Affliction * * * * (out of * * * * )
Directed by Paul Schrader. Cast: Nick Nolte, Sissy Spacek, James Coburn, Mary Beth Hurt, Willem Dafoe, Jim True, Marian Seldes, Holmes Osborne, Brigid Tierney, Sean McCann, Wayne Robson, Eugene Lipinski. 1998 - 114 minutes. Rated R (for violence and profanity). Reviewed January 8, 1999.
Paul Schrader's "Affliction" is such an angry and bitter motion picture that you can almost physically feel the emotional coldness that is brewing under the surface of the two central characters who are living in the wintry, snowy landscape of New Hampshire: a brutal, insensitive father (James Coburn) whose shockingly heartless and cruel character traits seem to be rubbing off on his son, Wade Whitehouse (Nick Nolte), a small-town sheriff in his fifties.
As "Affliction" opens, it is Halloween night, although it certainly doesn't appear to be, as the entire town is covered in a heavy blanket of snow. Wade is taking his young daughter, Jill (Brigid Tierney), to a Halloween party, but before the night is over, the unhappy Jill has called her mother and Wade's ex-wife, Lillian (Mary Beth Hurt), to come and get her.  The following day, a hunting accident involving one of Wade's friends goes awry, leaving the other man, who slipped on the snow and ice and shot himself, dead. Although there is no evidence that would lead anyone to believe otherwise, Wade is convinced that there was a conspiracy to murder him, and that maybe even the mob is in on it. Finally, there is a love interest in Wade's life, Maggie Fogg (Sissy Spacek), an understanding and caring waitress who only wants to make Wade happy. From the first shot of Wade, it is obvious that he has an edgy temper, and as the film progresses, we are treated to glimpses of his traumatic childhood, as he was constantly bullied and terrorized by his abusive and emotionally wounding father. There are slight traces of his father in Wade, to be sure, and he knows it himself, but seems trapped, not only in his life, but in what is quickly becoming an inevitable transformation into his father, whom he desperately hates.
"Affliction" reminded me of an equally brilliant previous film from 1998, "The Celebration," which dealt with many of the same topics, such as the hurtful wounds and hatred in a family. Based on a novel by Russell Banks, whose other book, "The Sweet Hereafter," was adapted superbly for the screen in 1997 by Atom Egoyan, "Affliction" is a superior piece of work and an enormous accomplishment for director Paul Schrader, who wrote such film classics as 1976's "Taxi Driver" and 1980's "Raging Bull," and specializes in the underlying dark emotions of the human psyche.
One of the pleasures I always get from a motion picture like "Affliction," although the subject matter is difficult at times, is its multi-layered story. It would be easy enough to create a film about a man losing his grip with saneness, but it is completely another thing to create multiple subplots, such as the hunting accident mystery, which may just be part of Wade's deterioration; his relationship with his confused daughter; and his romantic involvement with Maggie. All of these elements smoothly come together to form an extraordinary tapestry of the human conditon, and a more affirming character study of Wade, who is not a bad man, but finds his grim future inescapable.
As Wade, Nick Nolte gives, perhaps, the best performance of the year. He is flawless throughout, and seamlessly is able to convey all of his character's feelings to the audience without spelling it out with words. Wade is heartbreaking because of the reality that he knows he is headed for, but doesn't want to go to, and Nolte is certainly up to the challenge. Meanwhile, James Coburn is hateful and even terrifying as Wade's father, and whenever he appeared on screen I was taken over by a deep sense of dread at what he might say or do. If an actor can make you believe he is as mean and sick of a human being as Coburn does, it is a sign of an exceptional performance. Lending fine support are Sissy Spacek, who was refreshing to see after a considerable absense from the screen lately, and in her portrayal of Maggie Fogg, we sympathize with her plight as she sees the man she loves slowly begin to turn into his nightmarish father. And as Jill, Wade's daughter, Brigid Tierney gives an amazing performance, for we believe that she is her character, a young girl in the middle of her love, and fear, of her own father, and her longing to be in the confines of the safety of her mother. The film is occasionally narrated by Rolfe, Wade's younger brother (Willem Dafoe), who is living far away but briefly makes an appearance a little over an hour into the film.
Adding to the effectiveness of the picture is the simple, yet perfectly realized, music score by Michael Brook, and the blustery, atmospheric cinematography by Paul Sarossy, which grows to become an effective metaphor for the isolation that appears between the characters.
As I watched "Affliction," I was not quite sure where everything was headed, and the masterfully-done climax caught me by utter surprise, and left me with feelings of uneasiness, which was entirely appropriate since the film was only staying true to itself. All of the plot threads never seemed false or out of place, and I never once doubted the reasoning and emotions of the characters. Paul Schrader not only shows his grand abilities of directing the film, but also for writing its remarkable screenplay, which, I doubt, could have been any better. "Affliction" is one of the most powerful and heartwrenching films of 1998.
- Copyright 1999 by Dustin Putman < Dustin Putman's Film Haven >
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


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# entry point to game
def tick args
# set the game's background color
# try changing these numbers and seeing how
# the background color changes
args.outputs.background_color = [40, 44, 52]
end
# reset the game on save
$gtk.reset
def tick args
# add a sprite
# try change these numbers to see
# how the sprite changes
args.outputs.sprites << [
0, # X
0, # Y
20, # W
20, # H
'sprites/square-green.png', # PATH
]
# list of sprites you have availble to you:
# colors of the rainbow ROY G BIV.
# - sprites/square-red.png
# - sprites/square-orange.png
# - sprites/square-yellow.png
# - sprites/square-green.png
# - sprites/square-blue.png
# - sprites/square-indigo.png
# - sprites/square-violet.png
# - sprites/square-black.png
# - sprites/square-white.png
# - sprites/circle-red.png
# - sprites/circle-orange.png
# - sprites/circle-yellow.png
# - sprites/circle-green.png
# - sprites/circle-blue.png
# - sprites/circle-indigo.png
# - sprites/circle-violet.png
# - sprites/circle-black.png
# - sprites/circle-white.png
args.outputs.background_color = [40, 44, 52]
end
# reset the game on save
$gtk.reset
tick
method is executed 60
times a second. To
store the location of a sprite accross frames, we need to store it in args.state
.
def tick args
# initialize the x location once
# using Ruby's ||= operator
args.state.x ||= 0
args.state.y ||= 0
# every tick, increment the location
# of the sprite by 1
args.state.x += 1
args.state.y += 1
# if the sprite is off the screen
# move it back to the original position
# the size of this canvas is
# 160 pixels by 90 pixels
if args.state.x > 160
args.state.x = -10
end
if args.state.y > 90
args.state.y = -10
end
# render the sprite based on state
args.outputs.sprites << [
args.state.x, # X
args.state.y, # Y
20, # W
20, # H
'sprites/square-green.png', # PATH
]
args.outputs.background_color = [40, 44, 52]
end
$gtk.reset


THE WIDOW OF SAINT-PIERRE A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): ***
What does a little town do if they condemn a murderer to death and they have neither the means nor the man to carry out the sentence? Based on a true story, the movie is set in 1849 on the remote French island of Saint-Pierre, off the coast of Newfoundland. Without a guillotine or an executioner, the town is forced to wait.
 Like THE GIRL ON THE BRIDGE, the script is again a bit thin, but the acting is quite good, and Eduardo Serra's cinematography is chillingly evocative. You've seen Serra's stunning work most recently in UNBREAKABLE and most spectacularly in WHAT DREAMS MAY COME.
After being promptly tried and convicted of murder, Neel Auguste (Emir Kusturica) is sent to wait indefinitely in a cell in the island's military compound. Luckily for him, the wife of the captain in charge turns out to a woman with extremely liberal ideas when it comes to prisoner's rights. "Men are bad one day and good the next. I'm sure of that," she says. Known as Madame La, a shortened version of Madame La Capitaine, she is played warmly by Juliette Binoche, the recent Oscar nominee for CHOCOLAT, an honor that she didn't really deserve. She is good here as she is in CHOCOLAT, but neither performance is worthy of an Academy Award. There is an important difference between good and great.
Living on the second floor of the compound, the captain (Auteuil) and his wife begin treating the convict with the graciousness that one would accord a guest. With an unlocked cell, Neel is free to come and go at will. A sweet and gentle man who made one hideous mistake in his life, Neel would no sooner bolt for his freedom than your kids would leave forever if you didn't lock the door.
The relationship among this unusual threesome, the career soldier, the soldier's wife and the criminal, evolves in ways both predictable and quite unpredictable. The prisoner goes from being scorned by the townsfolk to being a local hero. The civilian authorities, however, view him as nothing more than an embarrassment and a big thorn in their sides.
When it begins to look like Neel's execution may be carried out, the working class members of the island start to revolt. A never satisfactorily explored subtheme involves the political undercurrents of that period of French history. "Uprising strengthen regimes that they don't overthrow," the head of the island government, quoting Victor Hugo, says of the potential for revolutionary acts among the local peasants. It is a cocky attitude, but that was a time when the ruling class had a much better chance of keeping their heads than did those of lesser means. Or did they? THE WIDOW OF SAINT-PIERRE makes you want to crack open your history books and learn more. It's an intriguing tale.
THE WIDOW OF SAINT-PIERRE runs 1:47. The film is in French with English subtitles. It is rated R for a scene of sexuality and brief violence and would be acceptable for teenagers.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This should be set the simulator version of a currently installed SDK. For later versions of XCode, you can set this value to 'iphonesimulator' to automatically use the latest available version of the SDK. If this does not work, you can identify a specific version by issuing the following command in Terminal:
xcodebuild -showsdks


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You have been registered for this awsome service. Please check your email listed below for instructions.


Suggestions
The suggestions
module, which lists suggestions for your code, such as ideas for how
compiler errors can be fixed, lists unused code, suggests copyrights
whose year ranges need to be updated, etc.
This feature is still being designed and implemented.
Check out http://tasklist.netbeans.org and the
<EMAIL_ADDRESS>mailing list to get informed
and provide feedback.
The "Suggestions View" shows a list of suggestions generated
by various pieces in the IDE. For example, there is a copyright
checker which makes sure that if there is a copyright string
near the top of the source file, the current year is included,
and if that is not the case, it provides a suggestion that it
is fixed. In many cases, the suggestions can be fixed automatically,
by simply double clicking on the suggestion.
The Suggestions View typically shows suggestions for the
current source file. However, if you select a directory
in the explorer and go to the Tools menu, you can
run the Scan Directory for Suggestions action. This
will recursively process all source files in the directory
and list suggestions for these in a separate view. This
is a convenient way to for example fix the copyright years
on all your source files. Note that you can shift select
all the suggestions and right click to select Fix...,
and now you will iterate through all the suggestions.
Creating these suggestions often involve a lot of processing.
By default, this processing happens every time you edit a
source file (after a short delay). You can change this such
that suggestion scanning only occurs when you save a file.
You can also simply hide the Suggestions View temporarily if
you want to free up the CPU for something else (such as running
an ant task), since processing only occurs when the Suggestions
View is visible. You can also customize how long the suggestion
scanner should wait after an edit before starting a scan.
You can find these options by selecting "Edit Categories..." in
the context menu in the Suggestions View.
The following is a list of suggestion providers you might
have available. Modules can add more suggestion providers, so this list
may not be complete.
- Java Compilation Errors. Lists all the java compilation errors
encountered while background-parsing the current source file. It will
also fix suggestions for how the errors can be fixed. For example, it
may suggest that a particular import statement is added, or the
capitalization of an identifier may be changed, or a new method
created.
- Rule Checking. Using the PMD utility, it checks the source file
for violations of rules. This will for example list unused methods,
empty if blocks, etc.
- Javadoc Errors. Lists all methods in the current file that have
errors in their javadoc. The javadoc may be missing, or the parameter
list incomplete, or a @return missing, etc. Allows some of these to be
corrected automatically.
- HTML Errors. Lists errors and warnings in your HTML, XML and JSP
documents, such as missing ALT tags, mismatched tags, etc. Allows the
document to be cleaned up and reformatted automatically.
- Copyright Errors. Lists copyright items where the year or year
range does not include the current year. Allows these to be corrected
automatically.
- Due Tasks. Lists tasks in the user task view that are already
due or will become due in the next 36 hours (e.g. roughly today or
tomorrow).
- Source Tasks. Lists tasks found in the source file, where a task
is an entry in a comment marked by FIXME, TODO or XXX.
Fixing a Suggestion
Some tasks have associated Fix operations. When that is the case,
double clicking on the suggestion will bring up the Fix Confirmation
Dialog. The Fix confirmation dialog varies from suggestion to
suggestion, but typically it provides details describing exactly
what applying Fix is going to change - and gives you a Cancel button
if you change your mind.
You can select multiple suggestions at once (using the Shift key
or the Control key), and then right click and select Fix. This
will apply Fix to each item in the selection list, which provides
you with a quick way to apply a number of suggestions. When multiple
suggestions have been selected, the confirmation dialog includes
a "Fix All" button which bypasses the confirmation step for each
suggestion and simply performs the suggestions quietly. It will
also have a "Skip" button you can use to skip one particular
suggestion and move to the next.
Show Source Code
Whenever a confirmation dialog is shown for a suggestion, its
associated file position is also shown in the editor. If a
suggestion does not have an automatic fix operation, the
default operation on double click is to show the source position.
For suggestions with automatic fix, you can right click and
select "Go To Source" to show the source position for a suggestion.
Filtering Suggestions
If you want to limit your focus to suggestions of one particular
category, use the "Show" action in the Suggestions View context menu.
It lists the categories of suggestions, such as "Java Compilation
Errors". When you select one of these, only suggestions in that
category are shown (and more importantly, the other categories are no
longer processed, so your computer doesn't have to work as hard.)
If you want to get back to showing all suggestions, simply select
"All" from the Show menu.
Disabling Suggestions
If you are not interested in a particular category of suggestions, such
as
"Copyright Problems", you can disable it. This will make your
suggestions view less cluttered since it only lists suggestions
you are interested in. To disable a category, right click on
a suggestion and select "Disable Category". You can also
show the "Edit Categories..." dialog - and this is what you have
to do if you want to bring back a category you have previously
disabled.
The "Edit Categories" dialog
lists the available categories
as rows in a table. Additional columns allow you to enable/disable
each category, and for those that are enabled, turn off
confirmation dialogs when the suggestion is performed.
When confirmation is disabled for a category, selecting
"Fix..." on a suggestion will perform the fix without showing
the confirmation dialog.
Important: Note that disabling a category applies to
all suggestions of that particular category. For example,
if there is a particular rule suggestion you don't want
to see, such as "unused import", disabling it means that
ALL rule suggestions are disabled, not just this particular
rule. To customize which rules are run, right click
and select "Edit Rules...".
Finally, the dialog allows you to control the scanning behavior
of sourcefile-oriented suggestions. You can choose to have
the suggestion list updated whenever the document is edited,
or just when the document is saved. You can also change the
scanning delay to be more or less aggressive. The scanning
delay is the time interval that the suggestions view will
wait after a file edit or file save before it starts checking
the source for suggestions.
Category-specific Help
- The Java Compilation Errors are cued off of the java module's
parser - so it ignores the save-vs-edit behavior.
This module also depends on the specific English error strings
created by the compiler. If somehow you are running the compiler in a
different locale, this may break the module. This should be fixed by
JSR-199 when that becomes available.
- The Rule Violations suggestions provide automatic fix performers
for unused imports, duplicate imports, and unused fields. Not all
unused fields have automatic fixers, since in some cases doing it
automatically might be risky.
- The Javadoc error does not handle parameter renaming well. In
particular, let's say that you had a method with a single parameter
named "foo", and you documented this with a "@param foo" javadoc tag.
Then you've renamed the parameter to "bar" and forgot to update the
javadoc. The javadoc scanner will not realize that "@param foo" is
referring to parameter "bar", so you will get two errors: no javadoc
for "bar", and javadoc for a nonexistent parameter "foo". When you
autofix this javadoc, it will create a new empty javadoc tag for "bar",
and remove the javadoc tag for "foo", instead of renaming (and
persisting) the existing javadoc.
- The Javadoc error provider will list separate suggestions for
separate problems found in a method's javadoc. However, running Fix on
the suggestion will fix ALL the problems in the javadoc in a single
operation. You cannot fix one individual problem automatically.
- The HTML error provider works on HTML files, XML files and JSP
files. The errors are provided by the "Tidy" utility behind the scenes.
It was mostly written for HTML files so it is not clear how useful the
errors are in XML or JSP files.
In the context menu, you can find a "Cleanup/Rewrite" action.
When you select this, your entire document will be cleaned up (meaning
wrong tags moved or removed, etc.) and reformatted. By selecting the
Preview button in the dialog, you can get a before-and-after diff of
the changes performed.
You can run this action on documents that don't have
suggestions as well. Select the given HTML document, and then look in
the Tools menu - the action should be there.
- You can customize the tokens that are used to locate source code
tasks: XXX, TODO, FIXME. Go to the Options dialog and select "Task List
Editor Support"; you will find a setting named "Scan Regular
Expression". This is a regular expression your source comments are
matched against.
If you have any questions or comments, write to
<EMAIL_ADDRESS>.
Comments & requests to<EMAIL_ADDRESS>.
Further information at http://tasklist.netbeans.org
.


High Summoner Galatea:
First, go to Trader Lara in the Town of Dion and have your Arcana Cards made. You cannot enter into a battle with another Summoner without one of these cards.
You must battle and defeat 6 Summoners in order to pass the Trials of the Summoner.
Do you have any other questions?
Ask about battle methods.
Ask about Arcana Cards.
Ask how to create an Arcana Card.
Ask about potential opponents.


UITableView
Delegate and DataSource
UITableView
closures make it easy to implement UITableViewDelegate
and
UITableViewDataSource
protocol methods in an organized way. The following
is an example of a simple table view that displays strings in a basic cell.
func loadTableView() {
tableView.register(UITableViewCell.self, forCellReuseIdentifier: "Cell")
tableView
.numberOfRows { _ in
countries.count
}.cellForRow { indexPath in
let cell = tableView.dequeueReusableCell(withIdentifier: "Cell", for: indexPath)
cell.textLabel!.text = countries[indexPath.row]
return cell
}.didSelectRowAt {
print("\(countries[$0.row]) selected")
}.reloadData()
}
Arrays
These operations are common. Usually, they involve populating the UITableView
with the values from an array.
Important
Please remember that SwiftArray
s are value types. This means that they
are copied when mutated. When the values or sequence of your array changes, you will
need to call addElements
again, just before you call reloadData().
func loadTableView(countries: [String]) {
tableView
.addElements(countries, cell: UITableViewCell.self) { country, cell, index in
cell.textLabel!.text = country
}.reloadData()
}
Multiple Sections
And finally, you can just as easily have a grouped table view, by binding a 2-dimensional array. Before calling this method, we grouped the countries by their first letter.
func loadTableView(countries: [[String]]) {
tableView.addSections(
countries,
cell: UITableViewCell.self,
headerTitle: { countryArray,index in
String(countryArray.first!.first!)},
row: { country, cell, index in
cell.textLabel!.text = country
})
/**
This also allows you to override any default behavior so
you aren't overly committed, even though you're initially binding everything
to the `Array`.
*/
tableView
.estimatedHeightForHeaderInSection { _ in
30
}.heightForHeaderInSection { _ in
30
}.reloadData()
}
-
This method defaults many of the boilerplate callbacks needed to populate a UITableView when using an
Array
as a data source. The defaults that this method takes care of:- Registers the cell’s class and reuse identifier with a default value
- Optionally uses a cellNibName value to create the cell from a nib file from the main bundle
- Handles cell dequeueing and provides a reference to the cell
in the
row
closure for you to modify in place. - Provides the number of sections
- Provides the number of rows
This method simply sets basic default behavior. This means that you can override the default table view handlers after this method is called. However, remember that order matters. If you call this method after you override the
numberOfSectionsIn
callback, for instance, the closure you passed intonumberOfSectionsIn
will be wiped out by this method and you will have to override that closure handler again.Important
Please remember that SwiftArray
s are value types. This means that they are copied when mutaded. When the values or sequence of your array changes, you will need to call this method again, just before you call reloadData(). If you have a lot of table view customization in addtion to a lot of updates to your array, it is more appropriate to use the individual closure handlers instead of this method.
An example of calling this method:
tableView.addElements(<#myArray#>, cell: <#MyUITableViewCellClass#>.self) { element, cell, index in cell.textLabel!.text = <#T##someString(from: element)##String#> }
Declaration
Swift
public func addElements<Element,Cell>( _ elements: [Element], cell: Cell.Type, cellNibName: String? = nil, row: @escaping (_ element: Element, _ cell: inout Cell,_ index: Int) -> Void) -> Self where Cell: UITableViewCell
Parameters
array
An Array to be used for each row.
cell
A type of cell to use when calling
dequeueReusableCell(withIdentifier:for:)
cellNibName
If non-nil, the cell will be dequeued using a nib with this name from the main bundle
row
A closure that’s called when a cell is about to be shown and needs to be configured.
Return Value
itself so you can daisy chain the other datasource calls
-
This method defaults many of the boilerplate callbacks needed to populate a UITableView when using an
Array
as a data source. The defaults that this method takes care of:- Registers the cell’s class and reuse identifier with a default value
- Optionally uses a cellNibName value to create the cell from a nib file from the main bundle
- Handles cell dequeueing and provides a reference to the cell
in the
row
closure for you to modify in place. - Provides the number of sections
- Provides the number of rows
- Calls the headerView handler when each section title view needs to be shown.
This method simply sets basic default behavior. This means that you can override the default table view handlers after this method is called. However, remember that order matters. If you call this method after you override the
numberOfSectionsIn
callback, for instance, the closure you passed intonumberOfSectionsIn
will be wiped out by this method and you will have to override that closure handler again.Important
Please remember that SwiftArray
s are value types. This means that they are copied when mutaded. When the values or sequence of your array changes, you will need to call this method again, just before you call reloadData(). If you have a lot of table view customization in addtion to a lot of updates to your array, it is more appropriate to use the individual closure handlers instead of this method.
An example of calling this method:
tableView.addSections( <#my2dArray#>, cell: <#MyUITableViewCellClass#>.self, headerView: { array, index in <#T##aView(from: array)##UIView#>}, row: { element, cell, index in cell.textLabel!.text = <#T##someString(from: element)##String#>} )
Declaration
Swift
public func addSections<Element,Cell>( _ elements: [[Element]], cell: Cell.Type, cellNibName: String? = nil, headerView: @escaping ((_ elements: [Element], _ index: Int) -> UIView), row: @escaping (_ element: Element, _ cell: inout Cell,_ index: Int) -> Void) -> Self where Cell: UITableViewCell
Parameters
array
A two dimensional
Array
to be used for each section.cell
A type of cell to use when calling
dequeueReusableCell(withIdentifier:for:)
cellNibName
If non-nil, the cell will be dequeued using a nib with this name from the main bundle
headerView
A closure that provides the information needed to display the section’s header as an instance of
UIView
.row
A closure that’s called when a cell is about to be shown and needs to be configured.
Return Value
itself so you can daisy chain the other datasource calls
-
This method defaults many of the boilerplate callbacks needed to populate a UITableView when using an
Array
as a data source. The defaults that this method takes care of:- Registers the cell’s class and reuse identifier with a default value
- Optionally uses a cellNibName value to create the cell from a nib file from the main bundle
- Handles cell dequeueing and provides a reference to the cell
in the
row
closure for you to modify in place. - Provides the number of sections
- Provides the number of rows
- Calls the headerView handler when each section title view needs to be shown.
This method simply sets basic default behavior. This means that you can override the default table view handlers after this method is called. However, remember that order matters. If you call this method after you override the
numberOfSectionsIn
callback, for instance, the closure you passed intonumberOfSectionsIn
will be wiped out by this method and you will have to override that closure handler again.Important
Please remember that SwiftArray
s are value types. This means that they are copied when mutaded. When the values or sequence of your array changes, you will need to call this method again, just before you call reloadData(). If you have a lot of table view customization in addtion to a lot of updates to your array, it is more appropriate to use the individual closure handlers instead of this method.
An example of calling this method:
tableView.addSections( <#my2dArray#>, cell: <#MyUITableViewCellClass#>.self, headerTitle: { array, index in <#T##aTitle(from: array)##String#>}, row: { element, cell, index in cell.textLabel!.text = <#T##someString(from: element)##String#>} )
Declaration
Swift
public func addSections<Element,Cell>( _ elements: [[Element]], cell: Cell.Type, cellNibName: String? = nil, headerTitle: ((_ elements: [Element], _ index: Int) -> String)? = nil, row: @escaping (_ element: Element, _ cell: inout Cell,_ index: Int) -> Void) -> Self where Cell: UITableViewCell
Parameters
array
A two dimensional
Array
to be used for each section.cell
A type of cell to use when calling
dequeueReusableCell(withIdentifier:for:)
cellNibName
If non-nil, the cell will be dequeued using a nib with this name from the main bundle
headerTitle
A closure that provides the information needed to display the section’s header as a
String
.row
A closure that’s called when a cell is about to be shown and needs to be configured.
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:willDisplay:forRowAt:) method
Declaration
Swift
public func willDisplay(handler: @escaping (_ cell: UITableViewCell, _ forRowAt: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:willDisplayHeaderView:forSection:) method
Declaration
Swift
public func willDisplayHeaderView(handler: @escaping (_ view: UIView, _ forSection: Int) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:willDisplayFooterView:forSection:) method
Declaration
Swift
public func willDisplayFooterView(handler: @escaping (_ view: UIView, _ section: Int) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didEndDisplaying:forRowAt:) method
Declaration
Swift
public func didEndDisplaying(handler: @escaping (_ cell: UITableViewCell, _ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didEndDisplayingHeaderView:forSection:) method
Declaration
Swift
public func didEndDisplayingHeaderView(handler: @escaping (_ view: UIView, _ section: Int) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didEndDisplayingFooterView:forSection:) method
Declaration
Swift
public func didEndDisplayingFooterView(handler: @escaping (_ view: UIView, _ section: Int) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:heightForRowAt:) method
Declaration
Swift
public func heightForRowAt(handler: @escaping (_ indexPath: IndexPath) -> CGFloat) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:heightForHeaderInSection:) method
Declaration
Swift
public func heightForHeaderInSection(handler: @escaping (_ section: Int) -> CGFloat) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:heightForFooterInSection:) method
Declaration
Swift
public func heightForFooterInSection(handler: @escaping (_ section: Int) -> CGFloat) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:estimatedHeightForRowAt:) method
Declaration
Swift
public func estimatedHeightForRowAt(handler: @escaping (_ indexPath: IndexPath) -> CGFloat) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:estimatedHeightForHeaderInSection:) method
Declaration
Swift
public func estimatedHeightForHeaderInSection(handler: @escaping (_ section: Int) -> CGFloat) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:estimatedHeightForFooterInSection:) method
Declaration
Swift
public func estimatedHeightForFooterInSection(handler: @escaping (_ section: Int) -> CGFloat) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:viewForHeaderInSection:) method
Declaration
Swift
public func viewForHeaderInSection(handler: @escaping (_ section: Int) -> UIView?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:viewForFooterInSection:) method
Declaration
Swift
public func viewForFooterInSection(handler: @escaping (_ section: Int) -> UIView?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:accessoryButtonTappedForRowWith:) method
Declaration
Swift
public func accessoryButtonTappedForRowWith(handler: @escaping (_ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:shouldHighlightRowAt:) method
Declaration
Swift
public func shouldHighlightRowAt(handler: @escaping (_ indexPath: IndexPath) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didHighlightRowAt:) method
Declaration
Swift
public func didHighlightRowAt(handler: @escaping (_ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didUnhighlightRowAt:) method
Declaration
Swift
public func didUnhighlightRowAt(handler: @escaping (_ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:willSelectRowAt:) method
Declaration
Swift
public func willSelectRowAt(handler: @escaping (_ indexPath: IndexPath) -> IndexPath?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:willDeselectRowAt:) method
Declaration
Swift
public func willDeselectRowAt(handler: @escaping (_ indexPath: IndexPath) -> IndexPath?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didSelectRowAt:) method
Declaration
Swift
public func didSelectRowAt(handler: @escaping (_ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didDeselectRowAt:) method
Declaration
Swift
public func didDeselectRowAt(handler: @escaping (_ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:editingStyleForRowAt:) method
Declaration
Swift
public func editingStyleForRowAt(handler: @escaping (_ indexPath: IndexPath) -> UITableViewCellEditingStyle) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:titleForDeleteConfirmationButtonForRowAt:) method
Declaration
Swift
public func titleForDeleteConfirmationButtonForRowAt(handler: @escaping (_ indexPath: IndexPath) -> String?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:editActionsForRowAt:) method
Declaration
Swift
public func editActionsForRowAt(handler: @escaping (_ indexPath: IndexPath) -> [UITableViewRowAction]?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:shouldIndentWhileEditingRowAt:) method
Declaration
Swift
public func shouldIndentWhileEditingRowAt(handler: @escaping (_ indexPath: IndexPath) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:willBeginEditingRowAt:) method
Declaration
Swift
public func willBeginEditingRowAt(handler: @escaping (_ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didEndEditingRowAt:) method
Declaration
Swift
public func didEndEditingRowAt(handler: @escaping (_ indexPath: IndexPath?) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:targetIndexPathForMoveFromRowAt:toProposedIndexPath:) method
Declaration
Swift
public func targetIndexPathForMoveFromRowAt(handler: @escaping (_ sourceIndexPath: IndexPath, _ proposedDestinationIndexPath: IndexPath) -> IndexPath) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:indentationLevelForRowAt:) method
Declaration
Swift
public func indentationLevelForRowAt(handler: @escaping (_ indexPath: IndexPath) -> Int) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:shouldShowMenuForRowAt:) method
Declaration
Swift
public func shouldShowMenuForRowAt(handler: @escaping (_ indexPath: IndexPath) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:canPerformAction:forRowAt:withSender:) method
Declaration
Swift
public func canPerformAction(handler: @escaping (_ action: Selector, _ indexPath: IndexPath, _ sender: Any?) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:performAction:forRowAt:withSender:) method
Declaration
Swift
public func performAction(handler: @escaping (_ action: Selector, _ indexPath: IndexPath, _ sender: Any?) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:canFocusRowAt:) method
Declaration
Swift
public func canFocusRowAt(handler: @escaping (_ indexPath: IndexPath) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:shouldUpdateFocusIn:) method
Declaration
Swift
public func shouldUpdateFocus(handler: @escaping (_ context: UITableViewFocusUpdateContext) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:didUpdateFocusIn:with:) method
Declaration
Swift
public func didUpdateFocus(handler: @escaping (_ context: UITableViewFocusUpdateContext, _ coordinator: UIFocusAnimationCoordinator) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s indexPathForPreferredFocusedView(in:) method
Declaration
Swift
public func indexPathForPreferredFocusedView(handler: @escaping () -> IndexPath?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:numberOfRowsInSection:) method
Declaration
Swift
public func numberOfRows(handler: @escaping (_ section: Int) -> Int) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:cellForRowAt:) method
Declaration
Swift
public func cellForRow(handler: @escaping (_ indexPath: IndexPath) -> UITableViewCell) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s numberOfSections(in:) method
Declaration
Swift
public func numberOfSectionsIn(handler: @escaping () -> Int) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:titleForHeaderInSection:) method
Declaration
Swift
public func titleForHeaderInSection(handler: @escaping (_ section: Int) -> String?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:titleForFooterInSection:) method
Declaration
Swift
public func titleForFooterInSection(handler: @escaping (_ section: Int) -> String?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:canEditRowAt:) method
Declaration
Swift
public func canEditRowAt(handler: @escaping (_ indexPath: IndexPath) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:canMoveRowAt:) method
Declaration
Swift
public func canMoveRowAt(handler: @escaping (_ indexPath: IndexPath) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s sectionIndexTitles(for:) method
Declaration
Swift
public func sectionIndexTitles(handler: @escaping () -> [String]?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:sectionForSectionIndexTitle:at:) method
Declaration
Swift
public func sectionForSectionIndexTitle(handler: @escaping (_ title: String, _ index: Int) -> Int) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:commit:forRowAt:) method
Declaration
Swift
public func commit(handler: @escaping (_ editingStyle: UITableViewCellEditingStyle, _ indexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDataSource’s tableView(_:moveRowAt:to:) method
Declaration
Swift
public func moveRowAt(handler: @escaping (_ sourceIndexPath: IndexPath, _ destinationIndexPath: IndexPath) -> Void) -> Self
Parameters
handler
The closure that will be called in place of its equivalent datasource method
Return Value
itself so you can daisy chain the other datasource calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:leadingSwipeActionsConfigurationForRowAt:) method
Declaration
Swift
public func leadingSwipeActionsConfigurationForRowAt(handler: @escaping (_ indexPath: IndexPath) -> UISwipeActionsConfiguration?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:trailingSwipeActionsConfigurationForRowAt:) method
Declaration
Swift
public func trailingSwipeActionsConfigurationForRowAt(handler: @escaping (_ indexPath: IndexPath) -> UISwipeActionsConfiguration?) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Equivalent to implementing UITableViewDelegate’s tableView(_:shouldSpringLoadRowAt:) method
Declaration
Swift
public func shouldSpringLoadRowAt(handler: @escaping (_ indexPath: IndexPath, _ context: UISpringLoadedInteractionContext) -> Bool) -> Self
Parameters
handler
The closure that will be called in place of its equivalent delegate method
Return Value
itself so you can daisy chain the other delegate calls
-
Clears any delegate/dataSource closures that were assigned to this
UITableView
. This cleans up memory as well as sets the delegate/dataSource properties to nil. This is typically only used for explicit cleanup. You are not required to call this method.Declaration
Swift
@objc override public func clearClosureDelegates()


Miller, Eva Clarice
| Birth Name | Miller, Eva Clarice |
| Gender | female |
| Age at Death | 87 years, 7 months, 18 days |
Narrative
SMH - Eva Clarence YOUNG, 11th April, 1975, at hospital, beloved wife of the late John Henry Young, loved mother of Beryl, Jean & Clarice, mother-in-law of John Mendel (dec), Robert Campbell (dec) and Derrick Thomas (dec), & fond grandmother of Julie, Greg, Lou, Celia & Phillip Mendel, Christina, Alisa, Ronnie & Tink Campbell, Christopher, Trudy & Bindy Thomas and 16 great-grandchildren. In her 88th year. Privately cremated.
Events
| Event | Date | Place | Description | Sources |
|---|---|---|---|---|
| Birth | 1887-08-24 | Petersham NSW #6758 | ||
|
|
||||
| Death | 1975-04-11 | Sydney NSW #9168 | ||
|
|
||||
| Burial | Privately cremated Nthn Suburbs Crem. | |||
|
|
Parents
| Relation to main person | Name | Birth date | Death date | Relation within this family (if not by birth) |
|---|---|---|---|---|
| Father | Miller, Thomas William (Surveyor) | 1863-07-30 | 1899-03-13 | |
| Mother | Irish, Sarah Jane | 1859-06-20 | 1910-07-08 | |
| Brother | Miller, Thomas “Charles” | 1886-01-16 | 1978-08-07 | |
| Miller, Eva Clarice | 1887-08-24 | 1975-04-11 |
Families
Family of Young, John Henry and Miller, Eva Clarice |
||||||||||||||||
| Married | Husband | Young, John Henry ( * 1880-10-27 + 1946-09-07 ) | ||||||||||||||
|
||||||||||||||||
| Children |
| Name | Birth Date | Death Date |
|---|---|---|
| Young, Beryl Evelyn | 1910-07-10 | 1996-09-10 |
| Young, [Living] | ||
| Young, Clarice Martha | 1917-12-07 | 1999-09-26 |
| Type | Value | Notes | Sources |
|---|---|---|---|
| _UID | 46BBF81ADF58D911952297E8E9CC0BCBF517 |
Attributes
| Type | Value | Notes | Sources |
|---|---|---|---|
| _UID | 09BBF81ADF58D911952297E8E9CC0BCBB847 |


| Project Description: |
With the intention of predicting a particular Beer type, a Neural Network was developed, trained and deployed. |
| Project Objectives: |
1. Design a Neural Network using PyTorch library.
|
/ |
The root of the directory, which displays all the key information and details about the project, including: Overview, Endpoints, Model Info and More Info. |
/docs/ |
All of the detailed documentation. Read here first. |
/health/ |
Check to ensure that the app is healthy and ready to run. |
/beer/type/ |
Check to review the architecture of the model. |
/beers/type/ |
Predict single Beer type, based on set input criteria. |
/model/architecture/ |
Predict multiple Beer types, based on set input criteria. |
| Input Parameters: |
|
||||||||||||||||||
| Output Format: |
|
| Author | Chris Mahoney |
| App | BeerPrediction |
| Repo: | BeerPrediction |
| Version | 0.1.0 |
| Published | 7/Mar/2021 |
| License | MIT |


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Eargir it company


Cascading Style Sheets (CSS) is a style sheet language used for describing the presentation of a document written in a markup
language like HTML.[1]
CSS is a cornerstone technology of the World Wide Web, alongside HTML and JavaScript.[2]
< section >
CSS is designed to enable the separation of presentation and content, including layout, colors, and fonts.[3] This separation can improve content accessibility, provide more flexibility and control in the specification of presentation characteristics, enable multiple web pages to share formatting by specifying the relevant CSS in a separate .css file, and reduce complexity and repetition in the structural content.
Separation of formatting and content also makes it feasible to present the same markup page in different styles for different rendering methods, such as on-screen, in print, by voice (via speech-based browser or screen reader), and on Braille-based tactile devices. CSS also has rules for alternate formatting if the content is accessed on a mobile device.[4]


Daily summary
DATE:
| Number os Customers: | |
| Number of tables server: |
| Transacton | Amount |
|---|---|
| Cash | |
| American Express | |
| Other Card | |
| Service charge | |
| Subtotal | |
| TOTAL |


GHOST WORLD (director/writer: Terry Zwigoff; screenwriter: based on Daniel Clowes's comic book series; cinematographer: Affonso Beato; editor: Carole Kravetz; cast: Thora Birch (Enid), Scarlett Johansson (Rebecca), Steve Buscemi (Seymour), Brad Renfro (Josh), Bob Balaban (Enid's Father), Illeana Douglas (Roberta), Teri Garr (Maxine), Stacey Travis (Dana), Tom McGowan (Joe), Rini Bell (Graduation Speaker), Dave Sheridan (Convenience Store Customer); Runtime: 111; United Artists; 2001)
Reviewed by Dennis Schwartz
At last, a black comedy, coming-of-age, romantic melodrama about teenagers in rebellion that is not a formulaic clichéd one and actually makes an attempt to flesh out the character of a teen who is searching for something that is not trivial, as she lashes back at being stuck in the urban sprawl scene of LA that is inhabitated by so many shallow and phony people. It's filmed by documentary filmmaker Terry Zwigoff, a nerd himself, who gave us the excellent documentary Crumb. Ghost World is based on Daniel Clowes's underground comic book series--though the story is dramatically expanded. The comic book drawings were done by Robert Crumb's daughter Sophie. He, of course, is the great comic book illustrator.
It's a film that best captures the uncertainty in the life of a very bright recent high school graduate who is a misfit, Enid (Thora Birch).  She saves most of her wrath for her vacuous high school classmates, all of whom are preoccupied either with going to college, fitting into society or going straight into the serious workforce. She and her girlfriend Rebecca (Johansson) choose not to go to college, get involved with boys, or plan for a career. They are close high school friends who will soon have a more distant relationship as they have different needs and can't keep up their intense friendship when out of the school environment--which gave them their common enemy: the high school.
Enid has one obstacle before getting her high school diploma, she must go to summer school to take a remedial art appreciation course she failed. She's saddled with a gooey teacher (Illeana Douglas) who makes art secondary to conforming with society, as she praises the students who create safe politically correct art works rather than praising those who take risks and create works of art. She promises much to Enid and, as one might expect, delivers little.
Rebecca who is attractive and Aryan looking, but who identifies with the Jewish Enid, decides to work at a pretentious coffee shop and get an apartment with her. Enid, meanwhile, fumbles a popcorn vender job in a movie theater by mistreating the customer's she hates and spends the summer mischievously searcing for something that she doesn't even know she's looking for.
The main plot develops out of a tasteless joke the girls play on a loser, who put an ad in the personals of a local newspaper for the blonde woman he met at the airport to call him. Enid calls pretending to be that woman and leaves a message on his answering machine to meet her at a vintage '50s retro diner. The girlfriends get Josh (Renfro), a classmate now working at a counter job at a convenience shop, to go with them to the diner and see what this dwork looks like. He turns out to be a sad loner named Seymour (Steve Buscemi), whom they follow home. When she meets this much older man whose passion is collecting valuable 78 rpm records of old-fashioned country and blues music and old advertising art, she's surprised that they have similar socially unacceptable personalities that are unbending and vulnerable--which makes it very difficult for them to have relationships. She's, at last, met her kindred soulmate, but they are both such social misfits that even that recognition might not be enough to bring them together. He tells her he obsessively collects things to make up for not having relationships with others. At first goofing on him, she soon decides to help him find a woman to date and when the real Dana he put the ad in the paper for calls--she gets him to call her. But soon becomes jealous when she realizes that she really wanted to go out with him and now tries to destroy this budding relationship. It is one that Seymour is willing to have even if it means he has to compromise all his beliefs to keep it going, as he curiously says "I don't want to meet someone who shares my interests.
He works days at a nondescript managerial office job for a fast food chicken place, that he tells her once had the racist name of Coon's Chicken but changed to Cooks to avoid any controversy.
Through his unapologetic loneliness she sees her own, and even though this film is not geared for a predictable or a happy ending, it's this relationship with all its incongruities that is so fascinating, touching and tender to behold. It certainly sharpened their awareness of who they were, and the poetical ending is fitting for a free flowing story like this one. I honestly can't remember how long its been since I have seen a teenage film as memorable as this one (Rushmore comes the closest).
REVIEWED ON 10/5/2001 GRADE: A
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
========== X-RAMR-ID: 29778 X-Language: en X-RT-ReviewID: 254146 X-RT-TitleID: 1109008 X-RT-SourceID: 873 X-RT-AuthorID: 1315 X-RT-RatingText: A
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
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Related links: index of all rec.arts.movies.reviews reviews


|
SGCoreCpp
v1.2.1
SenseGlove C++ API
|
Used to send Debug Messages to the developer (and user) More...
#include <Debugger.h>
Static Public Member Functions | |
| static void | Log (const std::string msg, DebugLevel level) |
Static Public Attributes | |
| static const DebugLevel | defaultLevel = DebugLevel::DISABLED |
| The Default debug level for any application More... | |
| static DebugLevel | debugLevel = defaultLevel |
| The current debug level of the Debugger. More... | |
Used to send Debug Messages to the developer (and user)
|
static |
|
static |
The current debug level of the Debugger.
summary> Print a single message with an endline to the console.
|
static |
The Default debug level for any application


Docs
Startup Scripts
Overview
KubeVirt supports the ability to assign a startup script to a VirtualMachineInstance instance which is executed automatically when the VM initializes.
These scripts are commonly used to automate injection of users and SSH keys into VMs in order to provide remote access to the machine. For example, a startup script can be used to inject credentials into a VM that allows an Ansible job running on a remote host to access and provision the VM.
Startup scripts are not limited to any specific use case though. They can be used to run any arbitrary script in a VM on boot.
Cloud-init
cloud-init is a widely adopted project used for early initialization of a VM. Used by cloud providers such as AWS and GCP, cloud-init has established itself as the defacto method of providing startup scripts to VMs.
Cloud-init documentation can be found here: Cloud-init Documentation.
KubeVirt supports cloud-init’s “NoCloud” datasource which involves injecting startup scripts into a VM instance though the use of an ephemeral disk. VMs with the cloud-init package installed will detect the ephemeral disk and execute custom userdata scripts at boot.
Sysprep
Sysprep is an automation tool for Windows that automates Windows installation, setup, and custom software provisioning.
Sysprep support is currently not implemented by KubeVirt. However it is a feature the KubeVirt upstream community has shown interest in. As a result, it is likely Sysprep support will make its way into a future KubeVirt release.
Cloud-init Examples
KubeVirt supports the cloud-init NoCloud datasource which involves injecting startup scripts through the use of a disk attached to the VM.
In order to assign a custom userdata script to a VirtualMachineInstance using this method, users must define a disk and a volume for the NoCloud datasource in the VirtualMachineInstance’s spec.
Cloud-init user-data as clear text
In the example below, a SSH key is stored in the cloudInitNoCloud Volume’s userData field as clean text. There is a corresponding disks entry that references the cloud-init volume and assigns it to the VM’s device.
# Create a VM manifest with the startup script
# a cloudInitNoCloud volume's userData field.
cat << END > my-vmi.yaml
apiVersion: kubevirt.io/v1alpha2
kind: VirtualMachineInstance
metadata:
name: myvmi
spec:
terminationGracePeriodSeconds: 5
domain:
resources:
requests:
memory: 64M
devices:
disks:
- name: registrydisk
volumeName: registryvolume
disk:
bus: virtio
- name: cloudinitdisk
volumeName: cloudinitvolume
disk:
bus: virtio
volumes:
- name: registryvolume
registryDisk:
image: kubevirt/cirros-registry-disk-demo:latest
- name: cloudinitvolume
cloudInitNoCloud:
userData: |
ssh-authorized-keys:
- ssh-rsa AAAAB3NzaK8L93bWxnyp<EMAIL_ADDRESS>END
# Post the Virtual Machine spec to KubeVirt.
kubectl create -f my-vmi.yaml
Cloud-init user-data as base64 string
In the example below, a simple bash script is base64 encoded and stored in the cloudInitNoCloud Volume’s userDataBase64 field. There is a corresponding disks entry that references the cloud-init volume and assigns it to the VM’s device.
Users also have the option of storing the startup script in a Kubernetes Secret and referencing the Secret in the VM’s spec. Examples further down in the document illustrate how that is done.
# Create a simple startup script
cat << END > startup-script.sh
#!/bin/bash
echo "Hi from startup script!"
END
# Create a VM manifest with the startup script base64 encoded into
# a cloudInitNoCloud volume's userDataBase64 field.
cat << END > my-vmi.yaml
apiVersion: kubevirt.io/v1alpha2
kind: VirtualMachineInstance
metadata:
name: myvmi
spec:
terminationGracePeriodSeconds: 5
domain:
resources:
requests:
memory: 64M
devices:
disks:
- name: registrydisk
volumeName: registryvolume
disk:
bus: virtio
- name: cloudinitdisk
volumeName: cloudinitvolume
disk:
bus: virtio
volumes:
- name: registryvolume
registryDisk:
image: kubevirt/cirros-registry-disk-demo:latest
- name: cloudinitvolume
cloudInitNoCloud:
userDataBase64: $(cat startup-script.sh | base64 -w0)
END
# Post the Virtual Machine spec to KubeVirt.
kubectl create -f my-vmi.yaml
Cloud-init UserData as k8s Secret
Users who wish to not store the cloud-init userdata directly in the VirtualMachineInstance spec have the option to store the userdata into a Kubernetes Secret and reference that Secret in the spec.
Multiple VirtualMachineInstance specs can reference the same Kubernetes Secret containing cloud-init userdata.
Below is an example of how to create a Kubernetes Secret containing a startup script and reference that Secret in the VM’s spec.
# Create a simple startup script
cat << END > startup-script.sh
#!/bin/bash
echo "Hi from startup script!"
END
# Store the startup script in a Kubernetes Secret
kubectl create secret generic my-vmi-secret --from-file=userdata=startup-script.sh
# Create a VM manifest and reference the Secret's name in the cloudInitNoCloud
# Volume's secretRef field
cat << END > my-vmi.yaml
apiVersion: kubevirt.io/v1alpha2
kind: VirtualMachineInstance
metadata:
name: myvmi
spec:
terminationGracePeriodSeconds: 5
domain:
resources:
requests:
memory: 64M
devices:
disks:
- name: registrydisk
volumeName: registryvolume
disk:
bus: virtio
- name: cloudinitdisk
volumeName: cloudinitvolume
disk:
bus: virtio
volumes:
- name: registryvolume
registryDisk:
image: kubevirt/cirros-registry-disk-demo:latest
- name: cloudinitvolume
cloudInitNoCloud:
secretRef:
name: my-vmi-secret
END
# Post the VM
kubectl create -f my-vmi.yaml
Injecting SSH keys with Cloud-init’s Cloud-config
In the examples so far, the cloud-init userdata script has been a bash script. Cloud-init has it’s own configuration that can handle some common tasks such as user creation and SSH key injection.
More cloud-config examples can be found here: Cloud-init Examples
Below is an example of using cloud-config to inject an SSH key for the default user (fedora in this case) of a Fedora Atomic disk image.
# Create the cloud-init cloud-config userdata.
cat << END > startup-script
#cloud-config
password: atomic
chpasswd: { expire: False }
ssh_pwauth: False
ssh_authorized_keys:
- ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQC6zdgFiLr1uAK7PdcchDd+LseA5fEOcxCCt7TLlr7Mx6h8jUg+G+8L9JBNZuDzTZSF0dR7qwzdBBQjorAnZTmY3BhsKcFr8Gt4KMGrS6r3DNmGruP8GORvegdWZuXgASKVpXeI7nCIjRJwAaK1x+eGHwAWO9Z8ohcboHbLyffOoSZDSIuk2kRIc47+ENRjg0T6x2VRsqX27g6j4DfPKQZGk0zvXkZaYtr1e2tZgqTBWqZUloMJK8miQq6MktCKAS4VtPk0k7teQX57OGwD6D7uo4b+Cl8aYAAwhn0hc0C2USfbuVHgq88ESo2/+NwV4SQcl3sxCW21yGIjAGt4Hy7J<EMAIL_ADDRESS>END
# Create the VM spec
cat << END > my-vmi.yaml
apiVersion: kubevirt.io/v1alpha2
kind: VirtualMachineInstance
metadata:
name: sshvmi
spec:
terminationGracePeriodSeconds: 0
domain:
resources:
requests:
memory: 1024M
devices:
disks:
- name: registrydisk
volumeName: registryvolume
disk:
dev: vda
- name: cloudinitdisk
volumeName: cloudinitvolume
disk:
dev: vdb
volumes:
- name: registryvolume
registryDisk:
image: kubevirt/fedora-atomic-registry-disk-demo:latest
- name: cloudinitvolume
cloudInitNoCloud:
userDataBase64: $(cat startup-script | base64 -w0)
END
# Post the VirtualMachineInstance spec to KubeVirt.
kubectl create -f my-vmi.yaml
# Connect to VM with passwordless SSH key
ssh -i <insert private key here> fedora@<insert ip here>
Inject SSH key using a Custom Shell Script
Depending on the boot image in use, users may have a mixed experience using cloud-init’s cloud-config to create users and inject SSH keys.
Below is an example of creating a user and injecting SSH keys for that user using a script instead of cloud-config.
cat << END > startup-script.sh
#!/bin/bash
export NEW_USER="foo"
export SSH_PUB_KEY="ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQC6zdgFiLr1uAK7PdcchDd+LseA5fEOcxCCt7TLlr7Mx6h8jUg+G+8L9JBNZuDzTZSF0dR7qwzdBBQjorAnZTmY3BhsKcFr8Gt4KMGrS6r3DNmGruP8GORvegdWZuXgASKVpXeI7nCIjRJwAaK1x+eGHwAWO9Z8ohcboHbLyffOoSZDSIuk2kRIc47+ENRjg0T6x2VRsqX27g6j4DfPKQZGk0zvXkZaYtr1e2tZgqTBWqZUloMJK8miQq6MktCKAS4VtPk0k7teQX57OGwD6D7uo4b+Cl8aYAAwhn0hc0C2USfbuVHgq88ESo2/+NwV4SQcl3sxCW21yGIjAGt4Hy7J<EMAIL_ADDRESS>sudo adduser -U -m $NEW_USER
echo "$NEW_USER:atomic" | chpasswd
sudo mkdir /home/$NEW_USER/.ssh
sudo echo "$SSH_PUB_KEY" > /home/$NEW_USER/.ssh/authorized_keys
sudo chown -R ${NEW_USER}: /home/$NEW_USER/.ssh
END
# Create the VM spec
cat << END > my-vmi.yaml
apiVersion: kubevirt.io/v1alpha2
kind: VirtualMachineInstance
metadata:
name: sshvmi
spec:
terminationGracePeriodSeconds: 0
domain:
resources:
requests:
memory: 1024M
devices:
disks:
- name: registrydisk
volumeName: registryvolume
disk:
dev: vda
- name: cloudinitdisk
volumeName: cloudinitvolume
disk:
dev: vdb
volumes:
- name: registryvolume
registryDisk:
image: kubevirt/fedora-atomic-registry-disk-demo:latest
- name: cloudinitvolume
cloudInitNoCloud:
userDataBase64: $(cat startup-script.sh | base64 -w0)
END
# Post the VirtualMachineInstance spec to KubeVirt.
kubectl create -f my-vmi.yaml
# Connect to VM with passwordless SSH key
ssh -i <insert private key here> foo@<insert ip here>
Debugging
Depending on the operating system distribution in use, cloud-init output is often printed to the console output on boot up. When developing userdata scripts, users can connect to the VM’s console during boot up to debug.
Example of connecting to console using virtctl:
virtctl console <name of vmi>


Pure javascript AngularJS directive to make elements stick when scrolling
This repository contains a set of native AngularJS directives and services. It can be used without any other dependency except of course Angular.
A few noteworthy things:
To install Angular Sticky with Bower use
$ bower install angular-bootstrap
Click the download button to download the latest version of the plugin. In the folder dist
you'll find the minified and normal JavaScript file.
Either one is fine to use, it just depends on your needs.
As soon as you've got all the files downloaded and included in your page you just need to declare a dependency on the module:
angular.module('myModule', ['hl.sticky']);
This will make an element sticky using the directive hl-sticky
:
I'll become sticky
To see this in action, check out out the demo. What more do you want? Right, more features. Well, that can be arranged.
Angular Sticky has been set up in such a way so it uses a lot of the handy features you're probably used to from Angular. A combination between between directives and services make the difference between all the other (native) sticky plugins. It allows you to have more control over the the look and feel of your sticky elements from both HTML and from code.
To get a better understanding of the features, make sure you read through the API documentation.


The Menu window displays different levels of challenge for the users to choose. Every time the users click on a button, the challenge will be generated randomly but in the range of that level. The game allows the user to drag and drop pieces onto a board which then snap into place if a valid move is made. Simple display of the challenge allows for the player to check progress.
The hand exoskeleton is designed in Solidworks and be able to apply force feedback to the fingertip while allowing natural finger motions. The linkage structure was inspired by the skeletal structure of a human finger. Kinematic performance of the exoskeleton was verified by simulation in MATLAB. A series elastic actuator (SEA) mechanism, which consisted of a linear motor, a spring and a potentiometer, was presented as an actuating system. Using PID controller, the proposed actuator module could generate the desired force in two different modes: free mode and interaction mode.
MicroCT technology has been used to determine the 3D microscale morphology of organic remains within pottery sherds. In contrast to surface impressions, microCT provides images of the entire organic remains of specific cereals preserved within the pottery, including the abscission scar characteristic of domesticated rice. Researches on the discrimination of domesticated and wild plants requires well-shaped plant samples, which brings the subsampling of organic remains within the pottery sherds a great challenge. Based on the 3D microCT referenced datasets, this project aims to develop an automated, robotic microdrill stage to enable the subsampling of the inclusions as well as develop a machine learning algorithm/platform to discriminate between domesticated and wild plant remains such as rice, sorghum and pear millet.
In this project, a digital design that turns the FPGA development board (Basys3 in this case) into a device which accepts the input signal from the user and performs translation and displays an encoded message. In particular, the system will be able to receive and process a single-bit signal with time-varying feature illustrating a Morse code message. The system also uses a range of onboard I/O options as the user interface, such as slide switches, push buttons, LEDs and 7-segment displays (7SDs).
A three-dimension model is simulated to investigate the temperature distribution in a vehicle cabin in the process of cooling and heating using thermal transfer theory. Firstly, two 3D models of the vehicle cabin like a box is initialized with one front air conditioning (AC) vent and one rear AC vent and with three AC vents and one rear AC vent respectively. In order to simplify the model, the heat conduction is only considered and the convection and radiation are ignored. Then, the system is modelled using heat transfer method. And then compare the cooling and heating effect between one rear AC vent and three rear AC vents and analyze the cooling and heating time under two different conditions.
In this project, it is first proposed to exploit the mixed integer programming paradigm to model the delivery routing optimization problem (DROP) for multiple simultaneously operating vehicles given their energy constraints. The routing optimization problem is then solved by the multi-chromosome genetic algorithm, where the number of delivery vehicles can be optimized. The proposed approach was evaluated in a realworld experiment in which goods were expected to be delivered from a depot to 26 suburb locations in Canberra, Australia.
In this project, I implemented the conceptual design of the fabric cutting machine used in hospitals. Firstly, a discussion with customers was prepared to clearly understand their needs. Then, a set of functional requirements were generated and the allocation of different functional modules was set up. Next, the detail design was implemented as 3D models in Solidworks. The feasibility of the design as well as the reliability were examined thoroughly during this stage. Then, another discussion with customers to verify our initial design and move to the manufacturing stage.
In this project, I designed an embedded system that helps monitoring the electrical usage in the office building and controlling the electrical devices via mobile app. The system was observed via an app in smartphones and controlled by the ESP32 connected to Wifi. The local server is managed by Raspberry Pi 3.


In my experience, I haven't seen DispatchSource.cancel() blocking for a long time. Moreover, the intention here is to block the command queue until a cancel() goes through completely, of course assuming that cancel() will not block. I have considered the fact that the cancel handler runs on the same queue as the event handler. The event handler will do two things:
read/write from/to sockets that are ready - this will not block
issue further register/unregister commands - this is async deferred to the command queue
So, in my understanding the event handler will not block the cancel handler - which means the wait() here will not block indefinitely.
@dgrove-oss Can DispatchSource.cancel() can block under any other circumstances?
the assignment here is perhaps not thread safe since the cancel handler gets a reference to it captured in the tearDown method; is it possible to instead have the semaphore last as long as the containing object context that is retained past the lifespan of the execution on the queue?
The nil assignment is guarded by the wait() and only the cancel handler will signal() - which means the nil assignment is executed only when the cancel handler no longer needs the semaphore. The assignment to nil signifies that there is no cancel operation in progress which allows the register commands go through without waiting, until the next unregister. Increasing the scope of the semaphore will lead to other register commands (may be on unrelated sockets) to wait with perhaps nobody to signal them.
there are three parts to the state of that semaphore; nil, not nil, and the signal. It doesn't look like a huge race potential but there is still something that strikes me as a potential failure here ( hard to tell without more understanding of exactly the involved queues/threads) This isn't a blocking objection - just a word of caution (and perhaps a suggestion to add a comment).
how long could cancels take? this could back up this queue indefinitely.


HOME
ORDER TICKETS
A C Pizza
ADD, COMMIT, PIZZA!
TICKET ####
PIZZA INGREDIENTS
Additional requests for your pizza:
Include any specific direction here


Beetle Blocks is a graphical blocks-based programming environment for 3D design and fabrication.
Use code to control a beetle that can place 3D shapes and extrude its path as a tube. Then make a 3D print!
By Eric Rosenbaum and Duks Koschitz, with software development by Bernat Romagosa and Jens Moenig.


This declaration corresponds to the flushleft environment. This declaration can be used inside an environment such as quote or in a parbox.
Unlike the flushleft environment, the \raggedright command does not start a new paragraph; it simply changes how LaTeX formats paragraph units. To affect a paragraph unit's format, the scope of the declaration must contain the blank line or \end command (of an environment like quote) that ends the paragraph unit.
See also flushleft environment
Back to the Table of Contents


all your courses in one place
click to view the course dashboard
course information, assignments, and more
contains project title, page, and due date; expand it to view group and submission information
view progress in the course and assess how well you are doing
everything pertinent to your assignment
contains project title, page, and due date
view the submission that will be graded or all other submissions
view the group, leave, or invite another classmate
view all code and comments for submissions
view comments by the reader or respond to them
click on the flag to mark this submission for grading
list of files for this submission, click on one to view it in the left pane


author: Tomasz Biela (Tebe)
https://www.freepascal.org/docs-html/rtl/strutils/index-5.html
| name: | description: |
|---|---|
| AddChar | function AddChar(C: Char; var S: string; N: Byte): ^string;AddChar adds characters (C) to the left of S till the length N is reached, and returns the resulting string. If the length of S is already equal to or larger than N, then no characters are added. The resulting string can be thought of as a right-aligned version of S, with length N.
parameters: |
| AddCharR | function AddCharR(C: Char; var S: string; N: Byte): ^string;AddCharR adds characters (C) to the right of S till the length N is reached, and returns the resulting string. If the length of S is already equal to or larger than N, then no characters are added. The resulting string can be thought of as a left-aligned version of S, with length N .
parameters: |
| PadLeft | function PadLeft(var S: string; N: Byte): ^string;Add spaces to the left of a string till a certain length is reached.
parameters: |
| PadRight | function PadRight(var S: string; N: Byte): ^string;Add spaces to the right of a string till a certain length is reached.
parameters: |


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Using the line tool
The line tool allows you to draw—surprisingly enough—lines on your image. By default, it draws one-pixel-wide line, but this can be changed in the rectangle tool's properties window:
To set the line's thickness:
Simply modify the line thickness field in the line tool's properties panel.
To lock the line tool to orthogonal and isometric angles:
Holding the shift key will lock the lines to 45° angles, 90° angles, and isometric slopes (2:1 ratios).
See also
Changing tool properties
Setting a tool's pattern
Tools
Patterns


The data summary depends on the specific Data Link dataset you use. Follow these steps to view the data summary of a dataset:
- Open the Data Link catalog.
- Click one of the data products.
- On the data product page, click one of the table names.
- View the data frequency and description in the left sidebar.
- Above the chart, click Table to view the start date, end date, and data point attributes.


| Class | ObjectMother |
| In: |
lib/object_mother.rb
|
| Parent: | Object |
ObjectMother is a design pattern to help create objects to use in tests. It was inspired by a paper by Peter Schuh and Stephanie Punke, and by an article entitled Mocks Aren‘t Stubs by Martin Fowler.
ObjectMother replaces fixtures and uses ruby code to generate objects rather than using YAML to specify attributes which are loaded into the database. I believe that this brings a number of advantages:
Install the plugin.
Under spec (or test) create a directory named prototype. Under here, create classes which inherit from ObjectMother.
Use define_xxx :name to create named prototypes. Simply replace xxx with the name of the class to create and name with the name of the prototype. Then follow it up with hash arguments to be passed through to the class’ create method. For example:
define_access_role :admin, :name => 'admin', :admin => true
Use a class method called xxx_prototype to define the default attributes that get merged into all objects created for that class. Again, xxx is the class name. For example:
def self.access_role_prototype next_role_count = AccessRole.count + 1 { :name => "role_#{next_role_count}", :admin => false } end
You then have access to these methods in your tests through two sets of methods. The first of these provide access to the named prototypes. If the above access roles had been configured in a class called AccessRoles, then in your tests you can say:
AccessRoles.admin # Calls AccessRole.create with the arguments AccessRoles.admin! # As above, but uses create! so that exceptions are raised AccessRoles.recreate_admin # Deletes any previous admin object and creates a new one
The second set of methods use xxx_prototype to create new objects. You can say:
AccessRoles.create_access_role AccessRoles.create_access_role!
All of the methods that you use in your tests allow you to override the prototype used to create the object. For example, in your test you can call:
AccessRoles.admin(:name => 'superuser')
This will override the name of the object created, but continue to use the other attributes that were defined for admin.
The same can be used for the create methods:
AccessRoles.create_access_role(:name => 'root', :admin => true)
You can even give a block to the method to override the actual creation. This block is passed the hash of arguments that would otherwise have been passed to create. For example:
AccessRoles.create_access_role do |options| options.delete[:admin] if AccessRole.find_by_admin(true) role = AccessRole.create(options) Users.find(:all).each do |user| user.access_roles << role end role end
All methods can be passed blocks (including define_xxx) if your needs are complex. All object creation will merge the various options in the following order (highest precedence first)
1. Options passed in on use (AccessRoles.admin(:name => 'superuser') 2. Options given in the named prototype (define_access_role :admin, ...) 3. Options given in the prototype for that class (self.access_role_prototype ...)
| RSPEC_PROTOTYPE_DIR | = | File.join(RAILS_ROOT, 'spec', 'object_mother') |
| TEST_PROTOTYPE_DIR | = | File.join(RAILS_ROOT, 'test', 'object_mother') |
This creates objects based on their prototype. It merges together any of the prototype definitions and sends them to create.
Dynamically defines class methods. This is a little tricky. See: blog.jayfields.com/2007/10/ruby-defining-class-methods.html
Creates methods matching a named prototypes. This allows you to use:
define_user :john, :name => 'John'
to define a method called john that creates a new User object, passing in { :name => ‘John’ } to the create method.
You can also specify a block which takes care of the creation of the object, e.g.
define :john do User.create(:name => 'John', :employee_number => User.count + 1) end
A corresponding ! method is also created. This behaves in the same way except that it calls create! rather than create so that exceptions are raised.
Finally, a method called recreate_john is created to ensure that any cached object is destroyed, and a new one created from the prototype.
This is the entry point for using named prototypes (i.e., those created with ‘define_xxx :name’). It first tries to load the object based on a cached id (if available). Otherwise it uses create_from_prototype to create a new object.
All created named prototypes are added to the cache.
This destroys and then recreates a named prototype. Use it when you want to bypass the cache.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.agentsubscriptionfrontend.views.html.components.InputText @import uk.gov.hmrc.govukfrontend.views.html.components.GovukFieldset @import uk.gov.hmrc.govukfrontend.views.html.components.{Legend, Fieldset, Text} @this( input_text: InputText, govukFieldset: GovukFieldset ) @( form:Form[_], legend: String, line1: String, line2: String, line3: String, line4: String, hiddenCountryCode: Boolean = false )(implicit msgs: Messages)


lrfviewer(1) lrfviewer(1) NAME lrfviewer - view LRF ebook USAGE lrfviewer [options] book.lrf DESCRIPTION Read the LRF ebook book.lrf Whenever you pass arguments to lrfviewer that have spaces in them, enclose the arguments in quotation marks. MAIN OPTIONS --version show program´s version number and exit -h, --help show this help message and exit --redirect-console-output Redirect console output to a dialog window (both stdout and stderr). Useful on windows where GUI apps do not have a output streams. --verbose Print more information about the rendering process --visual-debug Turn on visual aids to debugging the rendering engine --disable-hyphenation Disable hyphenation. Should significantly speed up rendering. --white-background By default the background is off white as I find this easier on the eyes. Use this option to make the background pure white. --profile Profile the LRF renderer AUTHOR Created by Kovid Goyal<EMAIL_ADDRESS>19 January 2013 lrfviewer(1)


Installation
Coming soon.
Get Started.
Read Documentation and usage Examples below.
Examples
Example #1
| 59 | 68 | 35 | 35 | 3 | 60 |
| 39 | 70 | 22 | 8 | 0 | 12 |
| 87 | 59 | 22 | 57 | 8 | 0 |
| 99 | 25 | 48 | 50 | 99 | 77 |
Example #2
| 11 | 3 | 75 | 7 | 9 | - |
| 83 | 15 | 47 | 20 | 22 | 25 |
| 27 | 30 | 35 | 38 | 49 | 59 |
| 60 | 67 | 79 | 84 | 92 | 25 |
Contributing
So, you want to contribute? Check the project on Github


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.AppConfig @import controllers.v2.routes @import layouts.full_main_content_layout @import models.Operator @import models.request.AuthenticatedRequest @import models.viewmodels.{ApplicationTabViewModel, ManagerToolsTab, ManagerToolsUsersTab, SubNavigationTab} @import views.html.components.manager_tools_secondary_navigation @import views.html.includes.main @import views.html.partials.back_link @this( main: main, fullMainContent: full_main_content_layout, user_heading: views.html.v2.user_heading, user_details: views.html.partials.users.user_details, backLink: back_link ) @( detailsTab: Operator, applicationTabViewModel: ApplicationTabViewModel, atarForm: Form[Set[String]], liabForm: Form[Set[String]], corrForm: Form[Set[String]], miscForm: Form[Set[String]], activeSubNav : SubNavigationTab = ManagerToolsUsersTab )(implicit request: AuthenticatedRequest[_], messages: Messages, appConfig: AppConfig) @main( pageTitle = messages("Manage user"), optCustomLayout = Some(fullMainContent(_)), backLink = Some(backLink("Back to manage users", Some(s"${routes.ManageUserController.displayManageUsers}"))), customPrimaryNavTab = ManagerToolsTab, subNavigationTab = Some(manager_tools_secondary_navigation(activeSubNav)) ) { @user_heading(detailsTab.safeName) @if(detailsTab.id != request.operator.id){
}


Predictor results
Test your scanned results on your phone
RESULTS* :
* Accuracy of the AI model is 55%
STATEMENT : PERSON HAS CANCER
PRESENT ALL THE DETAILS HERE
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API Integration
The fastest in the market, exclusively for you.
- Seamless integration
- Platform-independent
- Remote Config
Manual verification requires you to hire a whole room-full of employees for authenticating IDs, taking biometric data, and making sure that your company remains safe from identity fraud. Just a single verification check can take up to 2 days, or even more.... Even then, manual verification always carries the risk of being cheated through. What if we told you that you could complete the verification process in under a minute, without having to pay endless employees for verification, and still make sure that you remain a hundred percent safe from security breaches? inVOID’s dedicated servers provide you instant API integration, making sure you have access to all required data in a flash.
Optical Character Recognition (OCR)
We read more than your most hardworking librarian!
- Market leading OCR for national ID cards
- Identifies labels, carries out cross-checks from standard formats
- Identifies forged ID cards
- Identifies unclear and tampered text
- Auto-fills forms in seconds
“Is that a 3, or an 8? Is that an “l”, or a capitalized “i”? The application says Suresh, but the database has the same details under the name Sumesh- what do I do now?” - every manual verification employee ever! ... People responsible for manually verifying applications and filling in forms have a hard job to perform. The space for errors is large despite the best efforts, simply because the human eye is not the best document scanner! Not only does inVOID have access to government databases for making verification processes foolproof, but our OCR technology extracts text from all kinds of documents by intelligently eliminating obstacles.
AI Powered
Depend upon brains that know everything and can do everything. Brains that we created.
- Highly accurate facial recognition and liveness checks
- Fastest API response rate at under 4 seconds
- Real-time consistency check and face match across 4 documents
- Fastest API integration in the market at under 3 hours
- Instant results on personalised dashboard
Every company looks for an ideal employee with qualities like diligence, complete control over any possibilities of error, as well as getting done with work in a significantly lesser time than even the deadline demands. inVOID takes away ... that kind of pressure from the average employee who might as well be taking care of more important work than verification. inVOID’s Artificial Intelligence (AI) and Machine Learning (ML) enabled software is smart enough to recognise even the most minute glitches in the system. So, when our AI+ML takes care of your authentication needs, you can rest assured with our promise of utmost accuracy. Don’t worry, we won’t leave you hanging while we do the work. inVOID gives you complete verification results for your customer’s application in a matter of seconds!


ASSIGNMENT: model (draw, render, animate, simulate, ...) a possible final project, and post it on your class page.
computer_design/index.htmlDuring this second week I used Rhinoceros. With Rhino, I designed 2D and 3D models, because my goal is to learn Grasshopper for the parametric modeling.
As exercise I decided to shape the final project. However I wanted to end the academic year with a functioning prototype, and I will provide soon.
The project goal is a responsive wall. I started with a 2mx2m module. For the mechanism I was inspired to the gear of a bicycle.
I designed it composed of two panels: circular gears and cables are positioned on each panel, linked together and moved by a engine. The gears of a panel are connected to the other gears by a tissue, and rotate in opposite directions, locking the tissue.
It is an ordinary project for expert people, but for me it is an opportunity to understand the working of a system so far hard to accomplish.