFME Region: Region 0 → Zones → Zone: Default zone(current) → Server: EVM[1](current) should be selected by default.
- The hostname and IP address of the appliance will be shown here, be careful as in some cases this will be the internal IP address and not the one you connected to.
- You can change the Company Name to whatever you want, the change will be reflected in the interface. Change it to ManageIQ
- Select your time zone, and, if you want, you can change the Default Locale.
- Server control defines what roles each appliance executes in a multi-appliance deployment. For now, as we have only one appliance, select all C&U and Notification options. Don’t select Database synchronization, Git Repositories Owner, RHN Mirror or Smart Proxy unless you need them.
2. Choose Visual preferences and Default views
In the example below, click on the upper right hand: EVM → My Settings to change the functions of this appliance.
- Here you can select your personal preferences on how the User Interface appears to you. Change the Default Items Per Page, as well as the Default Start Page shown at Login.
3. Configure your email server so ManageIQ can send you emails
4. Save your changes
Press Save to save your changes


hp2xx(1) hp2xx(1) NAME hp2xx - A HPGL converter into some vector- and raster formats USAGE hp2xx [-options] [hpgl-file(s)] OPTION SUMMARY Option Format Default Description ------------------------------------------------------------------------- General options: -c char * 11111111 Pen color(s). Valid: 1 to 8 digits of 0-7 each. 0=off, 1=black, 2=red, 3=green, 4=blue, 5=cyan, 6=magenta, 7=yellow. -f char * "" Name of output file. "" = autom., "-" = stdout -l char * "" Name of optional log file -m char * pre Mode. Valid (some are compile-time options): mf,cad,dxf,em,emf,epic,eps,escp2,fig,jpg,gpt,hpgl, rgip,pcl,pcx,pic,img,pbm,png,pre,svg,tiff,pdf,nc -p char * 11111111 Pensize(s) [dots] (default), [1/10 mm] (mf, ps). Valid: 1 to 8 digits of 0-9 (or characters A-Z for widths beyond 0.9mm) each. -P int 0:0 Selected page range (m:n) (0 = 0:0 = all pages) -q off Quiet mode. No diagnostic output. -r double 0.0 Rotation angle [deg]. -r90 gives landscape -s char * hp2xx.swp Name of swap file Size controls: -a double 1.0 Aspect factor. Valid: > 0.0 -h double 200 Height [mm] of picture -w double 200 Width [mm] of picture -x double - Preset xmin value of HPGL coordinate range -X double - Preset xmax value of HPGL coordinate range -y double - Preset ymin value of HPGL coordinate range -Y double - Preset ymax value of HPGL coordinate range -z double 1.0 Z engagement (working depth) (used in nc output only) -Z double -1.0 Z retraction depth (used in nc output only) -t off True size mode. Inhibits effects of -a -h -w HPGL handling controls: -n off No filling of polygons; draws outline instead -N off Ignore PS commands, calculate plot size as needed -e int 0 Extend IW clipping limits by given amount -M int 0 Remap pen no.0 commands to given pen Raster format controls: -d int 75 DPI value (x or both x&y) -D int 75 DPI value (y only) PCL only: -F off Send a FormFeed after graphics data -i off Pre-initialize printer -S int 0 (Deskjet) Special commands: 0=off,1=b/w,3=CMY,4=CMYK -d (see above) Valid ONLY 300, 150, 100, 75 -D (see above) INVALID for PCL! EPS, PCL, and some previews: -o double 0.0 x offset [mm] of picture (left margin) -O double 0.0 y offset [mm] of picture (upper margin) -C Modify -o -O to center picture within -w -h frame TIFF only: -S int 0 Compression: 0/1=off,2=RLE,3=G3FAX,4=G4FAX, 6=OJPEG,7=JPEG,8=deflate Preview on PC's (DOS): -V int 18 VGA mode byte (decimal) ------------------------------------------------------------------------- -H Show help. DESCRIPTION hp2xx reads HPGL ASCII source files, interprets them, and converts them into either another vector-oriented format or one of several rasterfile formats. Currently, its HPGL parser recognizes a large subset of HPGL/2. Some high-level functions related to polygon filling are missing. Also, only some of the fixed space vector fonts and none of the variable space arc fonts are supported. Beside these limitations, hp2xx has proven to work with many HP-GL sources without any trouble. GENERAL OPTIONS hp2xx reads from stdin or from a file if any given on the command line. If no output file name is given (default), the output automatically goes into a file whose name is derived from the input file name and the cur‐ rent mode. For example, hp2xx -m pcl foo.hpgl writes the output to a file "foo.pcl". Use option -f outfile to specify your output file name explic‐ itly, or -I -f- to write to stdout, e.g. when piping into a queue. The program scans the current HPGL source, converts all drawing commands into elementary vectors, saves these in a temporary file, and concur‐ rently determines the maximum coordinate range used. It then processes the vectors by mapping them into a user-defined coordinate system, pre‐ serving the aspect ratio of the original data. This coordinate system by default fits into a window of size 200 mm by 200 mm. To change the size of this bounding window, use -h height and -w width to set the (max.) desired height and width of your output picture; optionally use -a aspectfactor to alter the aspect ratio by the given factor (aspectfactor < 1 narrows your picture). The generated picture will always fit into the window defined by -h height and -w width, padded with background color at the lower or right margin if needed. A second way of defining sizes is relying on the size the picture would actually show if plotted on a sheet of paper by a HP-compatible plotter. By activating flag -I -t (true size), options -a, -h, and -w are ignored, and the sizes are derived from the HP-GL file assuming that 1 HP unit = 1/40 mm. Option -r rotation_angle (in degrees) allows you to rotate the object prior to all scaling operations. Its main use is to facilitate landscape format: -r90 rotates your whole picture, e.g. from portait to landscape format. However, any reasonable rotation angle is valid. By naming a file with option -l log_file you can redirect the diagnostic outputs into the given file, even without a redirection mechanism for stderr like in UNIX shells (e. g., DOS). Option -q (quiet) gets rid of them completely. If you need to process a series of similar objects which should be trans‐ lated into exactly the same coordinate system, there is a way to override the auto-scaling: First, run all files separately and note the infos on the used coordinate ranges. Then, pick a range that will cover ALL your pictures. You can now assign defaults to the internally generated range limits by specifying -x xmin, -X xmax, -y ymin, and -Y ymax. NOTE: Clip‐ ping is only supported via the IW command ! If any picture coordinate exceeds your limits, they will be overwritten. Use option -m mode to select the program mode, i.e. the output format. Currently supported: mode = "mf" (Metafont), "em" (emTeX \special{} com‐ mands), "epic" (line drawing using TeX macros within epic.sty), "eps" (PostScript), "dxf" (Autocad), "emf/emp" (MS Enhanced Metafile / Printing - available in Windows-built executables only), "svg" (Scalable Vector Graphics), "fig" (XFig 3.2), "gpt" (GnuPlot ascii), "hpgl" (simplified HP-GL, e.g. for import tasks), "pcl" (HP-PCL Level 3 format (suitable for printing on a HP Laserjet II, DeskJet, or compatible printer), "escp2" (Epson Esc/P2 printer commands, suitable for printing on Epson Stylus models), "img" (GEMs IMG format), "jpg" (JPEG image), "pdf" (Adobe Porta‐ ble Document format), "pbm" (Portable Bit Map / Portable PixMap for color plots), "pcx" (PC-Paintbrush format, also accepted by MS-Paintbrush / Windows 3.0 and many other PC based pixel renderers), "png" (Portable Network Graphics format), "nc" (CNC G-code, for engravings), or "rgip" (Uniplex RGIP). There is also a preview option "pre" which supports VGA cards (DOS), ATARI, AMIGA, X11 servers, and Sunview. Default mode is "pre". (As some of these modes rely on external libraries, they may not be builtin by default, and not be available in prebuilt binaries supplied e.g. in Linux distributions. The usage messsage generated when hp2xx is invoked without parameters will always list exactly those modes that are actually available.) If you use a raster format, the picture is rasterized by default into a 75 DPI resolution image. Use option -d DPI_value to change the resolu‐ tion, e.g. -d300 will cause a HP LJ-II compatible 300 dpi rasterization. There is a way of specifying a different resolution for y direction: -D DPI_y_value Some programs were found to generate HPGL output with too tight clipping bounds, which lead, for example, to some parts of text characters clipped off. Use option -e extraclip to add some extra amount of space to clip areas to workaround such mistakes. For example, -e 40 will add 40 extra plotter units to every side of clipping box which is 1 mm in true size. While processing large pictures at high resolution on low-memory machines, typically under DOS, the program may start swapping. Optionally change the swap file by using -s swapfile, e.g. to speed up processing by swapping to a RAM disk. Unless the hpgl file specifies its own selection of pen widths and colors (for up to 256 pens), a carousel of 8 pens is simulated. You can specify pen sizes and colors for each of these pens via options -p string and -c string. "string" must consist of 1..8 digits (0-9 for size, 0-7 for color). Digit number n (counting from left) corresponds to pen number n. The digit value is this pen's color or size in internal units. The pen width unit corresponds to 1/10 mm - using pen widths beyond 0.9mm is pos‐ sible by using the letters of the latin alphabet, so that A=1mm, B=1.1mm etc. The default size is 1 for all pens. Colors are assigned according to: 0=off, 1=black, 2=red, 3=green, 4=blue, 5=cyan, 6=magenta, 7=yellow. Examples of use: -p22222222 -c33333333 changes all pensizes to 2 units, all colors to green -p302 -c407 makes pen #1 a blue pen of size 3 , pen #3 a yellow pen of size 2, suppresses all drawing with pen #2, and keeps all other pen sizes and colors. Setting either -p or -c will override the equivalent HPGL/2 commands (PC,PW) in the HP-GL file. Sometimes, HP-GL files contain several pages of plotter output. hp2xx recognizes the HP-GL commands for "feed-forward", "pause" or "new page", and by default draws each image as a separate page (saving to sequen‐ tially numbered output files, or opening a new preview window for each). You can select any particular page range by using option -P first‐ page:lastpage which causes hp2xx to skip all drawing commands except those on the given pages. Please note that even if only a single page is actually drawn, hp2xx will nonetheless process the whole HP-GL file. This makes sure that effects of early pages on internal modes indeed influence later pages, as on a real plotter. VECTOR FORMATS Supported vector formats are: TeX/Metafont, emTex-specials, TeX/epic- Macros, Autocad DXF CNC G-code XFig 3.2, GnuPlot ASCII, Simplified HP_GL, Uniplex RGIP Scalable Vector Graphics (SVG) Adobe PDF(if libpdf is avail‐ able) and -I PostScript. Use -m mf to convert a HPGL drawing into a Metafont character to be included into a TeX document as the character "Z" of a special font that you may create. Edit the metafont source, e.g., to change the letter "Z" for another, or to change the line thick‐ ness, which is set to 0.4pt by default. The other TeX-related modes ("cad" for TeXcad compatible code, "em" for employing \special{em:line} macros, and "epic" for drawing lines with macros from "epic.sty") address different compromises to cope with TeX's poor line drawing capability and are generally not recommended nor fully supported. Feel free to experi‐ ment with them -- they generate ASCII output that should be "input" into TeX/LaTeX documents. Use option -p pensize(s) for control over pensize: The actual Metafont or PostScript pensize will be "pensize * 0.1 mm", with pensize = 0 - 9 (0 = no drawing). The same applies to In PostScript mode (-m eps), you may also need to use options -o and -O (see below) for proper margins on paper since hp2xx puts your picture "flush" to the left and upper paper limit by default. RASTER FORMATS The following formats are supported: HP-PCL, Esc/P2, PCX, PIC, IMG, JPG, PBM/PPM, PNG, TIFF, and previews. (PNG and TIFF formats rely on external libpng,zlib and libtiff, JPG relies on libjpeg. Versions built on MS win‐ dows systems - or versions linked against libEMF on other platforms - may additionally support EMF generation and printing.) Addition of other formats is made easy for programmers because of hp2xx's modular structure. The program allocates a bitmap on a line-by-line basis, swapping lines to disk if needed, and plots into this bitmap. Depending on the selected format, a conversion module is then activated, which can easily be replaced by other converters. Add more formats if you like! Option -p pensize(s) controls the size (in pixels) of the virtual plot‐ ting pen. The only implemented shape of the pen tip is a square of the given length. pen sizes of 5...9 units will be acccepted but replaced by 4 units. Specifying -p4 when in 75 DPI mode will make pretty clumsy pic‐ tures, while you may prefer -p2 over -p1 when in 300 DPI. PCX: The size of a PCX picture is controlled via its specified height and the current DPI value. To create a high-resolution PCX image, just increase the DPI value as desired. PCX format does not accept offsets. IMG: See PCX. PBM/PPM: See PCX for options. If your hpgl file is not monochrome, hp2xx will automatically create a PPM (portable pixmap) file instead of a PBM bitmap. (Use -c11111111 to force generation of PBM from a color hpgl file). Depending on the compile-time option PBM_ASCII, hp2xx will create ascii or binary pbm (ppm) files - usually the more efficient binary for‐ mat should be preferred. (Unsupported options) PIC, PAC: ATARI ST screens (640x400 pixels) can easily be dumped to files. Programs such as STAD accept graphics by including such screen dump files. Graphics filling more than one screen‐ ful may be split into screen-size blocks and loaded/mounted blockwise. hp2xx converts to ATARI bitmap format by trying to fit the resulting pic‐ ture into a single screen equivalent (max. 400 rows, max. 80 Bytes (640 pixel) per row). If it succeeds, hp2xx produces a single output file. Specify ONLY its base name (option -f), since hp2xx adds the file exten‐ sion ".pic" or ".pac" automatically. Do NOT try to work on more than one HPGL file simultaneously! Do NOT use more than 6 characters for the file name, and avoid digits. If more screen blocks are required horizontally and/or vertically, hp2xx will automatically split the picture into sepa‐ rate files, counting them columnwise (top-to-bottom and left-to-right), adding a two-digit number to the given file name. A maximum of 10 columns is supported. The picture is padded with background color at its right and lower margins, if needed. PAC features file compression, PIC does not. PCL: HP-PCL Level 3 format, most useful for direct printer output. Due to this action, there have been added some extra flags and options: Use flag -i to send a printer initialization sequence before the actual image. Among other things, this will instruct the printer which paper size to use. Flag -F adds a Form Feed (FF, hex 0C) after the image is completed, which is what you may want most of the time. However, overlay printing of several files is feasible by omitting -F. For additional control of the picture's final position on paper, you may add x or y offsets using -o X_offset or -O Y_offset. E.g., -o 20 -O 30 will give you 30 mm additional top margin and 20 mm additional left mar‐ gin. Option -C modifies these offsets to center the picture within the frame defined by -w -h. The option -C will attempt to center the drawing on the paper automati‐ cally. Note also that hp2xx now honors any PS (page size) commands in the hpgl file, which can also create white space around the actual drawing. The option -N will make hp2xx ignore any PS commands given in the hpgl file, and recalculate the image size based on the actual geometry instead. The option -n will make hp2xx ignore any polygon filling commands, ren‐ dering only their outlines. This may serve both as a work-around for hp2xx' limited polyfill support, and improve clarity of thumbnail images of PCB designs and the like. The option -M pennumber will remap any color or drawing commands from pen 0 to the specified pen (which should typically be otherwise unused in the drawing). Historically, selecting pen 0 instructed a pen plotter to put away the pen and stop drawing, while modern inkjet plotters can use it like any other color. Due to this ambiguity, hp2xx will draw the back‐ ground of raster graphics in the pen 0 color, unless this option is used. For DeskJet / DeskJet Plus / DeskJet 500 / Deskjet 550 printers, there are some special printer commands. Activate them with option -S n. n=0 switches them off, n=1 activates black/white mode, n=3 (DJ500C and DJ550 only) supports CMY color data, n=4 (DJ550C only) supports CMYK color data. Any n!=0 activates PLC data compression (TIFF mode: 2). Esc/P2: This is the control language used in the Epson Stylus family of inkjets. hp2xx currently does not address more than one line of nozzles in the print head, so printing, while exact, is extremely slow. Users might prefer piping the output of the PostScript module through ghost‐ script until this issue is resolved. PNG: Support for the Portable Network Graphics format relies on libpng which is available from www.libpng.org. PRE: Preview on all machines. Use options -h -w -o -O -C to define the screen size and position of your output (-o -O -C may not always apply). Under X11, you can pan around an image that is larger than the screen size by 'dragging' it with the mouse (pressing button 1 while moving the mouse in the desired direction). Any other mouse button or keyboard key will terminate the preview. For VGA cards (DOS), option -V VGAmode gives you a simple way to utilize SVGA modes. Please take care not to define larger windows than your graphics device can handle, as the results are unpredictable. As hp2xx uses standard BIOS calls to set pixels on VGA cards (slow but portable), you can select any hi-res mode supported by your system by simply specifying the mode byte with this option. TIFF: The tagged image file format is supported by most graphics and image manipulation programs. Support for TIFF in hp2xx relies on the TIFF library available from www.libtiff.org, which offers several means of image compression. The -S commandline option selects between them as follows: -S 0 or -S 1: no compression -S 2: RLE (run length encoding) -S 3: Group 3 FAX (monochrome) -S 4: Group 4 FAX (monochrome) -S 5: GIF (not available by default, because of the UNISYS patent) -S 6: JPEG ('old' TIFF 6.0 style) -S 7: JPEG -S 8: deflate EXAMPLES % hp2xx -m pcx -f my_output.pcx -d300 -p2222 -h50 -a 1.2 my_input.hp creates a PCX file at 300 DPI of height 50 mm, using an aspect factor of 1.2 and a pen size of 2 pixels for pens 1-4. % my_hpgl_generator | hp2xx -f- -o20 -O30 -F -q | lpr -P my_PCL_printer HPGL output is piped through hp2xx; the resulting PCL code is piped to the printer queue, giving an image of height 100 mm at 75 DPI. An additional left margin of 20mm and upper margin of 30mm is created. A formfeed will be added (handy if your printer queue does not). % hp2xx my_input.hp Preview on screen or into window. ORIGINAL AUTHOR Heinz W. Werntges, Physikal. Biologie, Geb. 26.12, Heinrich-Heine-Universitaet, D-40225 Duesseldorf, Germany. MAINTAINER SINCE V 3.30 Martin Kroeker, daVeg GmbH, Schottener Weg 2 D-64289 Darmstadt, Germany<EMAIL_ADDRESS>or<EMAIL_ADDRESS>ATARI features & PIC, PAC, IMG modes are due to Norbert Meyer, Duesseldorf. AMIGA version & PBM mode are due to Claus Langhans, Kelkheim (Ts.) X11 previewer is due to Michael Schoene, Duesseldorf. Thanks for VAX support and a lot of testing to Michael Schmitz & Gerhard Steger, Duesseldorf Many OS/2 helps were due to Host Szillat, Berlin. (Later contributors: See TEXINFO file). DIAGNOSTICS The number of ignored and/or unknown HPGL commands is given. You will be informed if swapping starts. Progress is indicated by a logarithmic count of internal vectors during scanning and plotting, or by dots during (raster mode) output, where each dot corresponds to 10 scan lines. BUGS There still are many non-implemented HPGL commands. The color assignment of some X11 servers leaves something to be desired. Color is only partially supported (not all possible formats). VGA preview: Color "magenta" shows as brown on some VGA cards. To match the specified sizes on your display during preview, you may have to calibrate it using -d -D, e.g. by overwriting the 75 DPI default. Only little testing has been done on TeX-related and ATARI formats, so be prepared for bugs there, and PLEASE report them -- thank you! SEE ALSO bm2font(1), F. Sowa's raster-to-TeXfont converter. 6 May 2001 hp2xx(1)


As part of my contracted time at Sony London Studios i was part of the team that worked on the DanceStar Party Rhythm game. This game brought the technology of the singstar party dance game to a separate full fledged game. The goal of the game was to copy the dance moves shown on screen using the PlayStation Move controller, the closer to the shown move the more points for the user.
Sony London Studio
2012
Graphic Designer (Contract)
I initially worked on creating the iconography assets for use in game. This consisted of working
with the lead designers to transfer live video into representative icons which managed to indicate
the pose as well as the movement. We went through many
iterations of these icons, which were then tested in house to see live reactions and then
alterations were made based on user feedback .
I also had an opportunity to work closely
with the lead motion designers
to create abstract background concepts which were then brought into the game engine as the
background videos behind the dancers.


No Script :(
We actually do build our mirror choosing site also on Vue.js. You could, however, choose to see the mirror listed below, but the actual Penguin Statistics site still do need you to have JavaScript enabled. Sorry about the inconvenience.
CN site -
https://penguin-stats.cn
Global site -
https://penguin-stats.io
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Attendance2 iTunes App Store link is an app designed for teachers to take attendance in the classroom (either manually or by scanning QR or bar codes). It has options for generating random groups of students or selecting students in random order. You may customize the status from the default values of Absent, Present, Late, Excused and may use an optional second set of status values (for recording participation or other options).
Attendance2 is a complete rewrite of the original Attendance app that I developed for iOS 2.0. It is designed to be more general and more customizable. Each course/group is a separate data file so it can be shared with teaching assistants and/or school administrators who also have the Attendance2 app (i.e., a school administrator could collect data files from each of his/her teachers on his/her iOS device). Attendance2 is a universal iOS (iPhone/Touch and iPad) app. Version 3.9 and earlier of Attendance2 will run on versions iOS 5, 6, and 7. Version 4.0 of Attendance2 require iOS 7.1 or higher. Version 5.0 and higher of Attendance2 require iOS 8 or newer to support the new Dropbox API. Version 6.0 and higher of Attendance2 require iOS 9.
Attendance2 cannot import the attendance records from the original Attendance app since the internal data structures are completely different; however, you can export the names as a CSV file (using the Info Report on the report tab of the original Attendance app) and import that CSV file into the new app. If you were using the original app, it probably makes sense to start using the new Attendance2 app at the beginning of a new term/semester.
The videos (links below) were made with an earlier version of iOS (except of the three CSV videos made with iOS 11) but the app has been updated to work with newer versions and the look and feel of the UI matches the look and feel of the newer versions of iOS.
Here is a link to a longer video made by a music teacher who used Word/Excel and their mail merge feature to print out nice folder labels with the QR codes generated by the app. You don’t need to go to all this trouble to use QR codes (as the app will even assign unique ID numbers and generate the QR codes for you), but if you want to include other information and print the QR codes, this is a well-done video showing detailed steps to do it.
Since I make about $2 a copy after Apple’s 30% cut and taxes, a handful of people have asked how they can pay me for answering support emails. Here is a Pay Pal donate option that you can use if I have answered a support email for you and you would like to thank me.