Package org.drip.product.definition
Interface BondProduct
-
- All Known Implementing Classes:
BondComponent
,TreasuryComponent
public interface BondProduct
BondProduct interface implements the product static data behind bonds of all kinds. Bond static data is captured in a set of 11 container classes – BondTSYParams, BondCouponParams, BondNotionalParams, BondFloaterParams, BondCurrencyParams, BondIdentifierParams, ComponentValuationParams, ComponentRatesValuationParams, ComponentCreditValuationParams, ComponentTerminationEvent, BondFixedPeriodParams, and one EmbeddedOptionSchedule object instance each for the call and the put objects. Each of these parameter sets can be set separately.
- Module = Product Core Module
- Library = Fixed Income Analytics
- Project = Product Components/Baskets for Credit, FRA, FX, Govvie, Rates, and Option AssetClasses
- Package = Fixed Income Components/Baskets Definitions
- Author:
- Lakshmi Krishnamurthy
-
-
Method Summary
Modifier and Type Method Description CouponSetting
couponSetting()
Retrieve the bond coupon settingCreditSetting
creditSetting()
Retrieve the bond credit SettingFloaterSetting
floaterSetting()
Retrieve the bond floater settingIdentifierSet
identifierSet()
Retrieve the bond identifier setQuoteConvention
marketConvention()
Retrieve the Bond's Market ConventionNotionalSetting
notionalSetting()
Retrieve the bond notional Settingboolean
setCouponSetting(CouponSetting cpnSetting)
Set the bond coupon settingboolean
setCreditSetting(CreditSetting creditSetting)
Set the bond Credit Settingvoid
setEmbeddedCallSchedule(EmbeddedOptionSchedule eos)
Set the bond's embedded call schedulevoid
setEmbeddedPutSchedule(EmbeddedOptionSchedule eos)
Set the bond's embedded put scheduleboolean
setFloaterSetting(FloaterSetting fltSetting)
Set the bond floater settingboolean
setIdentifierSet(IdentifierSet idSet)
Set the bond identifier setboolean
setMarketConvention(QuoteConvention mktConv)
Set the Bond's Market Conventionboolean
setNotionalSetting(NotionalSetting notlSetting)
Set the bond notional Settingboolean
setStream(BondStream stream)
Set the bond Streamboolean
setTerminationSetting(TerminationSetting termSetting)
Set the bond termination settingboolean
setTreasuryBenchmark(TreasuryBenchmarks tsyBmkSet)
Set the bond treasury benchmark SetBondStream
stream()
Retrieve the Bond StreamTerminationSetting
terminationSetting()
Retrieve the bond termination settingTreasuryBenchmarks
treasuryBenchmark()
Retrieve the bond treasury benchmark Set
-
-
-
Method Detail
-
setTreasuryBenchmark
boolean setTreasuryBenchmark(TreasuryBenchmarks tsyBmkSet)
Set the bond treasury benchmark Set- Parameters:
tsyBmkSet
- Bond treasury benchmark Set- Returns:
- TRUE if succeeded
-
treasuryBenchmark
TreasuryBenchmarks treasuryBenchmark()
Retrieve the bond treasury benchmark Set- Returns:
- Bond treasury benchmark Set
-
setIdentifierSet
boolean setIdentifierSet(IdentifierSet idSet)
Set the bond identifier set- Parameters:
idSet
- Bond identifier set- Returns:
- True if succeeded
-
identifierSet
IdentifierSet identifierSet()
Retrieve the bond identifier set- Returns:
- Bond identifier set
-
setCouponSetting
boolean setCouponSetting(CouponSetting cpnSetting)
Set the bond coupon setting- Parameters:
cpnSetting
- Bond coupon setting- Returns:
- True if succeeded
-
couponSetting
CouponSetting couponSetting()
Retrieve the bond coupon setting- Returns:
- Bond Coupon setting
-
setFloaterSetting
boolean setFloaterSetting(FloaterSetting fltSetting)
Set the bond floater setting- Parameters:
fltSetting
- Bond floater setting- Returns:
- True if succeeded
-
floaterSetting
FloaterSetting floaterSetting()
Retrieve the bond floater setting- Returns:
- Bond Floater setting
-
setMarketConvention
boolean setMarketConvention(QuoteConvention mktConv)
Set the Bond's Market Convention- Parameters:
mktConv
- Bond's Market Convention- Returns:
- True if succeeded
-
marketConvention
QuoteConvention marketConvention()
Retrieve the Bond's Market Convention- Returns:
- Bond's Market Convention
-
setCreditSetting
boolean setCreditSetting(CreditSetting creditSetting)
Set the bond Credit Setting- Parameters:
creditSetting
- Bond credit Setting- Returns:
- True if succeeded
-
creditSetting
CreditSetting creditSetting()
Retrieve the bond credit Setting- Returns:
- Bond credit Setting
-
setTerminationSetting
boolean setTerminationSetting(TerminationSetting termSetting)
Set the bond termination setting- Parameters:
termSetting
- Bond termination setting- Returns:
- True if succeeded
-
terminationSetting
TerminationSetting terminationSetting()
Retrieve the bond termination setting- Returns:
- Bond termination setting
-
setStream
boolean setStream(BondStream stream)
Set the bond Stream- Parameters:
stream
- Bond Stream- Returns:
- True if succeeded
-
stream
BondStream stream()
Retrieve the Bond Stream- Returns:
- Bond Stream
-
setNotionalSetting
boolean setNotionalSetting(NotionalSetting notlSetting)
Set the bond notional Setting- Parameters:
notlSetting
- Bond Notional Setting- Returns:
- True if succeeded
-
notionalSetting
NotionalSetting notionalSetting()
Retrieve the bond notional Setting- Returns:
- Bond notional Setting
-
setEmbeddedCallSchedule
void setEmbeddedCallSchedule(EmbeddedOptionSchedule eos)
Set the bond's embedded call schedule- Parameters:
eos
- Bond's embedded call schedule
-
setEmbeddedPutSchedule
void setEmbeddedPutSchedule(EmbeddedOptionSchedule eos)
Set the bond's embedded put schedule- Parameters:
eos
- Bond's embedded put schedule
-
-


He Got Game (1998)
Director: Spike Lee Cast: Denzel Washington, Ray Allen, Rosario Dawson, Milla Jovovich, Hill Harper, Zelda Harris, Jennifer Esposito, Bill Nunn, Ned Beatty Screenplay: Spike Lee Producers: Jon Kilik, Spike Lee Runtime: 131 min. US Distribution: Buena Vista/Hollywood Rated R: violence, sex, drugs, language
By Nathaniel R. Atcheson<EMAIL_ADDRESS>I think I've said this before (well, I know I've said this before)--I'm not a sports person. Sports talk doesn't interest me. Professional sports don't interest me. Football, basketball, baseball -- these things don't interest me. I don't hate them, but sports alone can not hold my attention. I have the utmost respect for Spike Lee for creating a film that has a lot to do with basketball and keeping me compelled and interested through its entire length.
What one must realize when approaching He Got Game is that it's not really about basketball: it's about the complicated relationship between a father and his son. That's not, by a longshot, all there is to this film -- Lee takes on a lot of subplots and themes, and the result is a far-reaching and ambitious picture. Though it is a fascinating character study and often very powerful, the film seems to overflow with messages at times, and Lee never quite finds the right note for tone and atmosphere.
The father mentioned above is Jake Shuttleworth (Denzel Washington). He's a convicted felon (finding out why is part of the film, so I can't tell you) serving his sentence in prison; early in the film, he's approached by the warden (Ned Beatty) with an offer -- he has one week to convince his own son, Jesus (Ray Allen) to attend Big State University. Jesus is the nation's number one high school basketball player, and he's expected to easily make it into the NBA, and perhaps end up the greatest player of all time.
It's a difficult time in Jesus' life, for he has many universities pressuring him to sign into their program, and he's waiting until the last possible second to make his decision. He's also suddenly saddled with a life of fame, though he still lives in the projects with his sister, Mary (Zelda Harris). Jake agrees to the job, and immediately goes to see his children. Mary is happy to see him, but Jesus won't even acknowledge him as his father. This is where the conflict arises.
The father/son relationship of He Got Game is the central theme, and Lee handles this aspect of the film with detailed care and respect. Washington is superb here (as he always is), and manages to convey the desperation of a man trapped in an impossible situation. Midway through the film, he meets a prostitute named Dakota (Milla Jovovich), whom he seems to really care for, and this subplot helps to characterize him further. Lee and Washington both do a fantastic job creating this fascinating man.
The other half of the relationship is portrayed effectively by Ray Allen. Allen does an excellent job playing a naive high school student who is suddenly and inexplicably confronted with a chance at greatness. His reaction to his father is also very well done, and the scenes between the two men are engaging -- they dynamics between the characters work so well that it's impossible not to admire this film for these scenes. There are a lot of supporting characters (and a few cameos), and all of them are colorful and interesting; Jovovich (last seen in The Fifth Element) really stands out, as does young Zelda Harris.
As well as the central themes in He Got Game work, there just seems to be a little too much padding, both in story and in execution. The cinematography Malik Hassen Sayeed is interesting, but he employs a lot of strange tricks (fade-to-white is a common one) that are intended to draw the viewer in, but instead they just distance us from what's happening on screen. Aaron Copland's musical score is fantastic, but it doesn't always fit the mood of the film: when Jake and Jesus have a climactic one-on-one game, Copland's heavy strings and classical-sounding themes made me too aware of the music, and the best scores blend in and add to the overall image without being distracting.
There's also a lot of sex, and these scenes border on soft-porn (example -- two college girls are waiting for Jesus when he goes to visit a university, and . . . you know the rest). And there's a long, violent interlude during which a strange individual briefs Jesus on all of the drugs and sex he'll be missing if he goes away to school. I'm not too certain why Lee wanted to be so explicit with the sex and violence (there are several scenes like the ones described above), but it seems to detract from what this film is really about.
And what this film really is about is the relationship between Jake and Jesus. Jesus' hatred for his father is deep and potent, and, inversely, Jake's love for his son is equally powerful -- every scene between the two is electric and intense. Spike Lee and his actors pull off this central relationship so perfectly that the extras on the outside are only minor detractors. He Got Game, even in its strangest moments, is a compelling and engrossing experience.
*** out of **** (7/10, B)
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Kirklan:
What do you want to exchange, Seed of Extermination's Special Seed Product or Seed Collection?
Exchange 5 Mounted Troop Totems with Mounted Troop Charm.
Receive reward for Breath of Tiat.
Back


Delicious
THE BEST FOOD BLOG ON THE WEB THE BEST FOOD BLOG ON THE WEB
POSTED ON 15 DEC 2013/DESSERTS
For the fig swirl: Melt butter over medium heat in a saucepan. Add brown sugar and stir to dissolve. Have all of the figs and toss in a saucepan with water and lemon juice. Cook over medium heat, stirring frequently, until you have a chunky-jammy mixture. Add salt with one ot two stirs, set aside and let cool completely.
Ice cream: In a small pot over medium heat, combine milk, and granulated sugar until sugar is completely dissolved and the milk just barely lukewarm. Whisk in the egg yolks. Set mixture in the fridge and wait until the fig mixture is cooled.
Using an ice cream machine, pour liquids into the frozen basin and process according to manufacturer instructions, i.e., let spin and thicken for 20 minutes before adding mascrapone, fig jam mixture, and the nuts. Continue to process for +/- 10 minutes. Pour semi-frozen mizture into a pyrex dish or glass tupperware. Freeze for at least teo hours before serving.


In this module, you will learn about the if statement.
So far in this documentation, all the programs have run in a linear fashion. In other words, your programs simply ran from start to finish with each statement being executed one after the other. However, in most real-life situations, your programs will need to make decisions whether to skip a few statements, repeat things multiple times, or even jump from one part of your code to another part. Such actions are performed using control statements. You will learn about these statements in this module and the next module.
A programming language provides control statements that allow your programs to alter the flow of execution. Zen’s control statements are divided into the following categories: selection, iteration, and jump.
Selection Statement
Selection statements allow your program to choose different paths of execution based on a Boolean expression. They are also known as conditional statements. They are the focus of this chapter.
Iteration Statement
Iteration statements enable your program to repeat one or more statements in your code. They are also known as loop statements. You will learn more about these statements in the next chapter.
Jump Statements
By far, jump statements are the simplest control statements. As the name suggests, they allow your program to jump from one location to another location. Given their simplicity, they don’t get their own module. However, we explain them in detail whenever their usage is required or when a concept is closely associated with them.
In this module, we will learn about the if statement which allows you to execute a statement or a block of statements based on a Boolean condition. The if statement relies heavily on the use of Boolean expressions. In general, these expressions produce true or false. You have already learnt the various logical and comparison operators, which produce Boolean values. You can always go back to the previous module to jog your memory.
Using If Statements
The if statement is one of the most important statements in any programming language. The following sections describe the various forms of the if statement in Zen. Basically, the if statement allows your program to branch conditionally. It is a compound statement.
Here is the general form of the if statement.
if condition
statement
else
statement
Here, a statement may be either a simple statement or a compound statement. The condition is any expression that evaluates to a Boolean value.
The if statement is divided into two clauses: if clause and else clause. The if clause begins with the if keyword. It accepts a condition, enclosed in parenthesis. Similarly, the else clause begins with the else keyword. It is optional. In other words, if you do not write the else clause in your if statement, the compiler will not complain.
If the condition specified to the if clause evaluates to true
, then the
statement under the if clause is executed. Otherwise, the statement
under the else clause is executed.
Here is a simple example of the if statement.
// VoteEligibility.zen
function main(...arguments)
var age = 18
if age >= 18
print('You are eligible to vote!')
In this example, a variable named age is initialized to 18. Using the if
statement your program checks if the user is 18
or above. If the
condition evaluates to true
, the user is allowed to vote. Which we
indicate by printing the message 'You are eligible to vote!'
The output of this program is shown below.
You are eligible to vote!
As you can see, the else clause was not written in this example. By now if you compiled and ran this program, you wold know that the compiler did not generate any errors. This is because the else clause is optional. Can you guess what would have happened if the Boolean expression evaluated to false in this example? The entire if statement would have been skipped because the else clause is absent.
Notice that we have indented the print statement. This forms a block statement, or statement suite. Thanks to the statement suite, you can write more than one statement under a clause.
Now, let’s extend the program to print a message when the user is not eligible to vote.
// VoteEligibility2.zen {
function main(...arguments)
var age = 14
if age >= 18
print('You are eligible to vote!')
else
print('Sorry, kid. You cannot vote.')
The if clause is exactly the same as the previous example. The only
changes here are the else clause and the age variable initialized to 14.
Since the condition evaluates to false
, the if clause is skipped and the
else clause is executed. The output of this program is shown below.
Sorry, kid. You cannot vote.
Notice that the statements inside the blocks are indented. Indentation refers to the space and tab characters that you write before you write any visible characters. Zen was designed around indentation to indicate blocks, because indentation makes the structure of your code more obvious. Unlike most programming language, Zen may ignore or may not ignore white space depending on the context. It is always a good practice to indent your code with 4 space characters. Usually, text editors and IDEs take care of indentation for you.
You can write a block statement inside another block statement, provided that the inner block statement is part of a compound statement. You can think of the outer block statement as level 1 and the inner block statement as level 2. We recommend you to increment your indentation by four space characters for each level.
Here is a modified version of the previous example which includes comments that indicate the block level.
// VoteEligibility3.zen
// level 1, 0 spaces
function main(...arguments)
var age = 14
// Level 2, 4 spaces
if age >= 18
// Level 3, 8 spaces
print('You are eligible to vote!')
else
// Level 3, 8 spaces
print('Sorry, kid. You cannot vote.')
Nested If Statements
You can write any statement under the if and else clauses. In fact, you could write another if statement under them. This is known as nesting. So, if you write an if statement inside another if statement, we call the arrangment as nested if statements. The if statement written inside another if statement is called the inner if statement. Similarly, the if statement which contains another if statement is called the outer if statement.
Nested if statements are very common in programming. When you nest if statements, you must always remember that the else clause is associated with the nearest if clause. You can nest any number of if statements to any depth. We recommend you to keep it as simple as possible. Also, be sure to use indentation to indicate the structure of the nested statements.
Here is the general form of a nested if statement.
if condition1
if condition2
statement1
else
statement2
else
if condition3
statement3
else
statement4
Remember, you construct a nested if statement with regular if statements. So, you do not have to use if statements under both the clauses if you do not have to. Again, all the else clauses are optional.
Using If-Else-If Ladders
A common programming construct based on a sequence if statements is the if-else-if ladder.
Here is the general form of an if-else-if ladder.
if condition1
statement1
else if condition2
statement2
else if condition3
statement3
else
statement4
The if statements are executed from the top to down. As soon
as one of the conditions associated with an if clause is true
,
then the statement associated with that if clause is executed,
and the rest of the ladder is skipped. If none of the conditions are
true
, then the final else clause will be executed. In other words,
the final else clause acts as a default condition.
Here is an example program that demonstrates the if-else-if ladder.
// SeasonExample.zen
function main(...arguments)
var month = 2
var season
if month == 1
season = 'Winter'
else if month == 2 or month == 3
season = 'Spring'
else if month == 4 or month == 5
season = 'Summer'
else if month == 6 or month == 7 or month == 8 or month == 9
season = 'Rainy'
else if month == 10 or month == 11 or month == 12
season = 'Winter'
else
season = 'Invalid'
print('The season experienced in February is ' + season)
We suggest you to play around with this program before moving on. As you will find,
no matter what value you assign the month
variable, only one assignment statement
within the ladder will be executed.


2. Primer removal¶
Introduction¶
When performing demultiplexing, cutadapt removed the indices from our samples. You can check this using the grep
command from the previous tutorial. Alternatively, you can use the following command to explore the length distribution of the sequences. Run this twice, on a raw sequence FASTQ file and demultiplexed FASTQ file.
sed -n '2~4p' input.fastq | while read l; do echo ${#l} ; done | sort | uniq -c
How this command works
The sed
command prints only every 4th line, starting at the 2nd. This is sent to a while
loop, which reads each line and stores it in l
. The loop outputs the number of characters in the l
variable, one per line. These are then sorted into alphanumeric order, and then each unique number is counted to get the distribution.
You should see that the average sequence length has reduced by 6.
We can also use cutadapt to remove primers. Unlike indices, which are not valid DNA sequences but artificial sequences we added, primer regions reflect real DNA sequence data. However, because we used degenerate primers, we cannot be certain that the amplified region of the primer sequence is exactly identical to that region on our source DNA, because primers do not always bind perfectly. So this region must be discarded.
Data and software
The input data for this section is a directory of FASTQ format file pairs, one pair per sample, with primer sequences at (or near) the beginning of each read. If you’re following along step-by-step, this was produced in the previous tutorial. Alternatively, the 1_demux
directory within the sectionA archive can be used as example data.
This tutorial uses the cutadapt software.
Performing primer removal¶
This process is very similar to demultiplexing, except we only have one sequence to remove, rather than three, and we only want one output file for each input file. The power of cutadapt’s paired-file-aware approach is that again, we can filter out any mate pairs that don’t have both primers - this is probably a mark of a sequencing error!
Exercise
First, create another new directory in our parent directory for the trimming output.
Making sure you’re in the parent directory, try and adapt our demultiplexing command to trim the primers (the sequences are given again below) from one of the demultiplexed file pairs. You will want to add the parameter --discard-untrimmed
. We could have added this to demultiplexing to remove all “unknown” files as well.
Forward(R1)
CCNGAYATRGCNTTYCCNCG
Reverse (R2)
TANACYTCNGGRTGNCCRAARAAYCA
Cutadapt is aware of ambiguous bases so it’s fine to use the primer sequences as-is. The primers should have been consecutive with the indices, so now must be at the start of the reads: thus you can use ^ to anchor the sequence as before. You don’t need to name the primer sequences (XX=
), and you don’t need to use {name}
in the output - the file name will do. Try running your command, if it doesn’t work, check the solution below.
Solution
Make sure you change output
in the command below to the name of the new directory you created to store these files in. We’re assuming the directory with your files is named 1_demux
, if it isn’t, make sure to change that below as well.
cutadapt -g ^CCNGAYATRGCNTTYCCNCG -G ^TANACYTCNGGRTGNCCRAARAAYCA \ -o output/T11_R1.fastq -p output/T11_R2.fastq --discard-untrimmed \ 1_demux/T11_R1.fastq 1_demux/T11_R2.fastq
Make sure to look over the output from cutadapt because this is very informative. You’ll notice now that some errors are being allowed, since these sequences are longer and so the default 10% allows 2 errors in these primers. Additionally you’ll notice that unlike with the indices, the length of sequence removed has varied slightly. We’ll come back to this.
We want to run this on all of our files, ideally without writing the command over and over. We can put this in a loop using bash. Since we need all of the unique samples, we first need to design a command for listing these:
ls 1_demux/ | cut -d_ -f1 | sort | uniq
This extracts the part of each name before the first _
and finds the unique ones. We can then store this list of library names in a bash variable, and check it’s contents with echo
:
samples=$(ls 1_demux/ | cut -d_ -f1 | sort | uniq)
echo $samples
We can then loop on the contents of this variable using for
for s in $samples; do cutadapt -g ^CCNGAYATRGCNTTYCCNCG -G ^TANACYTCNGGRTGNCCRAARAAYCA \ -o output/${s}_R1.fastq -p output/${s}_R2.fastq --discard-untrimmed \ 1_demux/${s}_R1.fastq 1_demux/${s}_R2.fastq ; done
The for loop works through the items in the variable $samples
, assigning them one-by-one to $s
. The $s
therefore refers to each sample name in turn - note that ${s}
is used where we want to add a _ immediately after, otherwise bash will look for a variable called $s_R1
.
Check your trimmed directory to make sure you have all of your files, and check back through the terminal output to make sure that you didn’t miss any errors. As always, review your read numbers.
Warning
To run these loops, we generated a list of our unique sample names by listing our files and then editing the text to remove file extensions and direction information, as reprinted below.
samples=$(ls 1_demux/ | cut -d_ -f1 | sort | uniq)
If you have your own data, your file names are likely to be different and the exact code used above may not work! You will need to come up with your own version. If you have multiple underscores in your file names, but the number of underscores is consistent, you could simply tweak the number given to cut -f
. Otherwise, you might need to use sed
to remove parts of the names, or even use rename
to batch rename the files to something that will work.
Next steps¶
We have generated another set of files, with the primers trimmed and some mate pairs rejected for not having the primer sequence present.
If you want to explore more about the quality settings of primer removal, there are some further exercises here, but this isn’t necessary for the next step.
Next we join these mate pairs together into single reads representing individual amplicon sequences: 3. Pair merging.


RGV announces 'Enter The Girl Dragon' teaser, trailer dates - Telugu News - IndiaGlitz.com
Ram Gopal Varma has been silently making a movie besides the political fiction 'Kamma Rajyamlo Kadapa Reddlu'. An Indo-Chinese action flick, it's titled 'Enter The Girl Dragon'. Calling it India's first martial arts movie, RGV also says that it is his "most ambitious movie" ever.
The film's teaser will be released on Bruce Lee’s 80th birth anniversary (November 27 at 3.12 pm).
On the other hand, the trailer will be out on December 13 in Bruce Lee's hometown Foshan City in China.
RGV has always been a fan of Bruce Lee. The film seems to be his tribute to the legend.
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'Quality' - Aston Villa fans pick out one positive from Wolves defeat
Wolverhampton Wanderers 2-1 Aston Villa reaction | Claret and blue faithful have picked out this positive on a poor day overall for Dean Smith's side at Molineux
by Richard CusackAston Villa fans have been reacting to Ezri Konsa's tweet after his debut today.
The £12 million summer signing from Brentford made his first Premier League start in the 2-1 defeat to Wolverhampton Wanderers at Molineux, Villa 's third straight loss in the Premier League.
He partnered Tyrone Mings at centre-back, but wasn't able to help his side get a positive result in the West Midlands derby.
Villa's cause wasn't helped by injuries , with first choice goalkeeper Tom Heaton and captain Jack Grealish also out of the clash.
So Konsa was handed a debut in tricky circumstances and that told with Ruben Neves and Raul Jimenez on the scoresheet for Nuno Espirito Santo's side, with Trezeguet netting a consolation in injury time.
Konsa took to social media after the match, tweeting: "Disappointed with the defeat this afternoon but proud to make my full Premier League debut.
"Thanks for all the support today... we go again after the international break."
And the claret and blue faithful responded.
@ villaboy_93 : Beast
@ 1874James : Played well today mate love your style 100% one for the future just keep working
@ callumavfc_ : Player
Wolves 2-1 Aston Villa
Match report: Ashley Preece's verdict
Player ratings: Many struggle on difficult day
Dean Smith reaction: Boss fumes at first-half
Fans react: Villa faithful pick out one positive
Gallery: The best pictures from Molineux clash
Injury latest: Smith reveals extent of injuries
@ MarkavParry : Welcome to the premier league mate
@ richietayls69 : great game, the one positive in the whole game
@ avfcjames1 : Played quality today xx
@ 1_COOKIE_ !: You played well today Ezri
@ GarryE2 : You did well today in a difficult match


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The DJ, 30, is promoting a new book and was seen holding up a copy of the novel as he posed for the picture with a dummy pistol in a corner shop.
In the picture, Zanetti was seen holding a gun at the check-out while reading a copy of Nine Foot Tall by Daz Courtney.
In the caption, he included a plug for the book but failed to explain the mocked up robbery scene.
However, he later returned to Instagram to hit back at critics who accused him of promoting gun crime with the tasteless stunt.
He wrote: "I am not promoting gun crime, before anyone starts getting deep and overly critical.
"I’m promoting the story in the fictional book. Millions of film covers, books and pictures of characters like Bond have pics of guns and more on them."
However, it was too much for many fans who slammed the star for sharing such a controversial image.
One wrote: "Looks like an armed robbery to people who don't know the book. Why even promote the storyline."
Another simply added: "Seriously" along with a despairing emoji.
The stunt is part of Zanetti's bizarre publicity campaign for the book.
In a previous post, she shared a picture of himself reading the book while simulating sex with his girlfriend.
Another showed him appearing to mock the devastating flooding that hit the country this week.
He was seen standing naked in a pool of water reading the book.
Zanetti wrote: "Even when the floods f**ked my night up I make time to read a chapter of ‘Nine Foot Tall’ sickest book I ever read."
Do you have a story to sell? Get in touch with us at<EMAIL_ADDRESS>or call us direct 0207 29 33033


teradata
Businessmodel of Teradata
Customer Segments
Teradata has a mass market business model, with no significant differentiation between customer segments. It markets its offerings to technology and business buyers at organizations of all sizes across a wide range of industries, including energy, banking/financial services, healthcare, communications, manufacturing, retail, travel and transportation, and utilities. In 2015, the company’s top ten customers were responsible for 14% of its overall revenues.
Value Proposition
Teradata offers two primary value propositions: convenience and brand/status.
The company offers convenience by making it easier for customers to carry out data management. Its solution collects data from numerous sources, which saves users time and also facilitates robust analysis. It also removes data silos to foster more informed decision-making. Moreover, it integrates omni-channel marketing communications for consistent, streamlined messaging.
The company has built a strong brand over time. It was one of the first providers of database management systems, making it well-established. It has over 100 technology partners and 2,600 clients in 77 countries. Its customers include the following:
- 11 of the top 20 healthcare companies
- 13 of the top 20 manufacturing companies
- 14 of the top 20 travel/transportation companies
- 15 of the top 20 global retailers
- 18 of the top 20 global commercial and savings banks
- 19 of the top 20 telecommunications companies
- All of the top six airlines Specific clients include eBay, Ford Motor Co., 3M, Philips, PayPal, Cisco, Warner Home Video, Xcel Energy, Continental Airlines, Volvo, and Comcast. Finally, Teradata has received many honors. These include recognition as a leader in the big data solutions space (Forrester Research); as a member of the prominent Dow Jones Sustainability North America Index; and as a leader in Gartner’s 2015 Data Warehouse and Data Management Solutions for Analytics Magic Quadrant.
Channels
Teradata’s main channel is its direct sales team, through which it acquires most customers. That said, in select situations it sells its products/services through third-party channels such as distributors and resellers. The company promotes its offerings through its website, social media, webinars, direct marketing, and attendance at conferences, forums, summits, and trade shows.
Customer Relationships
Teradata’s customer relationship is primarily of a self-service nature. Customers utilize the service through the main platform while having limited interaction with employees. The company’s website includes a “Resources” section with an extensive and varied selection of customer aids. These include analyst reports, articles, best practice guides, brochures, case studies, datasheets, demos, eBooks, executive briefs, infographics, podcasts, studies, videos, webcasts, and white papers.
Despite this orientation, Teradata’s customer relationship also includes a strong personal assistance component. The company offers phone and e-mail support. It also provides the following training options:
Teradata Education Network – Customers can learn how to better use the company’s products and services through this program. Formats include classroom instruction, web-based training, and recorded and live webcasts.
Teradata Certified Professional Program (TCPP) – Customers can take instruction to gain expertise in use of the system so they can become certified in various company roles, such as sales and training. Instruction is provided by subject matter experts, exam development partners, and the Teradata education team.
Key Activities
Teradata’s business model entails producing software and maintaining the SaaS version of its platform. The company sources hardware components from various suppliers and utilizes Flextronics International for the assembly and configuration of the components.
Key Partners
Teradata maintains the following strategic partnerships:
Alliance Partners – The company collaborates with independent software vendors (ISVs) to develop applications and tools that incorporate Teradata technology. Partners include many top firms in the big data, data acquisition, business intelligence, and marketing applications sectors.
Systems Integrators – The company works with a range of systems integrators and consultants that are involved in the implementation and integration of Teradata data platforms and analytic/marketing applications for their joint clients. The arrangement facilitates an exchange of knowledge and allows the partners to become better versed in the use of the technology. Specific partners include Deloitte, Accenture, IBM Global Business Services, Cognizant Technology Solutions, Wipro Limited, and Capgemini.
Key Resources
Teradata’s main resource is its proprietary software platform, used by 2,600 clients. Its most important human resources are its research and development staff members, who engage in continuous improvement of its products and services and are spread out in numerous facilities globally. The company also depends heavily on its sales/marketing, customer support, and training staff. Lastly, Teradata places a high priority on its intellectual property, and owns 700 patents in the U.S. as well as 48 patents in foreign locations.
Cost Structure
Teradata has a value-driven structure, aiming to provide a premium proposition through frequent offering enhancements and personal service. Its biggest cost driver is sales/marketing expenses, a fixed cost. Other major drivers are in the areas of research and development and administration, also fixed costs.
Revenue Streams
Teradata has two main revenue streams:
Product Revenues – Revenue generated from the sales of its analytic data solutions (including hardware and software) and its marketing applications.
Service Revenues – Revenue generated from support and business consulting services that enable customers to generate more value from the use of their products.


Mum's heartache as son, 10, nearly dies after doctors find hidden heart murmur
Alex Love, from Grantham, Lincolnshire, had several issues with his heart and needed open heart surgery - double valve transplant - at Glenfield Hospital, Leicester
by Ashley FranklinA boy needed open heart surgery after doctors discovered several life-threatening issues with the organ had been present since his birth.
Leigh-Anne Love feared son Alex was going to die after the 11-hour operation to replace a valve in his heart.
But a complication with the surgery tore the boy's pulmonary valve, Lincolnshire Live reports.
Alex, now 13, had further surgery, which was successful, but still needs more care.
“There was the fear of losing him,” Leigh-Anne said.
"I stayed calm as you have to at the time. You have to stay strong for your child. Inside I was a shower of emotions.
“I was feeling that many things I didn’t know what I was feeling.”
The family's ordeal began when Alex was just 10. Scans at a routine paediatric appointment showed he had a heart murmur and a cardiologist then uncovered a number of issues with his heart that had been present since birth, but hadn’t shown until then.
The schoolboy had emergency surgery then in an attempt to widen his aortic valve. It was, though, only a temporary fix until the open heart procedure.
Leigh-Anne, from Grantham, Lincolnshire, said: “I felt quite numb – it was devastation.
“There are no words to describe the feeling – it is quite indescribable.
“My whole life flashed before my eyes. One minute everything is fine and the next it wasn’t. It was a whirlwind.
“I was petrified as he went into surgery.”
It would be three years before Alex would have the open heart surgery. It wasn't possible until he weighed at least 50kg.
So he went under the knife at Glenfield Hospital, Leicester, in October.
Recalling the traumatic experience, Leigh-Anne, who has three other sons, said: "It is just a waiting game.
“The longer it went on, the more I started to believe something had gone wrong.
“It was really surreal and very serene.”
But after 11 gruelling hours, Leigh-Anne and husband James were told Alex was being giving coagulants to clot the blood to stop the tear as the tissue on the valve was too thin to use stitches and that he would be taken back into paediatric intensive care with the intension of going back into surgery the next day.
Alex returned to the ward with his chest still open but two hours later he became critically ill after suffering another bleed on his heart.
With no options, doctors put him back in emergency surgery in a bid to save his life.
“When we were told he would be going back in, we were prepared for the worst,” his mum said.
“We didn’t know what the outcome would be.”
Fortunately, the second operation was a success, which Leigh-Anne admits was a “huge relief”.
She said: “I count my lucky stars Alex is okay and made it out.
“I can’t thank the doctors, nurses and surgeons enough for the care they gave – it was second to none.
“They really made sure I was looked after well.
“It wasn’t just patient focused, it was family focused care. I have never been in a hospital where it has been so patient and family focused.”
Alex’s ordeal is still far from over.
He will need further surgery in three to five years for a coarctation of his aorta and more open heart surgery will be required in ten years to replace the valve.
The family are now concentrating on making the most of the opportunities they have together until Alex needs to go back under the knife.
However, Leigh-Anne says she will continue to be inspired by the courage her little soldier has shown.
“People always say he gets his bravery from us as parents, but it’s the other way around.
“We get our strength and bravery from him. I don’t think he realises how brave he is.
“His nickname is Alex the lion – he has got a lion’s heart.”


|
PHP Stream
|
Public Member Functions | |
| filter (callable|UnaryFunction|FilterOperator $filter) | |
| map (callable|UnaryFunction|string|MapOperator $mapper) | |
| peek (callable|UnaryFunction|PeekOperator $peekingFunction) | |
| limit (int $limit) | |
| skip (int $limit) | |
| distinct () | |
| index (callable|string $indexer, $allowDuplicate=false) | |
| sort (callable|Comparator|string $cmp=null) | |
| execute (StreamOperator $operator) | |
| findAny () | |
| findFirst () | |
| findLast () | |
| count () | |
| toArray () | |
| toMap () | |
| toIterable () | |
| min (callable|Comparator $cmp=null) | |
| max (callable|Comparator $cmp=null) | |
| reduce (callable|BinaryFunction $reducer, $initialValue=null) | |
| collect (StreamCollector $collector) | |
Static Public Member Functions | |
| static | of (iterable $iterable=[], bool $inMemory=true) |
| static | concat (Stream|array... $streams) |
Protected Member Functions | |
| _getComparator (callable|Comparator $cmp=null) | |
Stream class is the main class for stream processing which supports aggregate operations.
This version has globally 2 implementations :
|
finalprotected |
| callable | Comparator | null | $cmp |
|
abstract |
Collect data according given Stream collector.
| StreamCollector | $collector | Collector instance |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
static |
|
abstract |
Returnd the number of elements in the resulting array.
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns a new Stream that contains only distinct elements.
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Skip the first result.
| StreamOperator | $operator | Operator to execute. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Filter enclosing array using a callback function. Callback function must take 1 parameters $value
corresponding to array value in the enclosing array. It must return true
if the element is valid, false
otherwise.
| callable | UnaryFunction | FilterOperator | $filter | Filtering callback function. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns an Optional instance containing any element of the resulting array if exists.
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns an Optional instance containing the first element of the resulting array if exists.
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns an Optional instance containing the first element of the resulting array if exists.
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns an optional containing the max value of the stream if exists.
| callable | string | $indexer | Indexer function or field. |
| bool | $allowDuplicate | If duplicates are allowed, no error if given when 2 elements got same key. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Limits the number of result.
| int | $limit | Number of results to keep. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Maps each element of the enclosing array using function.
| callable | UnaryFunction | string | MapOperator | $mapper | Mapping function to call |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns an optional containing the max value of the stream if exists.
| callable | Comparator | null | $cmp | Comparator object / callback. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Returns an optional containing the min value of the stream if exists.
| callable | Comparator | null | $cmp | Comparator object / callback. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
static |
|
abstract |
Maps each element of the enclosing array using function.
| callable | UnaryFunction | PeekOperator | $peekingFunction | Mapping function to call |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Reduces the value of the array using the given function.
| callable | BinaryFunction | $reducer | Reducing callback. |
| mixed | $initialValue | Initial value - default if stream is empty. |
Reimplemented in phpstream\impl\GeneratorStream.
|
abstract |
Skip the first result.
| int | $limit | Number of elements to skip. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Sort stream.
| callable | Comparator | string | null | $cmp | Comparator object / callback or field/method. |
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Executes all operations and return an array of results.
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Executes all operations and return a map of results (conserving key / value association of the initial array).
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.
|
abstract |
Executes all operations and return a map of results (conserving key / value association of the initial array).
Reimplemented in phpstream\impl\MemoryStream, and phpstream\impl\GeneratorStream.


dates 25 March
I've always loved solving problems. The reward of fixing something is great. I find writing code rewarding in that sense, it is often an exercise in debugging and problem solving .
Over the last few weeks I have been introduced to various ways of debugging, and approaching problems. Psuedocode was a new concept to me, but I like it. I find it prevents me running with a solution before I have thought about it properly. Often my solutions will lead me down the garden path, and a bit of psuedocode helps me stay on track.
I'm also a big fan of understanding an error message before jumping to a conclusion. It is easy to overlook these little things. Combining this with some console logging, and the Chrome dev tools, makes for a great tool belt.
Javascript
I have no reasonable segway for you here, but I have to write about the below as part of this week's assignment.
The .map() function is used to transform an array in to something else. It will take each array item, and perform a calculation on it that is prescribed the map parentheses.
The .filter() function is used to weed out item of an array in to something else. It will take each array item, and check if it meets a criteria. If it does, it is passed back in to a new, filtered array.
The .reduce() function is used to make a calculation of each array item, and will produce one number at the end. It could be used to add all the numbers in an array together, reducing the array to one number.


{% extends "base.html" %} {% load utility_tags blog_tags i18n %} {% block content %}
Hi! I'm Ian. I am a Developer Advocate working for Google on the Google Cloud Platform Team in Tokyo, Japan. I like to play with and hack on distributed systems, containers, in Go, and Python.


"Monetate powers multi-channel personalization for the world’s best brands. Built for speed, the Monetate Platform’s easy-to-use interface allows marketers to create, test and deploy an unlimited number of personalized digital experiences with limited need for IT or consulting resources.
"With Monetate, marketing is transformed from a world of discrete campaigns to one of always-on, personalized experiences that maximize the lifetime value of each individual customer."
- Monetate's About Page
Currently, Monetate is leveraged across the entire Belk.com and injected via Javascript after page load. Below are a few examples of typical Monetate content on our site and how it's used:
Experiences are campaigns that include specifics such as Who should be targeted, What content to display, When to display the content & Why the campaign is running. Monetate mobile support will include: Department/Landing Pages, Promo Detail Pages, Product Detail Pages and Assortment Pages.
An Action is a directive to target a ID or Class within a HTML element. It can target img
, divs
, header elements and more
Action Types are utilize to add engaging content onto the site, including adding HTML content, images, CSS, Javascript and more to an existing page.
Target Types helps hone in on the desired audience. A deep dive into possibilities include location, browser, weather, customer behavior
Below are a few use case scenarios for using Monetate on Mobile. Monetate on Mobile will provide support for Promotional


{% extends "base.html" %} {% block title %}Permission Denied{% endblock %} {% block content %}
You do not have access to this page.
Check your link and try again or contact your organization's admin.


實習講師 Jason
int a = 3;
int *b = &a;
cout << b << endl; // b = &a = the address of a
cout << *b << endl; // *b = *(&a) = a = the value of a
for(int i = 0; i < 100; i++){
b = new int; // allocate new memory with type int to b
*b = i; // change value of memory that b points to
delete b; // free the memory that b points to
}
struct node {
int val;
node *next;
};
node *a = new node; // allocate new memory with type node
a->val = 1; // a->val = (*a.val) = the value of val in memory that a points to
a->next = new node;
a->next->val = 2; // a->next->val = (a->next)->val
a->next->next = nullptr;
Basically the same thing.


Developing plans for BOSC 2015 "What makes a great open source bioinformatics community" unconfernece sessions further
The text below are minutes/notes from the above meeting, taken from https://etherpad.mozilla.org/2015-08-20-BOSC-communityFollowupHangout
Focus on this github repo: https://github.com/aidanbudd/bosc2015
- Dave Clements Here
- Konrad Foerster HERE
- Bjoern Grüning HERE
- Bastian HERE
- Natasha Wood SICK
- Jon Ison CAN'T MAKE IT
- Ismail HERE
- Yannick Wurm CAN'T MAKE IT
- Malvika Sharan HERE
- Nazeefa HERE
- Luis Pedro Coelho HERE
- me HERE
Plan for Hangout:
Introduction to the reason, and plan, for the hangout @AidanBudd
@AidanBudd describes vision for developing the project - all subject to change based on your opinions and ideas, but useful as an initial reference:
- choose a group of features of great communities of this kind
- collect from many different communities, examples of these features expressing themselves
- key benefit/feature comes from including examples from many different communities
- another key benefit comes from actively bringing people from all these different communities together to discuss these issues and collaborate together on such an article
- before going to individuals we know in specific communities to get their feedback/contributions, think it's best to have it clear (by example from content provided by communities we have experience of) the kinds of comments/content they can add, to make the barrier to contribution/entry as low as possible by keeping communication as open as possible we live the open source ethos, make it easier for others to see how we did it if they want to do so in the future, and build trust etc. - only things I want to keep off it are (obviously) illegal/libelous comments, disrespecful comments, and lists/discussions of indivdiaulas e.g. "have we contacted X yet?" - perhaps use the rule "only refer to people by name/handle if they've contributed to the repo in some way either with a commit or a comment?
I'm going to (try) taking the role of neutral facilitator - plenty of my preferences and opinions have gone into current state of the project, I really want this to be shaped by other peoples ideas, so I'm happy to be neutral in this meeting - if I really feel the need to drop that role, I'll let you know I'm doing it.
1. Introduce ourselves in a couple of sentences, tell us if you've any time constraints
2. Want everyone to have a chance to talk about whatever they think is important, so do (maximal 20? 30? we'll use majority voting for this) Lean Coffee to give them control of discussion topics - first time I try this online, it works great in person for giving everyone influence over what we discuss and for how long
LEAN COFFEE
- Github structure, PR: II
- Ideas about where to try and publish something like this [AIDAN] I
- Definition of a community II| 3
- NOTES Our aim is about defining/descrbing features of a succesful community. Bjoern'd like to avoid missing a project. But we're not just a list of great bioinformatics projects, as a great project or tool doesn't necessarily have a great community - he'd like to get definitions of these (great community vs great tool). Community of developers version a community of supporters? Cufflinks isn't a community project, but it is highly-cited. Want to have a list of big good ones that are good examples. Maybe we can agree what our list of 'features of great communities of this kind'.
- Keep going: I
- Stop: II|II
- Definition of a *bioinformatics* project (vs just a general open source project that is useful for bioinformatics) III 3
- Why only bioinformatics?
- Separation between code and teaching communities?
- Deciding how to decide on which features to include in an article - what do we think would be a good process? [AIDAN] I
- Getting in touch with the people who established open source community (Software/Data carpentry, FOSTER in Europe) with our feature list and get direct insight of what worked and what did not work for them.
- Formulation of a vision of a project [KONRAD] II| 3
- How an open source project defines a vision - he thinks
- How to find consensus/make decisions [KONRAD] I
- Breaking the bigger question into smaller questions
- Decide how we will structure paper II
- Content to put in an introduction [AIDAN]
- Approaching communities
- Bjoern: I think we should create a few questions and send them to a defined list of communities, similar to this manuscript: http://www.biologydirect.com/content/10/1/43 III 3
- Manuscript contacted people who maintain pipelines, and got their opinions, and built this into the manuscript - they were sent 3 questions to each of these people, asked them to write these, and then worked them into the manuscript - he thinks we need concrete questions to hand over to the communities - Dave likes the idea.Helps us not miss things. Konrad says 'need to keep the question list short' - Bastien intersted in hearing from people about failure of communities - worry (from Bjoern) that asking people to fork/pull is a bit much - for some we do it based on their emails, for others they prefer to do it by fork/pull
Options:
- decide on definitinos of great commnity, community - give this to just a couple of people
3. After that, we'll discuss and try to decide on the following issues (might change this based on Lean Coffee)
4.
A. Are the 'features' we've listed in need of:
- addition
- deletion
- editing
Malvika thinks there's no connection of the points - it would help to be able to link them in to each other, stories
Bjoern finds it too long, and also has problems with the communities on the list -whether they are big enough.
-------------
Decide what the scope is - bioinformatics, chemoinformatics, training
- https://github.com/aidanbudd/bosc2015/blob/master/listOfOSBCs.md
- people have already listed some communities here
- Give one person the job of building consensus around a scope
- Vote on this
- SCOPE: open source scientific communities but stressing/emphasis on biological communities (where that is taken to mean using computers used to work with biological data) using OSI definiton of it, to training communities
- Keeping the scope of the readers wider, however most of the examples will come from bioinformatics communities due to our backgrounds WE"ve CHOSEN THIS
- FOR NEXT TIME - BJOERN maybe, AIDAN, KONRAD after that, BASTIEN
What process to use to share that work between us? Collect suggestions from us all, and vote on one of them - I think we have to make this discussion today, so will use voting, consensus-building takes too long. OK with that process?
B. How to structure the content associated with each 'feature'? I'd like this to be done in a way that it's easy to focus on giving examples from different real communities - do you agree? If not, what would you most like to focus on, how would you like to structure it? Currently we've tried to do for each feature:
- short exposition of what is meant by the 'feature'
- reasons why this is important for a great community of this kind:
- challenges in both (a) establishing and (b) maintaining this feature in such a community
- tips for both (a) establishing and (b) maintaining this feature:
WAIT FOR THE FEATURS BEFORE DOING THIS
What process to use to put current content into this framework?
C. Do you think it'd be useful to meet again?
5. Agree action points
- agree a time frame off line
-


Downtown mural defaced
by Colin DacreA downtown Penticton business is lamenting damage caused by vandals to a mural on their building.
“Messaging the artist you commissioned to tell them that someone had defaced their artwork is a nasty way to start your day,” said Cowork Penticton on Facebook. “We're gutted that our beautiful 'Calliope' has been tagged.”
The mural was painted by local artist Skylar Punnett, who was hired by Cowork to beautify the exterior of the Nanaimo Avenue offices.
The business thanked the Penticton RCMP and city bylaw department for responding, adding the graffiti has since been removed from the plain section of the wall by Pure Pressure Graffiti Removal.
“Fixing Skyler Punnett's art will be trickier, but we will find a way,” Cowork said. “And we will still plan to keep beautifying our building in the face of mindless vandalism.”


How the Internet Works
Home
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Harish Naricchetty
MS in Information Systems @ NJIT
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Sri Siva Krishna Teja
MS in Information Systems @ NJIT
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3 Match specifications in Erlang
A "match specification" (match_spec) is an Erlang term describing a small "program" that will try to match something (either the parameters to a function as used in the erlang:trace_pattern/2 BIF, or the objects in an ETS table.). The match_spec in many ways works like a small function in Erlang, but is interpreted/compiled by the Erlang runtime system to something much more efficient than calling an Erlang function. The match_spec is also very limited compared to the expressiveness of real Erlang functions.
Match specifications are given to the BIF erlang:trace_pattern/2 to execute matching of function arguments as well as to define some actions to be taken when the match succeeds (the MatchBody part). Match specifications can also be used in ETS, to specify objects to be returned from an ets:select/2 call (or other select calls). The semantics and restrictions differ slightly when using match specifications for tracing and in ETS, the differences are defined in a separate paragraph below.
The most notable difference between a match_spec and an Erlang fun is of course the syntax. Match specifications are Erlang terms, not Erlang code. A match_spec also has a somewhat strange concept of exceptions. An exception (e.g., badarg) in the MatchCondition part, which resembles an Erlang guard, will generate immediate failure, while an exception in the MatchBody part, which resembles the body of an Erlang function, is implicitly caught and results in the single atom 'EXIT'.
3.1 Grammar
A match_spec used in tracing can be described in this informal grammar:
- MatchExpression ::= [ MatchFunction, ... ]
- MatchFunction ::= { MatchHead, MatchConditions, MatchBody }
- MatchHead ::= MatchVariable | '_' | [ MatchHeadPart, ... ]
- MatchHeadPart ::= term() | MatchVariable | '_'
- MatchVariable ::= '$<number>'
- MatchConditions ::= [ MatchCondition, ...] | []
- MatchCondition ::= { GuardFunction } | { GuardFunction, ConditionExpression, ... }
- BoolFunction ::= is_atom | is_float | is_integer | is_list | is_number | is_pid | is_port | is_reference | is_tuple | is_map | is_binary | is_function | is_record | is_seq_trace | 'and' | 'or' | 'not' | 'xor' | andalso | orelse
- ConditionExpression ::= ExprMatchVariable | { GuardFunction } | { GuardFunction, ConditionExpression, ... } | TermConstruct
- ExprMatchVariable ::= MatchVariable (bound in the MatchHead) | '$_' | '$$'
- TermConstruct = {{}} | {{ ConditionExpression, ... }} | [] | [ConditionExpression, ...] | #{} | #{term() => ConditionExpression, ...} | NonCompositeTerm | Constant
- NonCompositeTerm ::= term() (not list or tuple or map)
- Constant ::= {const, term()}
- GuardFunction ::= BoolFunction | abs | element | hd | length | node | round | size | tl | trunc | '+' | '-' | '*' | 'div' | 'rem' | 'band' | 'bor' | 'bxor' | 'bnot' | 'bsl' | 'bsr' | '>' | '>=' | '<' | '=<' | '=:=' | '==' | '=/=' | '/=' | self | get_tcw
- MatchBody ::= [ ActionTerm ]
- ActionTerm ::= ConditionExpression | ActionCall
- ActionCall ::= {ActionFunction} | {ActionFunction, ActionTerm, ...}
- ActionFunction ::= set_seq_token | get_seq_token | message | return_trace | exception_trace | process_dump | enable_trace | disable_trace | trace | display | caller | set_tcw | silent
A match_spec used in ets can be described in this informal grammar:
- MatchExpression ::= [ MatchFunction, ... ]
- MatchFunction ::= { MatchHead, MatchConditions, MatchBody }
- MatchHead ::= MatchVariable | '_' | { MatchHeadPart, ... }
- MatchHeadPart ::= term() | MatchVariable | '_'
- MatchVariable ::= '$<number>'
- MatchConditions ::= [ MatchCondition, ...] | []
- MatchCondition ::= { GuardFunction } | { GuardFunction, ConditionExpression, ... }
- BoolFunction ::= is_atom | is_float | is_integer | is_list | is_number | is_pid | is_port | is_reference | is_tuple | is_map | is_binary | is_function | is_record | is_seq_trace | 'and' | 'or' | 'not' | 'xor' | andalso | orelse
- ConditionExpression ::= ExprMatchVariable | { GuardFunction } | { GuardFunction, ConditionExpression, ... } | TermConstruct
- ExprMatchVariable ::= MatchVariable (bound in the MatchHead) | '$_' | '$$'
- TermConstruct = {{}} | {{ ConditionExpression, ... }} | [] | [ConditionExpression, ...] | #{} | #{term() => ConditionExpression, ...} | NonCompositeTerm | Constant
- NonCompositeTerm ::= term() (not list or tuple or map)
- Constant ::= {const, term()}
- GuardFunction ::= BoolFunction | abs | element | hd | length | node | round | size | tl | trunc | '+' | '-' | '*' | 'div' | 'rem' | 'band' | 'bor' | 'bxor' | 'bnot' | 'bsl' | 'bsr' | '>' | '>=' | '<' | '=<' | '=:=' | '==' | '=/=' | '/=' | self | get_tcw
- MatchBody ::= [ ConditionExpression, ... ]
3.2 Function descriptions
Functions allowed in all types of match specifications
The different functions allowed in match_spec work like this:
is_atom, is_float, is_integer, is_list, is_number, is_pid, is_port, is_reference, is_tuple, is_map, is_binary, is_function: Like the corresponding guard tests in Erlang, return true or false.
is_record: Takes an additional parameter, which SHALL be the result of record_info(size, <record_type>), like in {is_record, '$1', rectype, record_info(size, rectype)}.
'not': Negates its single argument (anything other than false gives false).
'and': Returns true if all its arguments (variable length argument list) evaluate to true, else false. Evaluation order is undefined.
'or': Returns true if any of its arguments evaluates to true. Variable length argument list. Evaluation order is undefined.
andalso: Like 'and', but quits evaluating its arguments as soon as one argument evaluates to something else than true. Arguments are evaluated left to right.
orelse: Like 'or', but quits evaluating as soon as one of its arguments evaluates to true. Arguments are evaluated left to right.
'xor': Only two arguments, of which one has to be true and the other false to return true; otherwise 'xor' returns false.
abs, element, hd, length, node, round, size, tl, trunc, '+', '-', '*', 'div', 'rem', 'band', 'bor', 'bxor', 'bnot', 'bsl', 'bsr', '>', '>=', '<', '=<', '=:=', '==', '=/=', '/=', self: Work as the corresponding Erlang bif's (or operators). In case of bad arguments, the result depends on the context. In the MatchConditions part of the expression, the test fails immediately (like in an Erlang guard), but in the MatchBody, exceptions are implicitly caught and the call results in the atom 'EXIT'.
Functions allowed only for tracing
is_seq_trace: Returns true if a sequential trace token is set for the current process, otherwise false.
set_seq_token: Works like seq_trace:set_token/2, but returns true on success and 'EXIT' on error or bad argument. Only allowed in the MatchBody part and only allowed when tracing.
get_seq_token: Works just like seq_trace:get_token/0, and is only allowed in the MatchBody part when tracing.
message: Sets an additional message appended to the trace message sent. One can only set one additional message in the body; subsequent calls will replace the appended message. As a special case, {message, false} disables sending of trace messages ('call' and 'return_to') for this function call, just like if the match_spec had not matched, which can be useful if only the side effects of the MatchBody are desired. Another special case is {message, true} which sets the default behavior, as if the function had no match_spec, trace message is sent with no extra information (if no other calls to message are placed before {message, true}, it is in fact a "noop").
Takes one argument, the message. Returns true and can only be used in the MatchBody part and when tracing.
return_trace: Causes a return_from trace message to be sent upon return from the current function. Takes no arguments, returns true and can only be used in the MatchBody part when tracing. If the process trace flag silent is active the return_from trace message is inhibited.
NOTE! If the traced function is tail recursive, this match spec function destroys that property. Hence, if a match spec executing this function is used on a perpetual server process, it may only be active for a limited time, or the emulator will eventually use all memory in the host machine and crash. If this match_spec function is inhibited using the silent process trace flag tail recursiveness still remains.
exception_trace: Same as return_trace, plus; if the traced function exits due to an exception, an exception_from trace message is generated, whether the exception is caught or not.
process_dump: Returns some textual information about the current process as a binary. Takes no arguments and is only allowed in the MatchBody part when tracing.
enable_trace: With one parameter this function turns on tracing like the Erlang call erlang:trace(self(), true, [P2]), where P2 is the parameter to enable_trace. With two parameters, the first parameter should be either a process identifier or the registered name of a process. In this case tracing is turned on for the designated process in the same way as in the Erlang call erlang:trace(P1, true, [P2]), where P1 is the first and P2 is the second argument. The process P1 gets its trace messages sent to the same tracer as the process executing the statement uses. P1 can not be one of the atoms all, new or existing (unless, of course, they are registered names). P2 can not be cpu_timestamp nor {tracer,_}. Returns true and may only be used in the MatchBody part when tracing.
disable_trace: With one parameter this function disables tracing like the Erlang call erlang:trace(self(), false, [P2]), where P2 is the parameter to disable_trace. With two parameters it works like the Erlang call erlang:trace(P1, false, [P2]), where P1 can be either a process identifier or a registered name and is given as the first argument to the match_spec function. P2 can not be cpu_timestamp nor {tracer,_}. Returns true and may only be used in the MatchBody part when tracing.
trace: With two parameters this function takes a list of trace flags to disable as first parameter and a list of trace flags to enable as second parameter. Logically, the disable list is applied first, but effectively all changes are applied atomically. The trace flags are the same as for erlang:trace/3 not including cpu_timestamp but including {tracer,_}. If a tracer is specified in both lists, the tracer in the enable list takes precedence. If no tracer is specified the same tracer as the process executing the match spec is used. With three parameters to this function the first is either a process identifier or the registered name of a process to set trace flags on, the second is the disable list, and the third is the enable list. Returns true if any trace property was changed for the trace target process or false if not. It may only be used in the MatchBody part when tracing.
caller: Returns the calling function as a tuple {Module, Function, Arity} or the atom undefined if the calling function cannot be determined. May only be used in the MatchBody part when tracing.
Note that if a "technically built in function" (i.e. a function not written in Erlang) is traced, the caller function will sometimes return the atom undefined. The calling Erlang function is not available during such calls.
display: For debugging purposes only; displays the single argument as an Erlang term on stdout, which is seldom what is wanted. Returns true and may only be used in the MatchBody part when tracing.
get_tcw: Takes no argument and returns the value of the node's trace control word. The same is done by erlang:system_info(trace_control_word).
The trace control word is a 32-bit unsigned integer intended for generic trace control. The trace control word can be tested and set both from within trace match specifications and with BIFs. This call is only allowed when tracing.
set_tcw: Takes one unsigned integer argument, sets the value of the node's trace control word to the value of the argument and returns the previous value. The same is done by erlang:system_flag(trace_control_word, Value). It is only allowed to use set_tcw in the MatchBody part when tracing.
silent: Takes one argument. If the argument is true, the call trace message mode for the current process is set to silent for this call and all subsequent, i.e call trace messages are inhibited even if {message, true} is called in the MatchBody part for a traced function.
This mode can also be activated with the silent flag to erlang:trace/3.
If the argument is false, the call trace message mode for the current process is set to normal (non-silent) for this call and all subsequent.
If the argument is neither true nor false, the call trace message mode is unaffected.
Note that all "function calls" have to be tuples, even if they take no arguments. The value of self is the atom() self, but the value of {self} is the pid() of the current process.
3.3 Variables and literals
Variables take the form '$<number>' where <number> is an integer between 0 (zero) and 100000000 (1e+8), the behavior if the number is outside these limits is undefined. In the MatchHead part, the special variable '_' matches anything, and never gets bound (like _ in Erlang). In the MatchCondition/MatchBody parts, no unbound variables are allowed, why '_' is interpreted as itself (an atom). Variables can only be bound in the MatchHead part. In the MatchBody and MatchCondition parts, only variables bound previously may be used. As a special case, in the MatchCondition/MatchBody parts, the variable '$_' expands to the whole expression which matched the MatchHead (i.e., the whole parameter list to the possibly traced function or the whole matching object in the ets table) and the variable '$$' expands to a list of the values of all bound variables in order (i.e. ['$1','$2', ...]).
In the MatchHead part, all literals (except the variables noted above) are interpreted as is. In the MatchCondition/MatchBody parts, however, the interpretation is in some ways different. Literals in the MatchCondition/MatchBody can either be written as is, which works for all literals except tuples, or by using the special form {const, T}, where T is any Erlang term. For tuple literals in the match_spec, one can also use double tuple parentheses, i.e., construct them as a tuple of arity one containing a single tuple, which is the one to be constructed. The "double tuple parenthesis" syntax is useful to construct tuples from already bound variables, like in {{'$1', [a,b,'$2']}}. Some examples may be needed:
| Expression | Variable bindings | Result |
| {{'$1','$2'}} | '$1' = a, '$2' = b | {a,b} |
| {const, {'$1', '$2'}} | doesn't matter | {'$1', '$2'} |
| a | doesn't matter | a |
| '$1' | '$1' = [] | [] |
| ['$1'] | '$1' = [] | [[]] |
| [{{a}}] | doesn't matter | [{a}] |
| 42 | doesn't matter | 42 |
| "hello" | doesn't matter | "hello" |
| $1 | doesn't matter | 49 (the ASCII value for the character '1') |
3.4 Execution of the match
The execution of the match expression, when the runtime system decides whether a trace message should be sent, goes as follows:
For each tuple in the MatchExpression list and while no match has succeeded:
- Match the MatchHead part against the arguments to the function, binding the '$<number>' variables (much like in ets:match/2). If the MatchHead cannot match the arguments, the match fails.
- Evaluate each MatchCondition (where only '$<number>' variables previously bound in the MatchHead can occur) and expect it to return the atom true. As soon as a condition does not evaluate to true, the match fails. If any BIF call generates an exception, also fail.
-
-
If the match_spec is executing when tracing:
Evaluate each ActionTerm in the same way as the MatchConditions, but completely ignore the return values. Regardless of what happens in this part, the match has succeeded. -
If the match_spec is executed when selecting objects from an ETS table:
Evaluate the expressions in order and return the value of the last expression (typically there is only one expression in this context)
-
If the match_spec is executing when tracing:
3.5 Differences between match specifications in ETS and tracing
ETS match specifications are there to produce a return value. Usually the MatchBody contains one single ConditionExpression which defines the return value without having any side effects. Calls with side effects are not allowed in the ETS context.
When tracing there is no return value to produce, the match specification either matches or doesn't. The effect when the expression matches is a trace message rather then a returned term. The ActionTerm's are executed as in an imperative language, i.e. for their side effects. Functions with side effects are also allowed when tracing.
In ETS the match head is a tuple() (or a single match variable) while it is a list (or a single match variable) when tracing.
3.6 Examples
Match an argument list of three where the first and third arguments are equal:
[{['$1', '_', '$1'], [], []}]
Match an argument list of three where the second argument is a number greater than three:
[{['_', '$1', '_'], [{ '>', '$1', 3}], []}]
Match an argument list of three, where the third argument is a tuple containing argument one and two or a list beginning with argument one and two (i. e. [a,b,[a,b,c]] or [a,b,{a,b}]):
[{['$1', '$2', '$3'], [{orelse, {'=:=', '$3', {{'$1','$2'}}}, {'and', {'=:=', '$1', {hd, '$3'}}, {'=:=', '$2', {hd, {tl, '$3'}}}}}], []}]
The above problem may also be solved like this:
[{['$1', '$2', {'$1', '$2}], [], []}, {['$1', '$2', ['$1', '$2' | '_']], [], []}]
Match two arguments where the first is a tuple beginning with a list which in turn begins with the second argument times two (i. e. [{[4,x],y},2] or [{[8], y, z},4])
[{['$1', '$2'],[{'=:=', {'*', 2, '$2'}, {hd, {element, 1, '$1'}}}], []}]
Match three arguments. When all three are equal and are numbers, append the process dump to the trace message, else let the trace message be as is, but set the sequential trace token label to 4711.
[{['$1', '$1', '$1'], [{is_number, '$1'}], [{message, {process_dump}}]}, {'_', [], [{set_seq_token, label, 4711}]}]
As can be noted above, the parameter list can be matched against a single MatchVariable or an '_'. To replace the whole parameter list with a single variable is a special case. In all other cases the MatchHead has to be a proper list.
Match all objects in an ets table where the first element is the atom 'strider' and the tuple arity is 3 and return the whole object.
[{{strider,'_','_'}, [], ['$_']}]
Match all objects in an ets table with arity > 1 and the first element is 'gandalf', return element 2.
[{'$1', [{'==', gandalf, {element, 1, '$1'}},{'>=',{size, '$1'},2}], [{element,2,'$1'}]}]
In the above example, if the first element had been the key, it's much more efficient to match that key in the MatchHead part than in the MatchConditions part. The search space of the tables is restricted with regards to the MatchHead so that only objects with the matching key are searched.
Match tuples of 3 elements where the second element is either 'merry' or 'pippin', return the whole objects.
[{{'_',merry,'_'}, [], ['$_']}, {{'_',pippin,'_'}, [], ['$_']}]
The function ets:test_ms/2 can be useful for testing complicated ets matches.


The world kind of shifted when covid happened. Even before it, we got a trial period where the both of us were flyin' around the world and the country. Still, this is us. Gigglin' our heads off. Still desperately in love. I love you Rina. I'm yours for as long as you'll have me.
#callme! #bothhome#pocketshirts


Seizures
Movies and the Film Industry
Movies and the Industry
Warning: Material found in these pages can cause seizures
Why is it so bad?
The problem: The movies in Movie Theaters encompases a large Field of View. The great thing about movies is that they are experiential, and encompass a whole filed of vision. The dangerous thing about movies (as far as seizures are concerned) are that they are experiential, and encompass a whole field of vision.
Who Creates These Monsters? Literally?
We do. Our nation's universities often partner with companies such as Disney and Pixar in order to make their students more marketable. This is a great partnership, of course, but it means that our universities can really and truly make a difference before they go out into the world. Our universities can educate students on technologies and content that causes seizures, and then work with industry leaders to create a different reality for the globe.
From The Bureau of Labor Statistics
How to Become a Film and Video Editor or Camera Operator
Film and video editors and camera operators typically need a bachelor’s degree in a field related to film or broadcasting.
Excerpt From A Web Page
BFA in Animation
A professional degree program focusing on traditional and computer animation (CGI), 3-D animation, motion effects, and visual and advanced software applications. Students graduating with this degree will seek roles as creative artists within the animation industry, such as at Pixar and Disney, or the gaming industry, focusing on special effects, advertising and internet media.
Expectations of students.
Read the Dissertation, Human Visual System Models in Computer Graphics (.pdf) from Disney Research
Getting On Board
More and more, the general population is becoming aware of the problems of strobe lights. You may want to view the article, Why Movie Theaters Are Posting Warnings About All of the Strobe Lights in 'Incredibles 2
But the good news is: The industry is joining forces to make a difference.


el-spinner
Quickly make a text spinner for your HTML. Using
cli-spinners.
REPO & DOC
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etg.simulation.company module¶
All the classes and methods having to do with the companies in the game.
-
class
etg.simulation.company.
Company
(simulation, options, name)[source]¶ Bases:
etg.simulation.entity.Entity
A class to represent the companies in the simulation. It contains information about the state of the company (funds, suppliers, consumers, etc) and methods for updating the company and validating user input. The companies are created when a player joins, and should not be created manually.
-
buyers
¶ The number of users of this company.
-
demand
¶ The amount of energy that the consumers of this company require
-
donate
(party_name, amount)[source]¶ Donate the amount to the party with party_name. Returns True if succesful, False with an error message otherwise.
-
income
¶ How much money the company earned this tick.
The percentage of the population that buys their energy here.
-
output
¶ The output of this company on the current tick.
-
product_cost
¶ How much the product from this company costs.
-
product_green
¶ How green the product of this company is.
-
product_safety
¶ How safe the product of this company is.
-
profit
¶ How much profit the company makes each tick.
-
rawcost
¶ How much the product of the company costs the company itself.
-
sell
(producer_name)[source]¶ Sell the producer with producer_name for half of the money of the tier that it is at
-
set_values
(config)[source]¶ Set all the values on this company by coping them from the config dict from the simulation.
-
taxes
¶ The amount of taxation that goes over this product, calculated by taking the proportions for all the energy types in the output.
-
tick
()[source]¶ In a tick, the companies do their marketing, by updating the needs of the agents to mimic their product.
-
total_output
¶ The output and market per producer.
-


Roboto has a dual nature. It has a mechanical skeleton and the forms are largely geometric. At the same time, the font features friendly and open curves. While some grotesks distort their letterforms to force a rigid rhythm, Roboto doesn’t compromise, allowing letters to be settled into their natural width. This makes for a more natural reading rhythm more commonly found in humanist and serif types.
This is the Condensed family, which can be used alongside the normal Roboto family and the Roboto Slab family.
Updated July 31 2013: Hinting has been improved and a fix made to ỡ, the Vietnamese 'o with horn and tilde' character. If you have installed the fonts on your computer, please download them again and re-install.


Hi all,
I feel a bit overwhelmed with all the information available on your site and need some assistance.
I would like to order an EmonPi, but I'm confused on how to install the CT sensor. Where exactly do I clip this? My goal is to monitor all electricity on one particular plug...
Sorry for the dumb question. I just need to be sure before buying.
Thanks
Re: Very new and lost :)
The emonPi is not designed for monitoring a single socket outlet, so there are two reasons why you might want to reconsider. First, the current range is 0 - 100 A, which is suitable for monitoring the whole house, but a single socket is unlikely to draw much more than 10% of that, and accuracy will suffer. The second problem is the cable from the plug will be a 2-core or 3-core one, and no current transformer will work on that - you will need to make up an extension cable using two or three separate wires, and clip the current transformer on the line conductor only.
By using various tricks or by using a different current transformer to the one we normally recommend, and altering the calibration of your emonPi, you will be able to reduce the maximum current and improve the accuracy at lower currents, but whether you can do that successfully or not depends largely on your IT skills and whether you can work safely with electricity.
Re: Very new and lost :)
Hi Robert,
Thank you so much for the detailed response.
The current situation shouldn't be a problem. The plan is to use this to monitor server equipment which generally pulls between 30 and 40 Amps.
Option1: At the cable level. The current setup is that there is an extension wire running from the mains to a plug. My understanding is that the cable contains live, neutral and earth components. Are you recommending to clip only around one of these 3 components? Which one is the conductor?
Option2: At the main board. Is this the normal place where everyone installs their emonPi? Well, I suppose at the main board or any subDB board. In this case to which wire do you connect the CT sensors?
Kind Regards,
AnovaXT
Re: Very new and lost :)
As you appear to be in a commercial environment (i.e. it is not your house), then Option 2 is what I would follow. I can't give you exact details because I've no idea which country you are in and what you local regulations are. In general, in your distribution panel you will have an overcurrent protection device - a fuse or more likely an MCB - feeding the circuit that supplies your servers. You clip the CT on the cable that comes from that. (You can use either line or neutral conductor, but the line from the MCB will be easiest to identify.) You also need give the Pi a sample of the voltage on the same phase (assuming yours is a multi-phase installation) to measure via the ac adapter, and you need to power the Pi separately from a convenient source.


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Trump Announces He Will Make Florida His Permanent Residence Instead of New York Due To Lower Taxes
US President Donald Trump confirmed on Twitter Thursday night that he would be moving his permanent residence to Palm Beach, Fla., blaming local New York leaders for the move, who the president argued had treated him "very badly."
In a series of tweets, Trump wrote that the Empire State would "always have a special place" in his heart, while adding that "few have been treated worse" by its leadership despite paying "millions" in taxes.
The news of Trump moving his residence to Palm Beach emerged earlier Friday, prompting New York's Governor Andrew Cuomo to respond on Twitter: "Good riddance."
New York remains among a number of high-tax states contending with an exodus of residents to lower-tax states – a trend that has ramped up after state and local tax (SALT) deductions were capped at $10,000 under the Tax Cuts and Jobs Act. Florida has no statewide income tax, estate tax or inheritance tax. Meanwhile, New York's top income tax rate is more than 8 percent.


Unknown Gunmen Abduct DPO In Adamawa
by George OgboluUnknown gunmen have kidnapped Ahijo Mujeli, the divisional police officer (DPO) in charge of Mubi north, Adamawa State.
Mujeli’s abduction was confirmed by Suleiman Yahaya, spokesperson of the Adamawa State police command.
Yahaya stated that the DPO was abducted along Mubi-Maraba road on Tuesday night.
“He was driving in his personal car around 6.30 p.m., along Mubi-Maraba road near the toll-gate when he was abducted,” he said.
“There was the sound of shooting around the area, when our men arrived, they met an empty car identified as his.”
According to the State Police spokesperson, the anti-kidnapping unit and intelligence response team (IRT) of the inspector general of police are already on the hunt for the kidnappers.
“We are hoping of a positive result and I want to use this opportunity to advise members of the public with relevant security information on criminals to avail the command same for necessary action,” Yahaya said.


Chicken-free
This menu page is really open-source, as I have made it open source. Please check my GitHub repo for further information. This also implies that it can be bulit as per your choice, and you can save its copy anytime through GitHub.
This menu page is really open-source, as I have made it open source. Please check my GitHub repo for further information. This also implies that it can be bulit as per your choice, and you can save its copy anytime through GitHub.
What's more interesting about this menu page is that the GitHub takes it as its responsibility to make the page always up and running, meaning that you can come back here in the same URL anytime later. Also, if you have any changes to suggest, feel free to open any Pull Request or issue in the Repo. Check it out for more info.
With this final menu, I would like to express my gratitude to you for taking out your time and checking what's here in this repository. Cheers, and happy developing!


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--- title: Serviços call_to_action: Contact background_image_path: large_header: false show_in_navigation: true navigation_order: 2 ---
Nossa equipe especializada possui habilidades e experiência para fornecer uma variedade de serviços. O máximo de cuidado é tomado em todo o nosso trabalho. Os principais fluxos de trabalho que realizamos são os seguintes:
The first contact with law for many people is when buying a first home. We can assist you through this process, managing the details and offering advice. When or if the time comes, we'll also assist with selling your home.
We have expertise in the consent process for new developments and improvements, as well as helping you manage assets through trusts.
If you're looking to employ or be employed, we offer solid advice and assistance with creating and reading agreements. We have a proven track record handling disputes.
From structuring and mergers to shareholder agreements, we are here to assist you when starting, buying, running or selling your business.


Q: Can Curator handle index names with strange characters?edit
A: Yes!edit
This problem can be resolved by using the
pattern filtertype with kind set to regex
,
and value set to the needed regular expression.
The Problem:edit
Illegal characters make it hard to delete indices.
% curl logs.example.com:9200/_cat/indices red }?ebc-2<IP_ADDRESS> sip-request{ 5 1 0 0 632b 316b red }?ebc-2<IP_ADDRESS> sip-response 5 1 0 0 474b 237b red ?ebc-2<IP_ADDRESS> sip-request{ 5 1 0 0 474b 316b red eb 5 1 0 0 632b 316b red ?e 5 1 0 0 632b 316b
You can see it looks like there are some tab characters and maybe newline characters. This makes it hard to use the HTTP API to delete the indices.
Dumping all the index settings out:
curl -XGET localhost:9200/*/_settings?pretty
…reveals the index names as the first key in the resulting JSON. In this case, the names were very atypical:
}\b?\u0011ebc-2<IP_ADDRESS>\u000Bsip-request{ }\u0006?\u0011ebc-2<IP_ADDRESS>\u000Bsip-request{ }\u0003?\u0011ebc-2<IP_ADDRESS>\fsip-response ...
Curator lets you use regular expressions to select indices to perform actions on.
Before attempting an action, see what will be affected by using the
--dry-run
flag first.
To delete the first three from the above example, use '.*sip.*'
as your
regular expression.
In an actionfile, regular expressions and strftime date strings must be encapsulated in single-quotes.
The next one is trickier. The real name of the index was \n\u0011eb
. The
regular expression .*b$
did not work, but '\n.*'
did.
The last index can be deleted with a regular expression of '.*e$'
.
The resulting actionfile might look like this:
actions: 1: description: Delete indices with strange characters that match regex '.*sip.*' action: delete_indices options: continue_if_exception: False disable_action: False filters: - filtertype: pattern kind: regex value: '.*sip.*' 2: description: Delete indices with strange characters that match regex '\n.*' action: delete_indices options: continue_if_exception: False disable_action: False filters: - filtertype: pattern kind: regex value: '\n.*' 3: description: Delete indices with strange characters that match regex '.*e$' action: delete_indices options: continue_if_exception: False disable_action: False filters: - filtertype: pattern kind: regex value: '.*e$'