Sessions Up 13 Points in Early Alabama U.S. Senate Race Poll | Breitbart
Although his campaign is not officially even 24 hours old, a poll out Friday from the Club for Growth has former U.S. Attorney General Jeff Sessions with a double-digit lead over his closest opponent.
by Jeff PoorThe poll first reported by Alabama Daily News was conducted October 29-31 by WPA Intelligence and surveyed 511 GOP primary voters with a margin of error of +/-4.4%. It showed Session ahead of former Auburn head football coach Tommy Tuberville by 13 points followed by Rep. Bradley Byrne (R-AL), former Alabama Supreme Chief Justice Roy Moore, Alabama Secretary of State John Merrill and State Rep. Arnold Mooney (R).
- Jeff Sessions 36%
- Tommy Tuberville 23%
- Bradley Byrne 11%
- Roy Moore 11%
- John Merrill 6%
- Arnold Mooney 2%
- Undecided 12%
The poll also shows 71 percent of Republican primary voters have a favorable view of Sessions, whereas 20 percent viewed him unfavorably.
In addition to serving in President Donald Trump’s cabinet, Sessions served Alabama in the U.S. Senate for two decades and served as Alabama’s attorney general after a stint in the Reagan Department of Justice.
Alabama Republican voters will get cast a ballot on March 3, 2020 for their preference as to who will represent the GOP in the general election against likely Democratic nominee incumbent Sen. Doug Jones (D-AL).
Jones, who will likely be considered to be an underdog in next November’s contest, defeated Roy Moore in a special election in 2017.
Follow Jeff Poor on Twitter @jeff_poor


Miracle on 34th Street
Miracle on 34th Street is a movie starring Richard Attenborough, Elizabeth Perkins, and Dylan McDermott. A lawyer and a little girl must prove that a man claiming to be Santa Claus is the real thing.


About Us
At Moviezella, we want to entertain the world. Whatever your taste, and no matter where you live, we give you access to best-in-class movies. Our members control what they want to watch, when they want it, with no ads, in one simple subscription. We’re streaming in more than 30 languages and 190 countries because great stories can come from anywhere and be loved everywhere. We are the world’s biggest fans of entertainment, and we’re always looking to help you find your next favorite story
Meet Our Team
-
Ameen Betawi
About-Us Page Developer
Extremely motivated to constantly develop my skills and grow professionally.
Contact -
Ahmad Ammmoura
Home Page Developer
At Moviezella, we want to entertain the world. Whatever your taste, Whatever your taste.
Contact -
Hatem Husnieh
All-Movies Page Developer
At Moviezella, we want to make up for your bad days, and let you build moments that last for ages.
Contact -
Mohammad Alswaiti
Movie-Profile Page Developer
At Moviezella, we want to entertain the world. Whatever your taste, Whatever your taste.
Contact -
Mohammad Jaradat
Watch-List Page Developer
At Moviezella, we want to entertain the world. Whatever your taste, Whatever your taste.
Contact -
Elien Magableh
Watch-List Page Developer
At Moviezella, we want to entertain the world. Whatever your taste, Whatever your taste.
Contact


public class SoftReferenceCache
extends java.lang.Object
Adding an object is two fold:
If someone requests a key after it has been added but before it has been put they will be blocked until the put.
| Modifier and Type | Field and Description |
|---|---|
protected java.util.Map |
map
The map of cached objects.
|
| Modifier | Constructor and Description |
|---|---|
protected |
SoftReferenceCache()
Let people create their own caches.
|
protected |
SoftReferenceCache(boolean synchronous)
Constructs a soft reference cache.
|
| Modifier and Type | Method and Description |
|---|---|
protected void |
clearImpl(java.lang.Object key)
Clear the entry for key.
|
void |
flush()
Let people flush the cache (remove any cached data).
|
protected boolean |
isDoneImpl(java.lang.Object key)
Check if
request(key) will return immediately with the
Object. |
protected boolean |
isPresentImpl(java.lang.Object key)
Check if
request(key) will return with an Object
(not putting you on the hook for it). |
protected void |
putImpl(java.lang.Object key,
java.lang.Object object)
Associate object with key.
|
protected java.lang.Object |
requestImpl(java.lang.Object key)
If this returns null then you are now 'on the hook'.
|
protected final java.util.Map map
protected SoftReferenceCache()
protected SoftReferenceCache(boolean synchronous)
synchronous
- true to enable synchronous mode, false to enable waiting on requestImpl()
until another thread adds the missing objectpublic void flush()
protected final boolean isPresentImpl(java.lang.Object key)
request(key)
will return with an Object
(not putting you on the hook for it). Note that it is possible
that this will return true but between this call and the call
to request the soft-reference will be cleared. So it
is still possible for request to return NULL, just much less
likely (you can always call 'clear' in that case).protected final boolean isDoneImpl(java.lang.Object key)
request(key)
will return immediately with the
Object. Note that it is possible that this will return
true but between this call and the call to request the
soft-reference will be cleared.protected final java.lang.Object requestImpl(java.lang.Object key)
protected final void clearImpl(java.lang.Object key)
protected final void putImpl(java.lang.Object key, java.lang.Object object)
Copyright © 2022 Apache Software Foundation. All Rights Reserved.


There are {{pagination.totalItems}} products matching '{{search.query}}'
Sorry {{pagination.totalItems}} products available for '{{search.query}}'
Sorry we can't find any pharmacies with this product. Try another time or contact us here. Thanks!
{{result.name | uppercase}}


This hosts the findRFM function which generates RFM scores on a 1-5 point scale for customer transaction data. The function consumes a data frame with Transaction Number, Customer ID, Date of Purchase (in date format) and Amount of Purchase as the attributes. The function returns a data frame with RFM data for the sales information.
| Version: | 1.0.0 |
| Depends: | R (≥ 3.3.3) |
| Imports: | dplyr |
| Published: | 2017-05-27 |
| Author: | Satish Hariharan [aut, cre] |
| Maintainer: | Satish Hariharan <satish181990 at gmail.com> |
| BugReports: | https://goo.gl/forms/BU7rb8HmgTSeWZE02 |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | didrooRFM results |
| Reference manual: | didrooRFM.pdf |
| Package source: | didrooRFM_1.0.0.tar.gz |
| Windows binaries: | r-devel: didrooRFM_1.0.0.zip, r-release: didrooRFM_1.0.0.zip, r-oldrel: didrooRFM_1.0.0.zip |
| OS X binaries: | r-release: didrooRFM_1.0.0.tgz, r-oldrel: didrooRFM_1.0.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=didrooRFM to link to this page.


Corporate Cars provides quality transfers with luxury cars
Tags: Development, Wordpress, Booking form
Complete Chiropractic is specialists in the treatment of mums and kids
Tags: Development, Wordpress
Fishing online store
Tags: Development, Bootstrap, Ecommerce
Build a website for the agency in Lisbon


- Main - Class in pl.sudokusolver.app
-
- Main() - Constructor for class pl.sudokusolver.app.Main
-
- main(String[]) - Static method in class pl.sudokusolver.app.Main
-
- MAX_AXIS_RESIZE - Static variable in class pl.sudokusolver.app.Values
-
- MAX_COL - Variable in class pl.sudokusolver.app.CustomViews.Canvas
-
- MAX_ROW - Variable in class pl.sudokusolver.app.CustomViews.Canvas
-
- Menu - Class in pl.sudokusolver.app.CustomViews
-
Menu that can be used by user in the main stage
- Menu(MenuListener) - Constructor for class pl.sudokusolver.app.CustomViews.Menu
-
- menu - Variable in class pl.sudokusolver.app.Scenes.StageMain
-
- menuListener - Variable in class pl.sudokusolver.app.CustomViews.Menu
-
- MenuListener - Interface in pl.sudokusolver.app.Listeners
-
- MIN_LINE_SIZE - Static variable in class pl.sudokusolver.app.Values
-
- MinLineSize - Class in pl.sudokusolver.app.CustomViews.Sliders
-
Minimum Line Size layout in Advanced scene
- MinLineSize() - Constructor for class pl.sudokusolver.app.CustomViews.Sliders.MinLineSize
-
- minLineSize - Variable in class pl.sudokusolver.app.CustomViews.Sliders.MinLineSize
-
- minLineSize - Variable in class pl.sudokusolver.app.CustomViews.ViewAdvanced
-
- minLineSize - Variable in class pl.sudokusolver.app.Parameters
-
- MinLineSizeStub - Class in pl.sudokusolver.app.CustomViews.Sliders
-
- MinLineSizeStub() - Constructor for class pl.sudokusolver.app.CustomViews.Sliders.MinLineSizeStub
-
- MinLineSizeTest - Class in pl.sudokusolver.app.CustomViews.Sliders
-
- MinLineSizeTest() - Constructor for class pl.sudokusolver.app.CustomViews.Sliders.MinLineSizeTest
-
- modifyInitial() - Method in class pl.sudokusolver.app.CanvasTest
-
- modifyInitial(int[][]) - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function to update initial array and display it to user
- modifyInitial(int[][]) - Method in class pl.sudokusolver.app.GameBoard
-
Function to modify initial array
- modifyInitial(int, int, int) - Method in class pl.sudokusolver.app.GameBoard
-
Function to modify only one digit in initial array
- modifyInitial() - Method in class pl.sudokusolver.app.GameBoardTest
-
- modifyInitial1() - Method in class pl.sudokusolver.app.GameBoardTest
-
- modifySolution() - Method in class pl.sudokusolver.app.CanvasTest
-
- modifySolution(int[][]) - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function to update solution array and display it to user
- modifySolution(int[][]) - Method in class pl.sudokusolver.app.GameBoard
-
Function to modify solution array
- modifySolution() - Method in class pl.sudokusolver.app.GameBoardTest
-
- mouseAnchorX - Variable in class pl.sudokusolver.app.CustomViews.ViewSelection.DragContext
-
- mouseAnchorY - Variable in class pl.sudokusolver.app.CustomViews.ViewSelection.DragContext
-
- mouseClick(double, double) - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function that calculates which field user clicked and shows it to user
- move - Variable in class pl.sudokusolver.app.CanvasStub
-
- movePlayerDown() - Method in class pl.sudokusolver.app.CanvasStub
-
- movePlayerDown() - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function that changes position of field focused by user to one down
- movePlayerLeft() - Method in class pl.sudokusolver.app.CanvasStub
-
- movePlayerLeft() - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function that changes position of field focused by user to one left
- movePlayerRight() - Method in class pl.sudokusolver.app.CanvasStub
-
- movePlayerRight() - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function that changes position of field focused by user to one right
- movePlayerUp() - Method in class pl.sudokusolver.app.CanvasStub
-
- movePlayerUp() - Method in class pl.sudokusolver.app.CustomViews.Canvas
-
Function that changes position of field focused by user to one up


PhotoSwipe does not support <picture>
or srcset
, as it requires defined image dimensions and uses lazy-loading. But as images are loaded dynamically, it’s quite easy to switch sources, even in old browsers that don’t support srcset
.
Let’s assume that you have just “medium” images and “original” (“large”) images. First of all, you need to store path and size of the image in slide object, for example like so:
var items = [
// Slide 1
{
mediumImage: {
src: 'path/to/medium-image-1.jpg',
w:800,
h:600
},
originalImage: {
src: 'path/to/large-image-1.jpg',
w: 1400,
h: 1050
}
},
// Slide 2
// {
// mediumImage: {
// src: 'path/to/medium-image-2.jpg',
// ...
//
// ...
];
Then:
// initialise as usual
var gallery = new PhotoSwipe( pswpElement, PhotoSwipeUI_Default, items, options);
// create variable that will store real size of viewport
var realViewportWidth,
useLargeImages = false,
firstResize = true,
imageSrcWillChange;
// beforeResize event fires each time size of gallery viewport updates
gallery.listen('beforeResize', function() {
// gallery.viewportSize.x - width of PhotoSwipe viewport
// gallery.viewportSize.y - height of PhotoSwipe viewport
// window.devicePixelRatio - ratio between physical pixels and device independent pixels (Number)
// 1 (regular display), 2 (@2x, retina) ...
// calculate real pixels when size changes
realViewportWidth = gallery.viewportSize.x * window.devicePixelRatio;
// Code below is needed if you want image to switch dynamically on window.resize
// Find out if current images need to be changed
if(useLargeImages && realViewportWidth < 1000) {
useLargeImages = false;
imageSrcWillChange = true;
} else if(!useLargeImages && realViewportWidth >= 1000) {
useLargeImages = true;
imageSrcWillChange = true;
}
// Invalidate items only when source is changed and when it's not the first update
if(imageSrcWillChange && !firstResize) {
// invalidateCurrItems sets a flag on slides that are in DOM,
// which will force update of content (image) on window.resize.
gallery.invalidateCurrItems();
}
if(firstResize) {
firstResize = false;
}
imageSrcWillChange = false;
});
// gettingData event fires each time PhotoSwipe retrieves image source & size
gallery.listen('gettingData', function(index, item) {
// Set image source & size based on real viewport width
if( useLargeImages ) {
item.src = item.originalImage.src;
item.w = item.originalImage.w;
item.h = item.originalImage.h;
} else {
item.src = item.mediumImage.src;
item.w = item.mediumImage.w;
item.h = item.mediumImage.h;
}
// It doesn't really matter what will you do here,
// as long as item.src, item.w and item.h have valid values.
//
// Just avoid http requests in this listener, as it fires quite often
});
// Note that init() method is called after gettingData event is bound
gallery.init();
mediumImage
and largeImage
objects). For example, you may store size of image directly in image filename (/path/to/large-image-600x500.jpg
) and then parse size in gettingData
event. Only item.src
, item.w
, and item.h
properties are read by PhotoSwipe and only after gettingData
event is fired.srcset
on thumbnails that open PhotoSwipe.Know how this guide can be improved? Suggest an edit!


{% if new_reg_hash %}
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. Use this to login to your account.
{% endif %}
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.


- AbstractAwareMethod - Interface in org.mockito.internal.invocation
-
- AccessibilityChanger - Class in org.mockito.internal.util.reflection
-
- AccessibilityChanger() - Constructor for class org.mockito.internal.util.reflection.AccessibilityChanger
-
- actualParameterizedType(Object) - Method in class org.mockito.internal.stubbing.defaultanswers.ReturnsDeepStubs
-
- actualTypeArguments() - Method in class org.mockito.internal.util.reflection.GenericMetadataSupport
-
- add(Object) - Method in class org.mockito.internal.util.collections.HashCodeAndEqualsSafeSet
-
- add(Object) - Method in class org.mockito.internal.util.collections.IdentitySet
-
- add(Invocation) - Method in class org.mockito.internal.verification.DefaultRegisteredInvocations
-
- add(Invocation) - Method in interface org.mockito.internal.verification.RegisteredInvocations
-
- add(Invocation) - Method in class org.mockito.internal.verification.SingleRegisteredInvocation
-
- addAll(Collection<?>) - Method in class org.mockito.internal.util.collections.HashCodeAndEqualsSafeSet
-
- addAnswer(Answer) - Method in class org.mockito.internal.stubbing.InvocationContainerImpl
-
- addAnswer(Answer, boolean) - Method in class org.mockito.internal.stubbing.InvocationContainerImpl
-
- addAnswer(Answer) - Method in class org.mockito.internal.stubbing.StubbedInvocationMatcher
-
- addAnswerForVoidMethod(Answer) - Method in class org.mockito.internal.stubbing.InvocationContainerImpl
-
- addConsecutiveAnswer(Answer) - Method in class org.mockito.internal.stubbing.InvocationContainerImpl
-
- AdditionalAnswers - Class in org.mockito
-
Additional answers provides factory methods for less common answers.
- AdditionalAnswers() - Constructor for class org.mockito.AdditionalAnswers
-
- AdditionalMatchers - Class in org.mockito
-
See
Matchers
for general info about matchers.
- AdditionalMatchers() - Constructor for class org.mockito.AdditionalMatchers
-
- addPreparedMocks(Set<Object>) - Method in class org.mockito.internal.configuration.injection.scanner.MockScanner
-
Add the scanned and prepared mock instance to the given collection.
- addTo(Set<Field>) - Method in class org.mockito.internal.configuration.injection.scanner.InjectMocksScanner
-
- after(long) - Static method in class org.mockito.Mockito
-
Allows verifying over a given period.
- After - Class in org.mockito.verification
-
- After(long, VerificationMode) - Constructor for class org.mockito.verification.After
-
- allDeclaredFieldsOf(Object) - Static method in class org.mockito.internal.util.reflection.Fields
-
Instance fields declared in the class and superclasses of the given instance.
- AllInvocationsFinder - Class in org.mockito.internal.invocation.finder
-
- AllInvocationsFinder() - Constructor for class org.mockito.internal.invocation.finder.AllInvocationsFinder
-
- and(boolean, boolean) - Static method in class org.mockito.AdditionalMatchers
-
boolean argument that matches both given matchers.
- and(byte, byte) - Static method in class org.mockito.AdditionalMatchers
-
byte argument that matches both given argument matchers.
- and(char, char) - Static method in class org.mockito.AdditionalMatchers
-
char argument that matches both given argument matchers.
- and(double, double) - Static method in class org.mockito.AdditionalMatchers
-
double argument that matches both given argument matchers.
- and(float, float) - Static method in class org.mockito.AdditionalMatchers
-
float argument that matches both given argument matchers.
- and(int, int) - Static method in class org.mockito.AdditionalMatchers
-
int argument that matches both given argument matchers.
- and(long, long) - Static method in class org.mockito.AdditionalMatchers
-
long argument that matches both given argument matchers.
- and(short, short) - Static method in class org.mockito.AdditionalMatchers
-
short argument that matches both given argument matchers.
- and(T, T) - Static method in class org.mockito.AdditionalMatchers
-
Object argument that matches both given argument matchers.
- And - Class in org.mockito.internal.matchers
-
- And(List<Matcher>) - Constructor for class org.mockito.internal.matchers.And
-
- annotatedBy(Class<? extends Annotation>...) - Static method in class org.mockito.internal.util.reflection.Fields
-
Accept fields annotated by the given annotations.
- annotation(Class<A>) - Method in class org.mockito.internal.util.reflection.InstanceField
-
Returns the annotation instance for the given annotation type.
- AnnotationEngine - Interface in org.mockito.configuration
-
Configures mock creation logic behind @Mock, @Captor and @Spy annotations
- answer(InvocationOnMock) - Method in enum org.mockito.Answers
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.AnswerReturnValuesAdapter
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.CallsRealMethods
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.ClonesArguments
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.DoesNothing
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.Returns
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.ReturnsArgumentAt
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.ReturnsElementsOf
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.ThrowsException
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.answers.ThrowsExceptionClass
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.ForwardsInvocations
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.GloballyConfiguredAnswer
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.ReturnsDeepStubs
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.ReturnsEmptyValues
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.ReturnsMocks
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.ReturnsMoreEmptyValues
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.defaultanswers.ReturnsSmartNulls
-
- answer(InvocationOnMock) - Method in class org.mockito.internal.stubbing.StubbedInvocationMatcher
-
- Answer<T> - Interface in org.mockito.stubbing
-
Generic interface to be used for configuring mock's answer.
- answer(InvocationOnMock) - Method in interface org.mockito.stubbing.Answer
-
- AnswerReturnValuesAdapter - Class in org.mockito.internal.stubbing.answers
-
- AnswerReturnValuesAdapter(ReturnValues) - Constructor for class org.mockito.internal.stubbing.answers.AnswerReturnValuesAdapter
-
- Answers - Enum in org.mockito
-
Enumeration of pre-configured mock answers
- Answers - Enum in org.mockito.internal.stubbing.defaultanswers
-
Deprecated.
- please use Answers from top Mockito package: Answers
WARNING Those answers no longer are used by the framework!!! Please use Answers
See Mockito
for more information.
- AnswersValidator - Class in org.mockito.internal.stubbing.answers
-
- AnswersValidator() - Constructor for class org.mockito.internal.stubbing.answers.AnswersValidator
-
- Any - Class in org.mockito.internal.matchers
-
- ANY - Static variable in class org.mockito.internal.matchers.Any
-
- any(Class<T>) - Static method in class org.mockito.Matchers
-
Matches any object, including nulls
- any() - Static method in class org.mockito.Matchers
-
Matches anything, including nulls
- ANY_VARARG - Static variable in class org.mockito.internal.matchers.AnyVararg
-
- anyBoolean() - Static method in class org.mockito.Matchers
-
Any boolean
or non-null Boolean
- anyByte() - Static method in class org.mockito.Matchers
-
Any byte
or non-null Byte
.
- anyChar() - Static method in class org.mockito.Matchers
-
Any char
or non-null Character
.
- anyCollection() - Static method in class org.mockito.Matchers
-
Any non-null Collection
.
- anyCollectionOf(Class<T>) - Static method in class org.mockito.Matchers
-
- anyDouble() - Static method in class org.mockito.Matchers
-
Any double
or non-null Double
.
- anyFloat() - Static method in class org.mockito.Matchers
-
Any float
or non-null Float
.
- anyInt() - Static method in class org.mockito.Matchers
-
Any int or non-null Integer.
- anyList() - Static method in class org.mockito.Matchers
-
Any non-null List
.
- anyListOf(Class<T>) - Static method in class org.mockito.Matchers
-
- anyLong() - Static method in class org.mockito.Matchers
-
Any long
or non-null Long
.
- anyMap() - Static method in class org.mockito.Matchers
-
Any non-null Map
.
- anyMapOf(Class<K>, Class<V>) - Static method in class org.mockito.Matchers
-
- anyObject() - Static method in class org.mockito.Matchers
-
Matches anything, including null.
- anySet() - Static method in class org.mockito.Matchers
-
Any non-null Set
.
- anySetOf(Class<T>) - Static method in class org.mockito.Matchers
-
- anyShort() - Static method in class org.mockito.Matchers
-
Any short
or non-null Short
.
- anyString() - Static method in class org.mockito.Matchers
-
Any non-null String
- AnyVararg - Class in org.mockito.internal.matchers
-
- AnyVararg() - Constructor for class org.mockito.internal.matchers.AnyVararg
-
- anyVararg() - Static method in class org.mockito.Matchers
-
Any vararg, meaning any number and values of arguments.
- appendWarnings(Failure, String) - Method in class org.mockito.internal.util.junit.JUnitFailureHacker
-
- apply() - Method in class org.mockito.internal.configuration.injection.MockInjection.OngoingMockInjection
-
- apply(Statement, Object) - Method in class org.mockito.internal.junit.JUnitRule
-
- apply(Statement, FrameworkMethod, Object) - Method in class org.mockito.junit.MockitoJUnitRule
-
Deprecated.
- areEqual(Object, Object) - Static method in class org.mockito.internal.matchers.Equality
-
- argThat(Matcher<T>) - Static method in class org.mockito.Matchers
-
Allows creating custom argument matchers.
- ArgumentCaptor<T> - Class in org.mockito
-
Use it to capture argument values for further assertions.
- ArgumentCaptor() - Constructor for class org.mockito.ArgumentCaptor
-
Deprecated.
Please use factory method ArgumentCaptor.forClass(Class)
to create captors
This is required to avoid NullPointerExceptions when autoUnboxing primitive types.
See issue 99.
Example:
ArgumentCaptor<Person> argument = ArgumentCaptor.forClass(Person.class);
verify(mock).doSomething(argument.capture());
assertEquals("John", argument.getValue().getName());
- ArgumentMatcher<T> - Class in org.mockito
-
Allows creating customized argument matchers.
- ArgumentMatcher() - Constructor for class org.mockito.ArgumentMatcher
-
- ArgumentMatcherStorage - Interface in org.mockito.internal.progress
-
- ArgumentMatcherStorageImpl - Class in org.mockito.internal.progress
-
- ArgumentMatcherStorageImpl() - Constructor for class org.mockito.internal.progress.ArgumentMatcherStorageImpl
-
- ArgumentMatchingTool - Class in org.mockito.internal.verification.argumentmatching
-
- ArgumentMatchingTool() - Constructor for class org.mockito.internal.verification.argumentmatching.ArgumentMatchingTool
-
- argumentsAreDifferent(String, String, Location) - Method in class org.mockito.exceptions.Reporter
-
- ArgumentsAreDifferent - Error in org.mockito.exceptions.verification
-
- ArgumentsAreDifferent(String) - Constructor for error org.mockito.exceptions.verification.ArgumentsAreDifferent
-
- ArgumentsAreDifferent - Error in org.mockito.exceptions.verification.junit
-
- ArgumentsAreDifferent(String, String, String) - Constructor for error org.mockito.exceptions.verification.junit.ArgumentsAreDifferent
-
- ArgumentsComparator - Class in org.mockito.internal.invocation
-
- ArgumentsComparator() - Constructor for class org.mockito.internal.invocation.ArgumentsComparator
-
- argumentsMatch(InvocationMatcher, Invocation) - Method in class org.mockito.internal.invocation.ArgumentsComparator
-
- argumentsMatch(InvocationMatcher, Object[]) - Method in class org.mockito.internal.invocation.ArgumentsComparator
-
- ArgumentsProcessor - Class in org.mockito.internal.invocation
-
by Szczepan Faber, created at: 3/31/12
- ArgumentsProcessor() - Constructor for class org.mockito.internal.invocation.ArgumentsProcessor
-
- argumentsToMatchers(Object[]) - Static method in class org.mockito.internal.invocation.ArgumentsProcessor
-
- ArrayEquals - Class in org.mockito.internal.matchers
-
- ArrayEquals(Object) - Constructor for class org.mockito.internal.matchers.ArrayEquals
-
- ArrayUtils - Class in org.mockito.internal.util.collections
-
- ArrayUtils() - Constructor for class org.mockito.internal.util.collections.ArrayUtils
-
- aryEq(T[]) - Static method in class org.mockito.AdditionalMatchers
-
Object array argument that is equal to the given array, i.e.
- aryEq(short[]) - Static method in class org.mockito.AdditionalMatchers
-
short array argument that is equal to the given array, i.e.
- aryEq(long[]) - Static method in class org.mockito.AdditionalMatchers
-
long array argument that is equal to the given array, i.e.
- aryEq(int[]) - Static method in class org.mockito.AdditionalMatchers
-
int array argument that is equal to the given array, i.e.
- aryEq(float[]) - Static method in class org.mockito.AdditionalMatchers
-
float array argument that is equal to the given array, i.e.
- aryEq(double[]) - Static method in class org.mockito.AdditionalMatchers
-
double array argument that is equal to the given array, i.e.
- aryEq(char[]) - Static method in class org.mockito.AdditionalMatchers
-
char array argument that is equal to the given array, i.e.
- aryEq(byte[]) - Static method in class org.mockito.AdditionalMatchers
-
byte array argument that is equal to the given array, i.e.
- aryEq(boolean[]) - Static method in class org.mockito.AdditionalMatchers
-
boolean array argument that is equal to the given array, i.e.
- assignedValues() - Method in class org.mockito.internal.util.reflection.Fields.InstanceFields
-
- AtLeast - Class in org.mockito.internal.verification
-
- AtLeast(int) - Constructor for class org.mockito.internal.verification.AtLeast
-
- atLeast(int) - Static method in class org.mockito.internal.verification.VerificationModeFactory
-
- atLeast(int) - Static method in class org.mockito.Mockito
-
Allows at-least-x verification.
- atLeast(int) - Method in interface org.mockito.verification.VerificationAfterDelay
-
Verifies that there is are least N invocations during the given period.
- atLeast(int) - Method in interface org.mockito.verification.VerificationWithTimeout
-
Allows at-least-x verification within given timeout.
- atLeast(int) - Method in class org.mockito.verification.VerificationWrapper
-
- AtLeastDiscrepancy - Class in org.mockito.internal.verification.checkers
-
- AtLeastDiscrepancy(int, int) - Constructor for class org.mockito.internal.verification.checkers.AtLeastDiscrepancy
-
- atLeastOnce() - Static method in class org.mockito.internal.verification.VerificationModeFactory
-
- atLeastOnce() - Static method in class org.mockito.Mockito
-
Allows at-least-once verification.
- atLeastOnce() - Method in interface org.mockito.verification.VerificationAfterDelay
-
Verifies that there is at least 1 invocation during the given period.
- atLeastOnce() - Method in interface org.mockito.verification.VerificationWithTimeout
-
Allows at-least-once verification within given timeout.
- atLeastOnce() - Method in class org.mockito.verification.VerificationWrapper
-
- AtLeastXNumberOfInvocationsChecker - Class in org.mockito.internal.verification.checkers
-
- AtLeastXNumberOfInvocationsChecker() - Constructor for class org.mockito.internal.verification.checkers.AtLeastXNumberOfInvocationsChecker
-
- AtLeastXNumberOfInvocationsInOrderChecker - Class in org.mockito.internal.verification.checkers
-
- AtLeastXNumberOfInvocationsInOrderChecker(InOrderContext) - Constructor for class org.mockito.internal.verification.checkers.AtLeastXNumberOfInvocationsInOrderChecker
-
- AtMost - Class in org.mockito.internal.verification
-
- AtMost(int) - Constructor for class org.mockito.internal.verification.AtMost
-
- atMost(int) - Static method in class org.mockito.internal.verification.VerificationModeFactory
-
- atMost(int) - Static method in class org.mockito.Mockito
-
Allows at-most-x verification.
- atMost(int) - Method in class org.mockito.verification.Timeout
-
- atMost(int) - Method in interface org.mockito.verification.VerificationAfterDelay
-
Verifies that there is are most N invocations during the given period.
- atMost(int) - Method in interface org.mockito.verification.VerificationWithTimeout
-
Deprecated.
Deprecated
Validation with timeout combined with never simply does not make sense, as atMost() will typically immediately pass,
and therefore not wait the timeout. The behaviour you may be looking for is actually provided by after().atMost().
To avoid compilation errors upon upgrade the method is deprecated and it throws a "friendly reminder" exception.
In a future release we will remove timeout(x).atMost(y) and timeout(x).never() from the API.
Do you want to find out more? See issue 235
- atMost(int) - Method in class org.mockito.verification.VerificationWrapper
-
- atMostAndNeverShouldNotBeUsedWithTimeout() - Method in class org.mockito.exceptions.Reporter
-


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Accommodation
Participants will be accomodated in Kalindi , Happy Valley, Mahanadi and Valley View (Indira Bhawan) Executive Hostels.
Transport
Academy would be providing transport for pick up from Dehradun(Airport/Railway Station)on arrival and for departure from LBSNAA upto Dehradun (Airport/Railway Station).
IT
Academy is Wi-Fi enabled.
Medical
Basic OPD medical facility is available in the Academy Dispensary.
Mess
Academy would be hosting your stay for 29th, 30th and 31st May. If you wish to arrive before 29th May and/or stay after the Reunion, the accomodation would be alloted subject to the availability and will be payble @ Rs. 750/- for room rent and Rs. 500/- for mess per individual per day.
Sports Complex
Academy has a state of the art sports facility and gymnasium.


METROPOLIS (1926) A Film Review by Ted Prigge Copyright 1997 Ted Prigge
Director: Fritz Lang Writer: Fritz Lang (from the novel by Thea von Harbou) Starring: Alfred Abel, Brigitte Helm, Gustav Fröhlich, Rudolf Klein-Rogge
Before Orwell wrote "1984," before Aldous Huxley wrote "Brave New World," and way before Ridley Scott directed "Blade Runner," German director created "Metropolis," one of the oldest films to deal with the future as bleak, if not the first. "Metropolis" is one of the few films that is deemed a classic, and is also brilliant besides that. And even if it was silent, and extremely old, I was never bored.
"Metropolis" is a world in the far future (maybe 21st century) where the rich and elite live above ground, while the workers slave underneath the city with horrible conditions. The king of Metropolis is the fascist and selfish John Frederson (Alfred Abel), who has no love for the workers, even if they are basically running his life. He's so feared and respected that when he fires a worker, the worker tries to shoot himself.
 She causes him to actually take a peak at the workers and their environment, and he unfortunately witnesses a horrific accident, which claims the lives of some of the workers. From that point on, he has total sympathy for the workers, and will try his best to be their futuristic Moses.
Meanwhile, John has met with the twisted scientist/inventor Rotwang (Rudolf Klein-Rogge), who lives and works in a bizarre little wooden house in the midst of the giant city. It turns out Rotwang has invented a robot who can do everything the workers do, only better, thus rendering the workers obsolete and expendable. But as the two learn about the rebellious workers, John decides to try and make the robot look just like that of Maria, who is the rebel's official or unofficial leader and philosopher.
Thus begins a masterpiece of a film which satirizes the class system, slavery, and even unions. Besides that, it's also just one hip little flick. The world that it creates is totally memorble, even if it has been ripped off in hundreds of films. One of the many amazing things about this flick is how innovative it is. The special effects are surprisingly good for a film made in 1926, with a couple realistic-looking explosions, a robot that moves believably, and a set which looks absolutely stunning (with buildings reaching up as far as the eye can see, although the flying cars are just usual planes).
I was going to rent this once, but found it was only available in video stores under the 1984 re-release. Let me explain why you shouldn't rent this (even though I haven't): it includes some extra scenes not put together by the director (Fritz Lang, who would go on to direct that serial killer classic, "M"), a tinted frame and some coloring instead of the gorgeous black and white photography, and a musical score by...Pat Benatar, Loverboy, and Queen, among others. I don't know about you, but this just causes me to cringe up, and even though I could just turn the volume down, it would still be tinted and all messed up. So I settled for paying 5 bucks for a pre-recorded crap copy by "Hollywood Gold," which distributes old films in "highest quality EP mode," which is pretty much an oxymoron, but sometimes it's the only way one can see classic pictures without seeing them all screwed up. This is the only acceptable way to see this film, until a better non-Queen version comes out.
At the end, we are left with just pure satisfaction. We've gotten a wonderfully crafted satire, all wrapped around with awesome visuals and great effects.  Even if this weren't a powerful narrative, it'd still be cool to watch.
"Metropolis" is one of the most innovative and amazing films I've really ever seen, and shows that old sci-fi doesn't have to include a dumb story and bad special effects. "Metropolis" is a film about ideas, and it incorporates the cool special effects not only without taking from the story, but actually adding to it. If you're a fan of anything futuristic, I would recommend you check out this absolutely brilliant masterpiece.
MY RATING (out of 4): ****
Homepage at: http://www.geocities.com/Hollywood/Hills/8335/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


micca-Embedded - Commands for Code Generation
This manpage describes the micca embedded macro commands. To aid in translating domain actions from action language into "C", a set of commands may be embedded into the "C" source code. During code generation, the embedded commands are expanded and replaced by the functionally equivalent "C" code. Note that embedded commands may not be nested.
The supplied embedded commands are intended to perform model level actions and remove the need to remember and understand the detailed "C" function interface to the run time. For the following action language (from a state activity):
Filling To Wash State Activity ------------------------------ # Fill the tub with wash water. select one wc related by self->R4[WC] select one ct related by self->R1[CT] signal Fill(wc.WashWaterTemp) to ct
The translation using the embedded commands would appear as:
state FillingToWash {} { // Fill the tub with wash water. <%my findOneRelated wc R4%> <%my findOneRelated ct ~R1%> <%instance wc assign {WashWaterTemp washtemp}%> <%instance ct signal Fill temp washtemp%> }
Commands are divided into sections depending upon to which model level entity they refer. Commands are categorized as:
For every class in a domain, a macro command is created that has the same name as the class. That class command takes as its first argument a subcommand. The various subcommands for classes are given in this section.
The create subcommand generates code to synchronously create a new instance of class. A reference to the instance is placed in the variable called, instref. If instref has not been previously declared, it is declared automatically. The attributes of the newly created instance are set to the values given by the attrN / valueN pairs. All attributes of the instance must either be supplied a value as part of the invocation of the create subcommand or have default values declared for them as part of the class definition. Any value given as an argument overrides any default value that might have been defined for an attribute. If class has an associated state model, then the newly created instance is placed in the default initial state that was defined for the state model. No state activity is executed since the instance creation is done synchronously.
<%Color create c Red 20 Green 30 Blue 100%>
The createasync subcommand generates code to asynchronously create a new instance of class by signaling event as a creation event. Any parameters of the creation event are given by the ?paramN valueN? pairs. If the event has no parameters, an empty list ({}) must be used as argument. The attributes of the newly created instance are set to the values given by the ?attrN valueN? pairs. All attributes of the instance must either be supplied a value as part of the invocation of the createasync subcommand or have default values declared for them as part of the class definition. Any value given as an argument overrides any default value that might have been defined for an attribute. This command is only defined for classes that have a state model for which creation events have been specified. The instance is created and placed in its pseudo-initial state awaiting delivery of event, whereupon it will transition and execute a state activity.
<%Order createasync New_order {quantity 20} Customer {"Fred"} Account 2700%>
The createin subcommand generates code to synchronously create a new instance of class and place it the state state. A reference to the instance is placed in the variable called, instref. If instref has not been previously declared, it is declared automatically. The attributes of the newly created instance are set to the values given by the attrN / valueN pairs. All attributes of the instance must either be supplied a value as part of the invocation of the create subcommand or have default values declared for them as part of the class definition. Any value given as an argument overrides any default value that might have been defined for an attribute. Class must have a state model and the newly created instance has its initial state set to state. No state activity is executed since the instance creation is done synchronously.
<%WashingMachine createin wm Stopped %>
The findByName subcommand for a class generates code to place an instance reference in the variable named, instref, that refers to the class instance named, instname. When instances are defined in the initial instance population, they are given names and this command allows for computing directly an instance reference to one of the named instances of the initial instance population.
<%Schedule findByName singleton sref%>
The findWhere subcommand for a class generates code to search the instances of class. A reference to the first allocated instance of class for which clause evaluates to true is assigned to the instref variable. If the instref variable does not exist before invoking findWhere, then it is declared automatically. If there are multiple instances where clause evaluates to true, then the one returned is arbitrary. If clause never evaluates to true then instref will have the value of NULL.
<%Color findWhere nored {nored->Red == 0}%> if (nored != NULL) { <%instance nored update Red 10%> }
The foreachInstance subcommand generates statements to iterate over the instances of class assigning a reference to each instance to the variable named, instref. If the instref variable does not exist before invoking foreachInstance, then it is declared automatically and with a scope local to the command. The code statements contained in the body are then executed. The body is terminated by a <%end%> macro command.
<%Color foreachInstance c%> <%instance c attr Red%> += 30 ; <%end%>
The foreachWhere subcommand generates statements to iterate over the instances of class. A reference to each instance for which clause evaluates to true, is assigned to the variable named, instref, and body is executed. If the instref variable does not exist before invoking foreachWhere, then it is declared automatically and with a scope local to the command. The body is terminated by a <%end%> macro command.
<%Color foreachWhere c {c->Red < 30}%> printf("low red color: %d\n", <%instance c attr Red%>) ; <%instance c update Red 30%> <%end%>
The idtoref subcommand for a class generates code to convert the instid integer identifier of a class instance to a reference to the instance stored in a variable named instref. Outside of a domain, class instances are identified by small integer numbers and when passed into the domain, this command converts them to actual instance references that can be used in further processing.
The instset subcommand for a class generates code to declare setvarname to be a variable whose type is suitable to hold a set of instances of class. The variable is initialized appropriately so that the set is empty.
<%Color instset highContrastColors%>
The operation subcommand for a class generates code to invoke the class-based operation named opname passing the arguments given by the nameN valueN pairs. Operation argument passing is by name (rather than by order), so the order of the name / value pairs is arbitrary and the generated code will invoke the underlying "C" function properly.
<%Color addToBlue blueIncr 20%> ;
The refvar subcommand for a class generates code to declare refvarname to be a variable whose type is suitable to hold an instance reference to instances of class. This command is not frequently used as most command will automatically declare the necessary "C" variables. However, it can be useful to declare an instance reference variable to make sure it remains within a desired block scope.
<%Color instref mycolor%>
The selectWhere subcommand for a class generates code to conditionally add instances of class to an instance set. For each instance of class, a reference to the instance is assigned to the instref variable and clause is evaluated. If the instref variable does not exist before invoking selectWhere, then it is declared automatically. If clause evaluates to true, then the instance is added to the set being accumulated in the instset variable. The instset variable is declared automatically if necessary.
<%Color selectWhere lowred {lowred->Red < 30} lrset%> if (<%instset lrset empty%>) { printf("no low red colors\n") ; }
Each relationship defined by a domain will have a command by the same name created. Those relationship commands have subcommands that depend upon the type of the relationship. These fall into four categories:
Associations
Associations that also have a single assigner
Associations that also have a multiple assigner
Generalizations
The following section show the subcommands available for each category.
All association relationship have a single command, reference, defined for them. The interpretation of reference is slightly different for simple associations than for class based associations. Associations may also have an assigner defined on them and, if so, additional commands are available for the assigner operations.
The reference subcommand when applied to simple associations updates the referenced instance for the association. The sourceref argument is the name of a "C" variable that holds a reference to an instance of the class playing the role of the referring class in the association. The targetref argument is the name of a "C" variable that holds a reference to an instance of the class playing the role of the referenced class in the association. The reference subcommand removes any existing referenced instance in the association and replaces it with the targetref instance.
For a simple association, R3, defined as:
association R3 Member 0..*--1 Group
In R3, Member is the referring class and Group is the referenced class. Then if groupref contains an instance reference to a Group and memberref contains an instance reference to a Member, then:
R3 reference memberref groupref
changes the instance of memberref so that it refers to groupref.
The reference subcommand when applied to class based associations updates the referenced instance of one of the participants in the association. The assocref argument is the name of a "C" variable that holds a reference to an instance from the class that is the associator class in the association. The partref argument is the name of a "C" variable that holds a reference to an instance from the class that is one of the participant in the association. The reference subcommand removes any existing references to the participant in the association and replaces it with the partref instance. For a reflexive class based association, the direction argument must be supplied as either forward or backward. This indicates that the reference operation should be applied to the instance in either the forward or backward direction of the association traversal. Since the name of the participant classes in a reflexive association are the same, the direction argument is used to disambiguate the which side partref refers to.
For a class based association, R4, defined as:
association R4 -associator Membership Member 0..*--1..* Group
In R4, Membership is the associator class. Then if mshipref contains a reference to a Membership instance and memberref contains a reference to a Member instance, then:
R4 reference mshipref memberref
changes the instance of mshipref so that it refers to memberref.
Associations that are also single assigners have an additional command defined for them in order to signal events to the assigner.
For associations that have a single assigner, the signal command signals event to the assigner. If any of the nameN / valueN arguments are present, they are passed as the parameters to event. All parameters required by the event must be supplied and the parameter names must match those of the signature of the event. Event parameters are passed by name, so the ordering of the nameN valueN pairs is not significant.
For associations that are multiple assigners, two additional commands are defined. Note that there is no signal command for a multiple assigner. Once an instance of the assigner is found using the findByIdInstance command, it is signaled like any other instance, i.e. using <%instance instref signal event%>.
For generalization relationships, two commands are defined.
The classify subcommand navigates the generalization relationship to the currently related subclass instance. The superref argument is the name of a variable holding a reference to a superclass instance of generalization. The subref argument is the name of variable into which a reference to the currently related subclass instance of superref is placed. The type of subref will be declared automatically as the type of the currently related subclass instance. The body of the classify command must consist of invocations of <%subclass classname%> or <%default%> commands. The subclass of the instance currently related to superref is matched against the classnames given in the subclass commands of the body. Upon finding a match, subref is declared to be of the corresponding classname type, set to refer to the related subclass and then the body of the corresponding subclass command is executed. The scope of subref is local to the matching body statements. If the currently related instance does not match any of the classnames given in subclass commands, then the body of the default command is executed. In the default case, subref is not defined. If there is no match and no default command is given, then nothing is executed. Note it is not necessary to give a default command body if all of the subclasses of generalization are specified in subclass commands. A warning is issued if some subclasses of generalization are missing from subclass commands and no default command is given. Note that it is not necessary to place a "C" break statement as part of the body of a subclass or default command.
<%R17 classify lampref sublampref%> <%subclass TableLamp%> <%instance update sublampref Color red%> <%end%> <%subclass FloorLamp%> <%instance update sublampref Height 7%> <%end%> <%subclass DeskLamp%> <%instance update sublampref Wattage 100%> <%end%> <%end%>
The reclassify subcommand changes the type of the subclass instance in the subref variable to be an instance of newsubclass. A reference to the new subclass instance is place in a variable named newsubref. The newsubref instance refers to the same superclass instance as subref did. After the reclassification has happened, the instance referred to by subref no long exists (it was deleted as part of the reclassification) and its instance reference variable may not be used. The newsubref variable is created automatically if needed. The newly created instance of newsubclass has its attributes initialized by the attrN / valueN pairs. All attributes of the new subclass instance must either be supplied a value as part of the invocation of the reclassify subcommand or have default values declared for them as part of the class definition. Any value given as an argument overrides any default value that might have been defined for an attribute.
/* * Create a Lamp instance and one of its corresponding subclass instances. */ <%Lamp create lampref%> <%TableLamp create tableref Color blue R17 lampref%> /* * Reclassify the table lamp instance into a desk lamp instance. */ <%R17 reclassify tableref DeskLamp deskref Wattage 70%> /* * "deskref" now refers to "lampref" across R17 and * "tableref" no longer exists. */
The instance command performs operations on instances. The first argument to the instance command is always the name of a "C" variable that contains a reference to the instance. The second argument is the name of a subcommand operation to be performed on the instance.
The assign subcommand assigns attribute values of the instance referenced by the value of the instref variable into ordinary "C" variables. Each assignspecN argument consists of one or two elements. If the assignspecN argument consist of one element, then it must be the name of an attribute and a "C" variable by the same name is declared and the corresponding attribute from instref is assigned to it. If the assignspecN argument consists of two elements, then the first element must be the name of an attribute and the second element will be used as the name of a "C" variable into which the corresponding attribute value is assigned. If no assignspecN arguments are given, then all the attributes of instref are assigned to variables whose names are the same as the attribute name.
<%instance c assign Red Blue {Green mygreen}%> if (Blue > mygreen) { printf("this one is more blue than green\n") ; }
The attr subcommand generate "C" code suitable for using as an lvalue or an rvalue to access the name attribute of the instance refered to by the instref variable. If name is not an attribute of the class of instref, then an error is reported.
<%instance c attr Total%> = <%instance c attr Red%> + <%instance c attr Blue%> ;
The canceldelayed subcommand arranges for event to not be delivered to the instance referenced by instref. The sourcinst argument is a "C" variable name holding a reference to the instance that originally signaled event. If sourceinst is not supplied, then the signaling instance is taken as self if invoked within as state activity and NULL otherwise. After being canceled, event will not be dispatched. It is not an error to cancel an event that does not exist or has already been dispatched. Only events which were signaled as delayed events or periodic events may be canceled.
<%instance c canceldelayed Start%>
The delayremaining subcommand generates an rvalue expression of type MRT_DelayTime that evaluates to the number of milliseconds before event will be signaled. The sourcinst argument is a "C" variable name holding a reference to the instance that originally signaled event. If sourceinst is not supplied, then the signaling instance is taken as self if invoked within as state activity and NULL otherwise. A return value of zero implies that event has already been dispatched or does not exist.
MRT_DelayTime newtime = <%instance c delayremaining Start%> + 100 ; <%instance c canceldelayed Start%> <%instance c delaysignal newtime Start%>
The delaysignal subcommand arranges for event to be signaled to the instance referenced by the instref variable no sooner than time milliseconds in the future. If time is given as zero, then the event is signalled immediately. If any of the nameN valueN arguments are present, they are passed as the parameters to event. All parameters required by the event must be supplied and the parameter names must match those of the signature of the event. Event parameters are passed by name, so the ordering of the nameN valueN pairs is not significant.
<%instance c delaysignal 100 Start%>
The delete subcommand deletes the instance referenced by the value of the instref variable.
The findOneRelated subcommand obtains a single instance by navigating the relationship chain which starts at startref and is given by the relN arguments. The form of the relN arguments is the same as for the foreachRelated subcommand. A reference to the related instance is assigned into the instref variable. If no related instance is found, i.e. the relationship chain is conditional, then instref will have the value of NULL. If the navigation of the relationship chain would yield more than one instance, then an error is reported. This subcommand is a convenience function when it is known that at most one instance can result from navigating the relationships chain.
<%instance ct findOneRelated wm R1%>
The findRelatedWhere subcommand obtains a single instance by navigating the relationship chain which starts at startref and is given by the relN arguments. The form of the relN arguments is the same as for the foreachRelated subcommand. A reference to each related instance is assigned into the instref variable and boolexpr is evaluated. If boolexpr evaluates to non-zero, then the iteration stops and instref contains a reference to the matching instance. If no match is found or there are no related instances, instref is set to NULL. If there are multiple matching instances in the related set of instances, the one found is arbitrary.
<%instance ct findRelatedWhere mtr {mrt->MotorID == MTR_Pump} ~R2%>
The foreachRelated subcommand iterates across the set of instances obtained by navigating the relationships chain which begins at startref and is given by the relN arguments. A reference to each instance found is assigned to the instref variable and body is executed. The body is terminated by a <%end%> macro command. The scope of the instref variable is confined to the statements in body unless it was previously declared. The relN arguments specify the relationship navigation and are of the form:
Rdd traversing relationship Rdd in the forward direction.
~Rdd traversing relationship Rdd in the reverse direction.
{Rdd class} traversing relationship Rdd in the forward direction and stopping at class.
{~Rdd class} traversing relationship Rdd in the reverse direction and stopping at class.
where ~Rdd follows our usual naming conventions for relationships, the letter "R" followed by decimal digits (e.g. R27) ;
<%instance color foreachRelated pigm R23 ~R47 {R13 Pigment}%> printf("found pigment, %s\n", <%instance pigm attr Name%>) ; <%end%>
The foreachRelatedWhere subcommand conditionally iterates across the set of instances obtained by navigating the relationships chain which begins at startref and is given by the relN arguments. A reference to each instance found is assigned to the instref variable and boolexpr is evaluated. If boolexpr evaluates to true (or non-zero), then body is executed. The body is terminated by a <%end%> macro command. The scope of the instref variable is confined to the statements in body unless it was previously declared. The relN arguments specify the relationship navigation and are of the same form as for the foreachRelated subcommand.
<%instance color foreachRelatedWhere pigm {pigm->Amount > 20} R23 ~R47 {R13 Pigment}%> printf("found pigment, %s\n", <%instance pigm attr Name%>) ; <%end%>
The instid subcommand generates a "C" rvalue expression of unsigned type that computes a small integer identifier for the instance reference held in the instref variable. The identifer values are sequential and range from 0 to the number of instances of the class of instref minus one. These numeric id's are useful for identifying instances outside of their domain and may be passed to the class idtoref command to recover the value of the instance reference.
unsigned cid = <%instance color instid%> ; <%Color mapcolor Color cid%> ;
The operation subcommand generates a "C" rvalue expression that invokes the instance based operation, opname, passing the paramN values as arguments. Parameter arguments must appear as parameter name / value pairs and the parameter names must match that of the signature of opname. All parameters must be supplied values and the parameter name / value pairs may in any order. The value of the instref references will become the value of self when the operation is invoked.
<%instance color operation incrRed incrAmount 20%> ;
The periodicsignal subcommand arranges for event to be signaled to the instance referenced by the instref variable no sooner than initial milliseconds in the future and to be signaled repeatedly after reload milliseconds elapses. Repeated signalling occurs until the periodic signal is canceled. If initial is given as zero, then the event is first signalled immediately. If reload is given as zero, then the event is signalled only once when the initial time elapses. The initial allows the periodic signalling to be synchronized to some other occurrance and subsequent events delivered at reload regular intervals. If there is no need to synchronize the periodic signals, then initial and reload may be given the same value. Note that periodic events may not carry parameters. Periodic signals may be queried for remaining time and canceled using the same commands as for delayed signals, i.e. delayremaining and canceldelayed.
<%instance c periodicsignal 50 100 Start%>
The selectRelated subcommand operates the same way as the foreachRelated subcommand, except the instances found during the relationship chain navigation are added to the instance set held in the instsetvar variable.
<%instance color selectRelated pigmset R23 ~R47 {R13 Pigment}%>
The selectRelatedWhere subcommand operates the same way as the foreachRelatedWhere subcommand, except the instances found during the relationship chain navigation are added to the instance set held in the instsetvar variable.
<%instance color selectRelatedWhere pigmset pigm {pigm->Amount > 20} R23 ~R47 {R13 Pigment}%>
The signal subcommand signals event to the instance referenced by the instref variable. If any of the nameN / valueN arguments are present, they are passed as the parameters to event. All parameters required by the event must be supplied and the parameter names must match those of the signature of the event. Event parameters are passed by name, so the ordering of the nameN valueN pairs is not significant.
<%instance c signal Start%>
The update subcommand updates the values of the attributes of the instance referenced by the value of the instref variable. Attributes and corresponding values are given in pairs. The valueN arguments may be any "C" rvalue expression.
<%instance c update Red 20 Blue 30 Green 40%> <%instance d update Red {20 * 3}%>
The instset command performs operations on instance sets. Instance sets are sets of instance references where all the instances are of the same class. Instance sets are created by the class instset and selectWhere commands and the instance selectRelated and selectRelatedWhere commands. The first argument to the instset command is always the name of a "C" variable that contains an instance set. The second argument is the name of a subcommand operation to be performed on the instance set.
The add subcommand adds the instance reference contained in the variable named, instref, to the instance reference set contained in the variable named, instsetvar. The instref instance must be of the same class as the other instance references in instsetvar. Adding a duplicate member to the set is silently ignored and the set property of instsetvar is maintained.
The cardinality subcommand generates a "C" unsigned rvalue expression which evaluates to the number of members of the instance reference set contained it the variable named, instsetvar.
<%Color selectWhere color {color->Blue < 30 && color->Red > 100} brcolors%> printf("%u blue / red colors present\n", <%instset brcolors cardinality%>) ;
The contains subcommand generates a "C" boolean rvalue expression which evaluates to true if the instance reference contained in the variable named, instref, is a member of the instance reference set contained in the variable named, instsetvar, and false otherwise. The instance referenced by instref must be of the same class as the references in instsetvar.
The empty subcommand generates a "C" boolean rvalue expression which evaluates to true if if the instance reference set contained in the variable named, instsetvar, has no members and false otherwise.
<%Color selectWhere color {color->Blue < 30} lowblues%> if (<%instset lowblues empty%>) { <%Color create lb Red 10 Blue 30 Green 50%> }
The equal subcommand generates a "C" boolean rvalue expression which evaluates to true if if the instance reference set contained in the variable named, instsetvar, is equal to the one contained in the variable named, compareset and false otherwise. For two instance reference sets to be equal the sets must be sets of the same class as well as contain the same instances of that class.
The foreachInstance subcommand iterates over the members of the instance reference set contained in the variable named instsetvar. Each instance reference in the set is assigned to the variable named, instref and body is executed. The <%end%> command terminates the body statements. The order of the iteration over the set is unspecified and should be considered arbitrary.
<%Color selectWhere color {color->Red > 30} highreds%> <%instset highreds foreachInstance highred%> <%instance highred assign {Red redValue}%> <%instance highred update Red {redValue - 20}%> <%end%>
The intersect subcommand computes the set intersection of the instance references contained in the setN variables and stores the result in the variable named, resultset. The resultset variable is declared if it does not already exist. All of the setN instance sets must refer to instances of the same class. The order of the appearance of the setN arguments does not affect the result.
The minus subcommand computes the set difference between the instance reference set held in the set1 variable and the instance reference set held in the set2 variable. The order of the arguments is significant as set1 is treated as the minuend and set2 is treated as the subtrahend (i.e. minus computes set1 - set2).
The notempty subcommand generates a "C" boolean rvalue expression which evaluates to true if if the instance reference set contained in the variable named, instsetvar, has at least one member and false otherwise.
The notequal subcommand generates a "C" boolean rvalue expression which evaluates to true if if the instance reference set contained in the variable named, instsetvar, is not equal to the one contained in the variable named, compareset and false otherwise.
The remove subcommand removes the instance reference contained in the variable named, instref, from the instance reference set contained in the variable named, instsetvar. The instref instance must be of the same class as the other instance references in instsetvar. Removing an instance reference that is not a member of the instsetvar set is silently ignored.
The selectOneInstance subcommand selects one arbitrary instance from the instsetvar instance set. A reference to the selected instance is assigned to instref. If instsetvar is empty, then instvar is set to NULL. If instavarset contains more than one instance, the instance reference assigned to instref is chosen arbitrarily from the set.
The union subcommand computes the set union of the instance references contained in the setN variables and stores the result in the variable named, resultset. The resultset variable is declared if it does not already exist. All of the setN instance sets must refer to instances of the same class. The order of the appearance of the setN arguments does not affect the result.
<%Color selectWhere lowred {lowred->Red < 30} lrset%> <%Color selectWhere highgreen {highgreen > 60} hgset%> <%instset lhset union lrset hgset%>
For each external entity defined by the eentity command in the domain configuration, a macro command is defined by the same name. For each external entity operation defined on an external entity, a subcommand is defined that is used to invoke the operation.
The eentity operation subcommands generate a "C" rvalue expression that invokes the external operation named, operation that has been defined for the eentity external entity. The paramN are pased as arguments to the operation. The type of the generated expresssion is the same as the declared return type of operation. Arguments must be given as param / value pairs. All arguments to operation must be given but the order of the parameter name / value pairs is arbitrary.
unsigned colorId = <%instance color instid%> ; unsigned shades = <%ColorEE getColorShades color colorId%> ;
Copyright © 2015 - 2020 by G. Andrew Mangogna


--- layout: post title: "The Week in Predictions" date: 2017-12-16 10:40:00 +0000 tags: image: https://s3.amazonaws.com/contrafabulists/2017-12-16-owl.jpg imagecredits: https://www.flickr.com/photos/53729489@N02/5152468082 ---
The Contrafabulists – Kin Lane and Audrey Watters – monitor predictions that technologists and marketers make about the future of technology. No surprise, most of the predictions are made about AI, a development whose future folks have been predicting incorrectly since the 1950s.
Here are the predictions made this week:
Oh. It’s my favorite prediction: “Robots will replace teachers by 2027,” says Futurism, repeating the claims of Anthony Seldon, a “British education expert.”
Via Bloomberg: “Space Startup Raises $90 Million to Start Moon Ads by 2020.” The goal, to be clear, is to get to the moon by 2020. To fund that: the moon ads.
Via CNBC: “Trader who called bitcoin rally says cryptocurrency will surge above $100,000 in 2018.”
TechRepublic predicts that “Only 10% of companies will achieve digital transformation with blockchain by 2022.”
Gartner predicts that “By 2020, Artificial Intelligence Will Create More Jobs Than It Eliminates.”
Via Futurism: “The World Bank Will Stop Fossil Fuel Financing Beginning in 2019.”
More from Futurism: “Prepare Yourself for the ‘Tsunami of Data’ Expected to Hit by 2025.” I am not sure how you prepare for the tsunami. Umbrellas and data storage units, I guess.


Jerry Mooyman
Software Developer
<EMAIL_ADDRESS>Use space key to navigate through all slides
Objective
To continue to learn new and exciting things
To continue to challenge myself
To have fun and enjoy developing software
Employment History
- PaySmart - Software Development Lead
- Aug 2015 - Current
- FIIG Securities - Software Development Lead
- Mar 2012 - Aug 2015
- Transmax - Senior Software Developer
- May 2007 - March 2012
- HealthTrack - Software Developer
- Mar 2005 - May 2007
FIIG Securities
- PaySmart - Software Development Lead
- Aug 2015 - Current
- FIIG Securities - Software Development Lead
- Mar 2012 - Aug 2015
- Transmax - Senior Software Developer
- May 2007 - March 2012
- HealthTrack - Software Developer
- Mar 2005 - May 2007
Transmax
Transmax produces traffic management software. They are a medium sized software team.
They service state and council government projects
Technology stack includes desktop applications, web services, windows services, embedded device drivers, SQL databases
Education
Bachelor of Information Technology (Computer Science)
Griffith University, Nathan Campus
GPA 6.1


--- title: A Radical New Router layout: post ---
We focused on a simple yet powerful idea: If a router can identify the first packet in a flow, it can just prescreen the remaining packets and bypass the routing and queuing stages. This approach would boost throughput, reduce packet loss and delays, allow new capabilities like fairness controls—and while we’re at it, save power, size, and cost. We call our approach flow management.
I wish I'd thought of this when designing the TurnTide Anti-Spam Router. It would have been a lot simpler to implement and maintain and would have allowed us to iterate a lot faster.


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| Language | |
|---|---|
| Java | |
| C | |
| C++ | |
| HTML | |
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| Swift 4 |
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| Software | |
|---|---|
| Adobe Suite | |
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| Windows | |
| Android | |
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| WebStorm | |
| PHPStorm | |
| Xcode 9 | |
| AutoCad |
Worked on design and development of iOS application for terminal / depot managers for dashboard communication.Experience working in iOS frameworks like foundation, UIKit, Core data, Core text, Core animation, Core location, ImageKit, SQLLite, Cocao, Cocao touch frameworks. Integrated Apple Push Notifications Services (APNs) for propagating information to iOS.
Worked on extracting data using SQL queries and conducted exploratory data analysis using Excel and R. Evaluated the use of a Messenger BOT as a possible mean to interact with the user.
Designed logos, brochures, presentations for print & digital media campaigns using Photoshop, Illustrator. Interacted with clients on project deliverables, and consulted with them for social media marketing strategies.
I am a student at University of Mumbai, constantly looking to enhance a broad analytics skill set. I enjoy collaborative and cross-functional nature of work demanding technical, analytical, organizational and problem solving skills. I'm dynamic and goal oriented having a sense of responsibility, leadership and communication skills.


Michael Wells has a diverse background that focuses on quality, detail, community, and personal growth which is represented in his time working and learning in some of the worlds most renowned restaurants, to his work as an account manager and educator in coffee, and now his passion-based work in philosophy editing and running a book store. He now seeks to bring this drive and experience to computer programming.
Aleatory Books was started based on long-standing work and passion in the fields of theory, art, and politics. It aims to be interdisciplinary and inclusive of creating new potential amongst artists, thinkers, and writers and exposing work to new audiences. It is a project of intentionality and collaboration. It operates as an online and nomadic bookstore, publisher, and event organizer.
Responsibilities include
The New Centre is a non-profit, higher education institute offering graduate-level certificate programs, workshops, seminars, exhibitions, residencies, and conferences in Critical Philosophy, Social & Political Thought, Curatorial Practice, and Transdisciplinary Research & Practice.
Responsibilities included
Stumptown Coffee Roasters is a Portland based specialty coffee company, with locations nationwide, that sets industry standards for quality as well as sourcing practices.
Responsibilities included
Ned Ludd is a small wood-fired restaurant focusing on American rustic food with classic European technique and northwestern ingredients. Residing next door, Elder Hall is an event space used for small and large parties, classes, talks, cookbook releases, as well as off-site catering and events.
Responsibilities included
Within the same restaurant group Comet, Honeypie and Northdown are high-volume restaurants that focus on locally sourced, Midwestern-inspired, scratch-made comfort food and craft beer. All three restaurants serve breakfast, lunch and dinner in a relaxed environment with a heavy emphasis on making well-crafted food accessible.
Responsibilities included
"Epicodus is a vocational school for aspiring programmers in Portland and Seattle. We train individuals to think like an engineer and enter the tech industry with confidence. We are the longest coding program in Portland and Seattle, with the most curriculum covered. In addition to coding, our hands-on, applied-learning method sharpens our students' ability to collaborate, communicate and influence. In addition, we guarantee a 5-week internship at the end of the curriculum. This helps our students create success stories in the real world and achievements to share as they enter the job market."
"The New Centre is a non-profit, higher education institute offering graduate-level certificate programs, workshops, seminars, exhibitions, residencies, and conferences in Critical Philosophy, Social & Political Thought, Curatorial Practice, and Transdisciplinary Research & Practice. Our carefully selected network of thinkers and scholars advise and assist those seeking to make the transition between undergraduate and graduate schools, as well as from graduate school to the professions. Through studying at the New Centre, students practice graduate level research in a manner that does not interrupt their existing academic aspirations, but instead complements, enhances, and intensifies them."
Restaurant Noma is a high-end tasting menu restaurant that focuses on "New Nordic" cuisine. They currently hold two Michelin stars and were rated number one restaurant in the world.
Responsibilities include
This is a mock website for a vacation to Mars created in class at Epicodus. It was created using HTML, CSS, and bootstrap.
This was an exercise at Epicodus where we're tasked with recreating the Wikipedia homepage. This was done by using HTML, CSS, and Bootstrap.
Utilizing HTML and CSS, my Epicodus partner and I built this mock cupcake shop website and practiced utilizing different ways to style and layout a webpage.


Wenjing Fang
Creative actuary & data scientist with 8+ years of industry experience in model development & testing, valuation, and actuarial auditing, plus a proven record of delivery, ownership, and adaptabilityExperiences
Jan.2016Jul.2020
Prudential Financial
Director, Actuary Hartford, CT US- Leading development of GGY AXIS ALM model for multiple business use cases, such as AAT, C3P1 and DST. The model serves as the core calculation engine for the end-to-end modeling solution
- Working with business partners to build the enterprise end-to-end modeling platform; Supporting Unit Testing and User Acceptance Testing; Authoring model technical specifications
- In charge of Asset modeling in GGY AXIS covering fixed income assets, derivatives, equity and structured assets
- In charge of Reinvestment modeling in GGY AXIS to mimic Prudential's Global Portfolio Management practice; Modeling complex reinvestment strategies using internal coding algorithm
May.2015Aug.2015
Voya Financial (ING US)
Actuarial Intern Winsor, CT US- Converting the spreadsheet-based assumption tables into a standardized database and designing a MSV table creator to automate input table creation process for the MoSes model
- Redesigning the validation tools for the quarterly production as the major control. Improved the efficiency of the procedure by more than 80 percent
- MoSes CFT model testing and developing
Dec.2009Jun.2014
PricewaterhouseCoopers
Senior Associate Beijing, China- Actuarial auditing and Dynamic Solvency Test reviewing. Working as key team member in actuarial due diligence for multiple Merge and Acquisition projects
- In charge of several local actuarial consulting projects, including Asset Liability Management modeling, actuarial system conversion, business plan and expense study
- Rich experience in life insurance pricing and valuation. Familiar with statutory reserving, China GAAP reserving and traditional Embedded Value
Selected Projects
20162017
GGY AXIS Model Conversion
Prudential- Leading GGY AXIS model conversion for Prudential's cashflow testing models
- Designing consistent paradigm for the model building and running process
- Utilizing formula-link and external DLLs to streamline the datalink process
- Creating best practice documentation such as AXIS parallel development SOP, AXIS naming convention SOP, and AXIS formula coding SOP, etc
20172019
Internal Asset Modeling
Prudential- Leveraging GGY AXIS as the internal asset modeling platform; Converting all asset classes from legacy asset projection platforms
- Integrating asset projection model with the main ALM model to promote "one model" concept
- Validating asset projections and market value calculations in spreadsheets and VBA
- Working with IT partners to build the pipeline to populate asset warehouse for the downstream users
20172020
Reinvestment Strategies Modeling
Prudential- Implementing user defined reinvestment strategies using formula table in AXIS; Defining flexible input structure to allow user to specify features/components of the desired reinvestment strategy
- Coding target allocation strategies with rich features including passive/active rebalancing, duration matching, swap hedging risk limit sales, etc
Education
20142015
M.S. in Applied Financial Mathematics
University of Connecticut Storrs, CT US
20082010
M.S. in Actuarial Science and Risk Management
Renmin University of China Beijing, China
20042008


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Navigating a racist, fatphobic, and sexist system with a marginalized body that is facing the effects of weathering from generational and present traumas.
How do we reconcile with the way that medicine is held up and necessary in our society with its racist and ableist histories?
How is advocacting for one's own health and autonomy in medical space a form of assimilative labor for intersectionally marginalized individuals?
How has health become a privilege that is harder to access for intersectionally marginalized individuals?
I have added a * near readings that are written by intersectionally marginalized individuals or are the direct interviews of these intersectionally marginalized individuals. We would ask you to prioritize those readings/watchings. Please note -- inclusion in this list does not mean endorsement. <3


State: {{paper.state}}
Remaining Issues: {{paper.pending_issues_count}}
Your role: {{paper.user_permissions}}


This website was created with the hopes to provide an easy to read, easy to navigate guide for the Mage community in World of Warcraft as well as host various Simulation resources in an easy to read table format.
If you would like to contribute to the website in any way, the main github repository can be found here:
Please feel free to submit a Pull Request
Finally, in order to contact me for questions regarding the guide, simulations or the website, feel free to message me on Discord on Glynny#2604


control - Procedures for control flow structures.
The control package provides a variety of commands that provide additional flow of control structures beyond the built-in ones provided by Tcl. These are commands that in many programming languages might be considered keywords, or a part of the language itself. In Tcl, control flow structures are just commands like everything else.
The control command is used as a configuration command for customizing the other public commands of the control package. The command argument names the command to be customized. The set of valid option and subsequent arguments are determined by the command being customized, and are documented with the command.
When disabled, the assert command behaves exactly like the no-op command.
When enabled, the assert command evaluates expr as an expression (in the same way that expr evaluates its argument). If evaluation reveals that expr is not a valid boolean expression (according to [string is boolean -strict]), an error is raised. If expr evaluates to a true boolean value (as recognized by if), then assert returns an empty string. Otherwise, the remaining arguments to assert are used to construct a message string. If there are no arguments, the message string is "assertion failed: $expr". If there are arguments, they are joined by join to form the message string. The message string is then appended as an argument to a callback command, and the completed callback command is evaluated in the global namespace.
The assert command can be customized by the control command in two ways:
[control::control assert enabled ?boolean?] queries or sets whether control::assert is enabled. When called without a boolean argument, a boolean value is returned indicating whether the control::assert command is enabled. When called with a valid boolean value as the boolean argument, the control::assert command is enabled or disabled to match the argument, and an empty string is returned.
[control::control assert callback ?command?] queries or sets the callback command that will be called by an enabled assert on assertion failure. When called without a command argument, the current callback command is returned. When called with a command argument, that argument becomes the new assertion failure callback command. Note that an assertion failure callback command is always defined, even when assert is disabled. The default callback command is [return -code error].
Note that control::assert has been written so that in combination with [namespace import], it is possible to use enabled assert commands in some namespaces and disabled assert commands in other namespaces at the same time. This capability is useful so that debugging efforts can be independently controlled module by module.
% package require control % control::control assert enabled 1 % namespace eval one namespace import ::control::assert % control::control assert enabled 0 % namespace eval two namespace import ::control::assert % one::assert {1 == 0} assertion failed: 1 == 0 % two::assert {1 == 0}
The do command evaluates the script body repeatedly until the expression test becomes true or as long as (while) test is true, depending on the value of option being until or while. If option and test are omitted the body is evaluated exactly once. After normal completion, do returns an empty string. Exceptional return codes (break, continue, error, etc.) during the evaluation of body are handled in the same way the while command handles them, except as noted in LIMITATIONS, below.
The no-op command takes any number of arguments and does nothing. It returns an empty string.
Several of the commands provided by the control package accept arguments that are scripts to be evaluated. Due to fundamental limitations of Tcl's catch and return commands, it is not possible for these commands to properly evaluate the command [return -code $code] within one of those script arguments for any value of $code other than ok. In this way, the commands of the control package are limited as compared to Tcl's built-in control flow commands (such as if, while, etc.) and those control flow commands that can be provided by packages coded in C. An example of this difference:
% package require control % proc a {} {while 1 {return -code error a}} % proc b {} {control::do {return -code error b} while 1} % catch a 1 % catch b 0
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category control of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
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"AGATE "(Hebrews shebo), a precious stone in the breast-plate of the high priest (Exodus 28:19; 39:12), the second in the third row. This may be the agate properly so called, a semi-transparent crystallized quartz, probably brought from Sheba, whence its name. In Isaiah 54:12 and Ezekiel 27:16, this word is the rendering of the Hebrew cadcod, which means “ruddy,” and denotes a variety of minutely crystalline silica more or less in bands of different tints. This word is from the Greek name of a stone found in the river Achates in Sicily.
"AGATE "(Hebrews shebo), a precious stone in the breast-plate of the high priest (Exodus 28:19; 39:12), the second in the third row. This may be the agate properly so called, a semi-transparent crystallized quartz, probably brought from Sheba, whence its name. In Isaiah 54:12 and Ezekiel 27:16, this word is the rendering of the Hebrew cadcod, which means “ruddy,” and denotes a variety of minutely crystalline silica more or less in bands of different tints.
This word is from the Greek name of a stone found in the river Achates in Sicily.