DigiByte is a rapidly growing open-source blockchain created in early 2014. After 6 years of forward thinking development, DigiByte has become one of the safest, fastest, longest and most decentralized UTXO blockchain in existence.
The three layers are the most innovative parts of the DigiByte blockchain providing the network infrastructure, security and communications to function with cutting edge speed.
The top layer is like an app store with clear real-world uses. All types of digital assets can be created with the DigiAssets protocol on top of the DigiByte blockchain. Decentralized applications (dApps) can be built on top of the DigiByte blockchain. Also smart contracts that leverage the rigidity and security of the DigiByte blockchain can be encoded easily.
The middle layer provides security and administration. A digital byte of data, a representation of larger data or a unit that holds value, and cannot be counterfeited, duplicated or hacked. An immutable public ledger where all transactions of DigiBytes are recorded. DigiByte uses five proof of work algorithms for security. New DigiBytes come from mining only.
The bottom layer provides communication and operating procedures. A very low-level way nodes on the DigiByte global network communicate. Thousands of people running DigiByte software all across the planet. Any server, computer, tablet or mobile phone connected to the DigiByte network becomes a node that helps relay transactions.
The DigiByte blockchain is completely open-source and free to use released under the MIT license which gives you the power to run and modify the software. Transparency allows for independent verification of binaries and their corresponding source code.
DigiByte Protocol on GitHub.
DigiByte Core Development on GitHub.
Discover the major development milestones of the DigiByte blockchain.
DigiByte (DGB) is a highly scalable peer-to-peer digital currency that enables industry-leading transaction speeds with negligible fees. DigiByte is the best way for payments.
Getting started to use DigiByte is even easier than sending SMS. You can send and receive DigiByte using the devices you already know and love. All you need is installing a DigiByte wallet then click, scan and send. As easy as 1..2..3.
DigiByte has never been funded through an ICO or significant amount of premined coins. There is no CEO or a company controlling the DigiByte blockchain. The founder and the community are unpaid volunteers that eliminate the bankrupt risk.
DigiByte transactions are confirmed in approx. 15 seconds which is 40x faster than BTC and 10x faster than LTC. SegWit enables up to 1066 on-chain transactions per second and negligible fees make DigiByte the ideal currency for payments.
DigiByte has been built on uncrackable technology of the Bitcoin and implemented various advanced enhancements over it such as DigiShield, MultiAlgo and Odocrypt.
DigiByte is a 100% PoW blockchain that can be mined with Sha256, Scrypt, Skein, Qubit and Odocrypt. MultiAlgo mining contributes decentralization and gives you the freedom to use different hardwares such as ASIC, FPGA and GPU. Learn more.
Compared to 21 million Bitcoin, 21 billion DigiByte have been designed to be ready for mass adoption. DigiByte block rewards reduces by 1% every month instead of halving every 4 years. All DigiByte supply will be mined by the year 2035.
All exchanges and services that support DigiByte can be found on the DGB Wiki.
DigiAssets is a secure, scalable layer on top of the DigiByte blockchain that allows for the decentralized issuance of assets, tokens, smart contracts, digital identity and more.
DigiAssets can be used to securely represent anything we find in the physical world. From tangible assets such as real estate or cars, through to scarce digital pieces of art. Signed documents such as deeds and medical bills can be protected.
DigiAssets as an ecosystem and platform already has interested parties either planning on or currently building platforms in real estate, finance, remittance, identity, point of sale, racing, trade, healthcare, supply chain, government and more.
DigiAssets leverages unique aspects of a truly decentralized blockchain only found within a permissionless blockchain like DigiByte. This allows DigiAssets to be more secure, scalable and decentralized than any other platform in the market.
Discover the open-source DigiAssets protocol specifications for issuing and transacting digital assets on top of the DigiByte Blockchain.
DigiAssets Protocol on GitHub.
Not a developer? Definitely not a problem. Anyone can easily issue a DigiAsset by using the DigiAssets tools without technical knowledge about the protocol.
DigiAssets Tools.
Wondering how to use DigiAssets? You can use the DigiByte mobile wallet to send, accept or store your assets. In addition, Digi-Broker is one of the first places to buy, sale or swap DigiAssets.
Do you need more assistance about DigiAssets? Please feel free to join DigiByte Developers group on Telegram to ask your questions or share your ideas.
DigiByte Developers on Telegram.
Digi-ID is a security protocol built on DigiByte blockchain technology that empowers users to effortlessly sign-in to websites, applications, and even into the internet of things.
Digi-ID eliminates the username, password and 2fa requirements for authentication. Because Digi-ID uses public / private key cryptography, there are no passwords or usernames at risk. This method not only protects the consumer, it also protects the services that the consumer uses.
Digi-ID does not store any data about users on the blockchain. This further strengthens the security while also bolstering end-users’ confidence that their data is neither tracked nor at risk by others’ negligence. There is not external point of failure for a hacker to target to exploit your platform.
Digi-ID is completely free; there are no fees, subscription services, or maintenance costs. But the cost is its second best feature. Its primary feature is that, in accordance with DigiByte’s security prioritization, Digi-ID is a more secure, yet simple method available to log in to websites, apps and more.
The website, application or product generate a unique Digi-ID QR code and presents it.
The user scans the QR through the DigiByte mobile wallet or any Digi-ID supported app.
The user authenticates the request by entering their PIN or scanning their fingerprint/face.
Digi-ID sends the cryptographically-signed request back and the user is successfully logged in.
The best place to start is Digi-ID.io. If you want to know more about the details and advantages of Digi-ID, you can refer to the user guide, vendor guide and integration guide. If you are looking for the media kit, please get the intro sheet and logos.
Since Digi-ID is an open-source, multiple code repositories can be found on GitHub such as; DigiByte Core Development , Matthew Cornelisse and WHMCSSnow. If you need more assistance please join DigiByte Developers on Telegram.
If you are not a developer, you may want to use integration ready solutions for your website or product. OpenAntumID provides effortless Digi-ID integration services. You can also use the WordPress plugin for the WordPress platforms.
Of course! Digi-ID is a rapidly growing platform. Multiple standolne authenticator apps and Digi-ID supported wallets can be found at Downloads section. You can also place the free Digi-ID applications widget on the login page of your website.
Discover some Digi-ID supported services to experience seamless authentication.
Tens of thousands of volunteers from all over the world have contributed to DigiByte in countless ways for years to make it what it is today. We warmly welcome you to join us.
The DigiByte Foundation is a volunteer managed organization that operates in a nonprofit way. They protect and promote the true principles of decentralization and empower DigiByte and its community to establish and maintain a sustainable decentralized world. Learn more.
DGBAT is a community-driven outreach initiative. They are led by a team, whose members in turn manage teams across social media, outreach, education, writers and developers. They aim to promote the DigiByte through education, outreach and marketing campaigns. Learn more.
Everyone working on DigiByte is an unpaid volunteer. Start contributing to DGB development today or build your own app on top of the DigiByte blockchain.
DigiByte Developers on Telegram.
DigiByte Protocol on GitHub.
DigiByte Core Development on GitHub.
Telegram is the most popular and simple way to engage with the global DigiByte community. Please join the groups below which you are interested in or see the list of all DigiByte groups.
Alerts channel Discussion group Support group Mining group Developers group Marketing group
The DGB Wiki is an online encyclopedia built by the community, for the community. It contains useful and up to date data such as DGB supported services and "how to" guides. Anyone can positively contribute to the Wiki by creating a free user account and starting adding correct information on the DGB Wiki.
Jared Tate is the creator of DigiByte. Jared dedicated full-time development towards DigiByte since 2014. He has been invited by the MIT and Harvard to speak on blockchain tech. He is also the author of the Blockchain 2035 The Digital DNA of Internet 3.0 which is the first book written by a blockchain founder.
Select an app to send, accept and store your DigiBytes & DigiAssets or securely authenticate by using Digi-ID.
Current DGB core v7.17.2
DigiByte Core
Windows, macOS, Linux (64 Bit)
DigiByte Mobile
iOS, Android
DigiByte Go
Chrome extension
Disclaimer: All the 3rd party wallets introduced here are hosted by their own servers or application stores. We have no responsibility for possible issues you may have about any 3rd party wallet. In such a case you should contact the related wallet's support service.
Looking for more documentation? Whether you need basic information for an article or technical information for an integration process, you can reach all the necessary "how to" guides below.


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QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
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#include <ql/models/marketmodels/models/fwdtocotswapadapter.hpp>
Public Member Functions | |
| FwdToCotSwapAdapter (const ext::shared_ptr< MarketModel > &forwardModel) | |
| Public Member Functions inherited from MarketModel | |
| virtual | ~MarketModel ()=default |
| virtual const std::vector< Rate > & | initialRates () const =0 |
| virtual const std::vector< Spread > & | displacements () const =0 |
| virtual const EvolutionDescription & | evolution () const =0 |
| virtual Size | numberOfRates () const =0 |
| virtual Size | numberOfFactors () const =0 |
| virtual Size | numberOfSteps () const =0 |
| virtual const Matrix & | pseudoRoot (Size i) const =0 |
| virtual const Matrix & | covariance (Size i) const |
| virtual const Matrix & | totalCovariance (Size endIndex) const |
| std::vector< Volatility > | timeDependentVolatility (Size i) const |
MarketModel interface | |
| ext::shared_ptr< MarketModel > | fwdModel_ |
| Size | numberOfFactors_ |
| Size | numberOfRates_ |
| Size | numberOfSteps_ |
| std::vector< Rate > | initialRates_ |
| std::vector< Matrix > | pseudoRoots_ |
| const std::vector< Rate > & | initialRates () const override |
| const std::vector< Spread > & | displacements () const override |
| const EvolutionDescription & | evolution () const override |
| Size | numberOfRates () const override |
| Size | numberOfFactors () const override |
| Size | numberOfSteps () const override |
| const Matrix & | pseudoRoot (Size i) const override |
Definition at line 31 of file fwdtocotswapadapter.hpp.
| FwdToCotSwapAdapter | ( | const ext::shared_ptr< MarketModel > & | forwardModel | ) |
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overridevirtual |
Implements MarketModel.
Definition at line 70 of file fwdtocotswapadapter.hpp.
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overridevirtual |
Implements MarketModel.
Definition at line 75 of file fwdtocotswapadapter.hpp.
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overridevirtual |
Implements MarketModel.
Definition at line 80 of file fwdtocotswapadapter.hpp.
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overridevirtual |
Implements MarketModel.
Definition at line 84 of file fwdtocotswapadapter.hpp.
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overridevirtual |
Implements MarketModel.
Definition at line 88 of file fwdtocotswapadapter.hpp.
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overridevirtual |
Implements MarketModel.
Definition at line 92 of file fwdtocotswapadapter.hpp.
Implements MarketModel.
Definition at line 96 of file fwdtocotswapadapter.hpp.
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Definition at line 46 of file fwdtocotswapadapter.hpp.
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Definition at line 47 of file fwdtocotswapadapter.hpp.
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Definition at line 47 of file fwdtocotswapadapter.hpp.
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Definition at line 47 of file fwdtocotswapadapter.hpp.
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Definition at line 49 of file fwdtocotswapadapter.hpp.


Payback (1999) 2 stars out of 4. Starring Mel Gibson.
A bit of the sadist is needed to really appreciate Payback.
And when they are dispatched, you'll probably grin or laugh. Yea, Payback is a movie for those people who get their entertainment from watching those police or secret surveillance programs that Fox airs.
Payback is for those of us who slow down and gape at an accident scene, secretly hoping we catch a glimpse of a mangled body.
In its own sick way, Payback has some cartoonish-like charm, and that is mostly because of Gibson.
Here he plays Porter, a bad guy, a professional robber who, with his friend, Val (Gregg Henry), steals $130,000 from some Chinese Mafia types.
Only Val double-crosses Porter, taking his wife and all the money and leaving Porter for dead.
Like most Gibson characters, Porter is like that Eveready bunny - he takes a lickin' but keeps on tickin'. Porter recovers from his gunshot wounds and goes after Val, but not for revenge. He only wants his cut of the loot - $70,000.
To get his money, Porter takes on the Outfit, a crime organization that Val used the $130,000 to pay off as a sort of entrance fee.
Porter, then, keeps climbing the Outfit's chain of command, leaving bodies in his wake, as he tries to secure what he believes is rightfully his.
Heck, you gotta admire the man's persistence.
Payback is a bloody, ultraviolent feature with no likable characters. Even the cops are corrupt, waiting for Porter to make his score so they can take the money from him.
But the script by Brian Helgeland (L.A. Confidential) and Terry Hayes, based on the novel The Hunter by Richard Stark, keeps you riveted. There's no let-up in the action as Porter moves from person to person like some unyielding, unstoppable force of nature.
And if the plot sounds familiar, it's because it was adapted for film in the late 1960s' as Point Blank, starring Lee Marvin and directed by John Boorman.
Helgeland, making his directorial debut, seems to get some glee in sleaze and S&M. Val, for instance, is savagely beaten by Pearl (Lucy Liu), a dominatrix with a mean right and a taste for blood.
Porter is tortured by having some of his toes slammed by a sledge hammer.
Helgeland isn't so foolish as to show the toes actually being struck, but you hear the sounds of bones crunching. And that's enough to make an impact.
As Porter, Gibson shows the dark side that's underneath some of his more heroic characters such as his Lethal Weapon's Martin Riggs. Gibson goes through the entire film with a scowl on his face as if he swallowed a stale burrito.
Henry makes his appearance felt as the conniving Val, while William Devane, James Coburn and Kris Kristofferson are featured as the higher-ups of the Outfit.
Maria Bello, best known for her role on TV's E.R.. plays Porter's love interest, the stereotyped hooker with a heart of gold.
Payback is definitely not a date flick.  But you may feel a twinge of guilt afterward.
Bob Bloom is the film critic at the Journal and Courier in Lafayette, Ind. He can be reached by e-mail at<EMAIL_ADDRESS>or at<EMAIL_ADDRESS>cb
Carol Bloom of Bloom Ink Publishing Professionals 3312 Indian Rock Lane West Lafayette, IN 47906-1203<PHONE_NUMBER> fax<PHONE_NUMBER><EMAIL_ADDRESS>Committed to Lifelong Learning through Effective Communication
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


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if I was elected? Why not "in order to provide services that justify me getting elected"?
Greer17-Apr-19 03:23 AM
@blackjok3r part of what I'm talking about is utxo management, as it turns out its quite simple, just didn't understand why what was required. I never once said complete guide.
VoskCoin17-Apr-19 03:23 AM
@smk762 - dracocanis ominator theres a difference between spoon feeding and simply having complete guides, it shouldnt be too hard to judge someones motivation after some interaction
Greer17-Apr-19 03:24 AM
@blackjok3r yes Labs is perfect and I only just found out about that by chance
blackjok3r17-Apr-19 03:24 AM
all you whineing about utxo management have me to blame... before I worked out that it gave an extremly large advantage .... we didnt ahve to do it
ComputerGenie 👴👴👴17-Apr-19 03:24 AM
@Deleted User If my dumb ass can read a shell script and understand it, it's not "hard" for someone with "intimate knowledge of linux and server security"
VoskCoin17-Apr-19 03:24 AM
I see it a lot w/ miners, you get the guy who says what should I mine? with what? why? etc then you get the guy who says I ran x y z numbers, I set this up and I like this, however X is not working even after trying 1 2 3
Greer17-Apr-19 03:24 AM
bit late now, and thats partly on me. I searched labs a few days ago when it was mentioned, didn't see much that relates.
I've spent at least 8hrs per day for the past 14 days, I know how much time it takes.
smk762 - dracocanis ominator17-Apr-19 03:25 AM
Asking on discord is a great way to learn. So is LABs. There are some docs, but the rate of change can make them obsolete rapidly.
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blackjok3r17-Apr-19 03:25 AM
LABS been dead for weeks though sadly.. the people whop were there to help make it learnt the most.
smk762 - dracocanis ominator17-Apr-19 03:26 AM
Basiccaly it is a daily commitment to keep up to date with whats happening.
and talking to those that made it happen
ComputerGenie 👴👴👴17-Apr-19 03:26 AM
P.S. anyone crying about what we tested in labs can use the search box and see every bit of conversation (it's one of the main reasons we left slack for discord) - literally all the way back to the creation of PoS on Komodo(edited)
smk762 - dracocanis ominator17-Apr-19 03:26 AM
from there, if someone writes docs that others can grasp, power to them.
blackjok3r17-Apr-19 03:27 AM
Thats why I said, getting a node "up and working" is easy as pie... makeing it go fast is another matter
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smk762 - dracocanis ominator17-Apr-19 03:27 AM
its like travelling the frontier. if you dont get out of the wagon, you wont know where you are.
blackjok3r17-Apr-19 03:27 AM
If it wasnt for the "get the most notarizations rule" I never would ahve bothered to make everything go faster... but those are the rules.
Greer17-Apr-19 03:28 AM
I am neither crying or whining. I'm pointing out that kmd have a very important task that needs informed op's. docs (not idiots guides or step-by-steps) would benefit kmd
blackjok3r17-Apr-19 03:28 AM
I feel its only fair to share how to make it go faster... even ios that seems to confuse the situation.
If you dont learnt how to, you have no chance at re-election
ComputerGenie 👴👴👴17-Apr-19 03:29 AM
Discord is not documentation.
documentationnoun [ U ]
us /ˌdɑk·jə·menˈteɪ·ʃən/
written material that provides proof of something
seems it is
Greer17-Apr-19 03:29 AM
i'm more interested in the why it went faster than the how.
it’s been stated that NN ops ought to have technical skill at this time more than other points. technical skill comes from doing more so than reading (research can definitely help though). you can get that here in testnet or LABs. Docs will come and things will eventually get more streamlined
smk762 - dracocanis ominator17-Apr-19 03:33 AM
docs cant speak to you either. good for basics, beyond that talk to your local notary
blackjok3r17-Apr-19 03:33 AM
Lol lol... Half way through explanation and my internet cuts off
Its will be soon
ComputerGenie 👴👴👴17-Apr-19 03:34 AM
stop using that toy and get on a PC
blackjok3r17-Apr-19 03:34 AM
I feel u were waiting for me, so had to saybwhybi just disappeared
ComputerGenie 👴👴👴17-Apr-19 03:34 AM
ibid
Greer17-Apr-19 03:35 AM
CG, that guide isnt' for testnet, not close and its literally what an op doesn't need. I dont need you to tell me how to compile bitcoin core. I need to know why I need bitcoin core to start with. (I know that, but not all would and it should be documented for potential ops).
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too many devs as ops and not enough sysops is why this is such a mess
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I know that now, but didn't when I followed that guide as instructed here
ComputerGenie 👴👴👴17-Apr-19 03:36 AM
I need to know why I need bitcoin core to start with.
Then you need to read the whitepaper and learn what Komodo is/does
Greer17-Apr-19 03:37 AM
as I said, I read the whitepaper and I did know that part, but there are aspects not documented in the wp that are critical to running a nn
ComputerGenie 👴👴👴17-Apr-19 03:37 AM
how things work. Is something you should know before you decide to kick somone out of a job that already knows how it works
I guess that I can manage a server way more efficiently than more than half the ops.
ComputerGenie 👴👴👴17-Apr-19 03:39 AM
people doing the job only know parts
I'm saying that there are 9 people running in EU that know more than the basics already and you're going to boot one of them out because vosk is internet famous
Greer17-Apr-19 03:39 AM
devs have done what devs do and made a pretty simple job very messy and complicated.
smk762 - dracocanis ominator17-Apr-19 03:39 AM
not sure a testnet where its like, read this, copy and paste the commands and come back in a month to see who won is good idea(edited)
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Greer17-Apr-19 03:40 AM
partly because he's internet famous and partly because I can secure a reliable server and keep it notorizing better than those guys in #notary-node-alarms
smk762 - dracocanis ominator17-Apr-19 03:40 AM
even with all the time I spent in Labs, my node still goes wierd. I woke up to 3hrs of no ntx on TXSCLCC.
ComputerGenie 👴👴👴17-Apr-19 03:41 AM
and keep it notorizing better than those guys in #notary-node-alarms
given that some of them left 6 months ago, that's not really a brag
smk762 - dracocanis ominator17-Apr-19 03:41 AM
last week I spent 2 days trying things out before coming up with what seemed to work best for me
Greer17-Apr-19 03:41 AM
so whose jobs am I taking that are more deserving than vosk?
ComputerGenie 👴👴👴17-Apr-19 03:41 AM
not helping webby
so whose jobs am I taking that are more deserving than vosk?
anyone
Greer17-Apr-19 03:42 AM
the guys that gave up 6 months ago?
blackjok3r17-Apr-19 03:42 AM
Iguana uses the wallet code from BTC (that is in every coin we notarize)
In short this code is terrible and slow and inefficiant.
time komodo-cli listunspent > /dev/null
you will find with a large number of utxos, the time for this call far out weighs ping time or any other factor.
The goal is to make this as fast as you can, while never running out of utxos.
Iguana starts a round of dpow in a thread, each node is connected directly to each other.
there is recvmask, which is the first round. To enter this, you must select and utxo and broadcast it to all your peers.
From this mask, the bestk and bestmask is generated randomly which chooses who notarizes.
The goal is to respond to enough peers fast enough that you are always in recvmask, and so have the best chance at being in bestmaks.
There is nothing else you need to know. How you do this is toally up to you, and everyone aproaching this diffrently is what gets things to work better.
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Greer17-Apr-19 03:42 AM
the guy here insulting you the other day that had 'life happened'?
ComputerGenie 👴👴👴17-Apr-19 03:43 AM
I said 9, I didn't say the whole list and 9 is more than can get in
smk762 - dracocanis ominator17-Apr-19 03:43 AM
someone pin @blackjok3r s words
blackjok3r17-Apr-19 03:43 AM
Pinned a message.
ther you go
1
Greer17-Apr-19 03:44 AM
perfect
ComputerGenie 👴👴👴17-Apr-19 03:44 AM
TL;DR: because, math
Greer17-Apr-19 03:44 AM
begs the question, why not reward based on no. of notarizations?
blackjok3r17-Apr-19 03:45 AM
How do you mean, the KMD payment?
inm short because we cant
ComputerGenie 👴👴👴17-Apr-19 03:45 AM
why not reward based on no. of notarizations?
they are rewarded, top #s keep their jobs(edited)
blackjok3r17-Apr-19 03:45 AM
KMD cant do that. I made LABS have -ac_notarypay that pays each notary for each notarization. Cannot be imnplemented in KMD.
Greer17-Apr-19 03:45 AM
@Deleted User I know he's talking about them. My point is they are just as likely to have 'life happen' to them and quit too. Vosk has a track record and reputation, as do I. Not in this community, but in a much wider community.
I did check in a few months ago, and again several times, saw nothing, left and came back a little late. As I said, that is on me.
smk762 - dracocanis ominator17-Apr-19 03:47 AM
is transferring node when life happens an option?
ComputerGenie 👴👴👴17-Apr-19 03:47 AM
You should have come like 3 months before the elections to get all this straight...
That bit I agree with.
This is like applying for a job in Silicon Valley and saying "before I start, can you teach me everything I need to know for the job I start on Monday, because I'm coming into this with 0 foreknowledge and experience"
smk762 - dracocanis ominator17-Apr-19 03:47 AM
cant keys be passed on to another OP?
if some candidates are hiring an OP, seems ok(edited)
Greer17-Apr-19 03:48 AM
politics is fine, doesn't intereste me, I ignore it. even if vosk stands no chance of getting elected, I made a commitment to learn this and setup a node. I'm not happy with it just running, I want it running reliably and well.
I had it running day 2
@ComputerGenie 👴👴👴 you're not referring to me with zero knowledge and experience even if you think that you are
smk762 - dracocanis ominator17-Apr-19 03:49 AM
I'm just curious about the NN that still mine, but dont notarise.
is it because server costs?
ComputerGenie 👴👴👴17-Apr-19 03:51 AM
@Greer If you have the knowledge and experience then why don't you write the docs you want to see instead of groaning that they don't exist?
Or at the very least answer the question I asked 3 times, which is: dafuq is it that you think is missing from the docs?
smk762 - dracocanis ominator17-Apr-19 03:51 AM
I was sacrificing goats to L Ron Hubbard, but that only worked for a few days and I'm all out of goats
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Greer17-Apr-19 03:51 AM
great point. when I'm confident that I understand it well enough to document it. I will do that.
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when I say understand, I'm talking about the NN/iguana part, not running servers.
ComputerGenie 👴👴👴17-Apr-19 03:52 AM
it can't be both
either you have experience or you need docs
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Greer17-Apr-19 03:52 AM
in case you want to get back on that inexperience thing
ComputerGenie 👴👴👴17-Apr-19 03:53 AM
help the guy understand the internals
Sure, I'll just carve out 6 months to walk him through the million and a half lines of code
Greer17-Apr-19 03:54 AM
I have experience with most aspects of running a secure and reliable linux server and with hosting many different kinds of blockchains. I do not have experience with iguana's notarization process and if its up to you, I never would.
ComputerGenie 👴👴👴17-Apr-19 03:54 AM
instead of that, just write docs, easier, huh?
If he's feken say for what, which I've now asked 4 times, it might could be done(edited)
smk762 - dracocanis ominator17-Apr-19 03:55 AM
goats
ComputerGenie 👴👴👴17-Apr-19 03:55 AM
>I want docs
>for what part?
>I want docs(edited)
overall design and architecture, down to internals
It's 15 things in 1, link him to the mm and barterdex docs and let him start learning
the docs aren't docs? puff puff pass(edited)
every function of mm and bdex are documented somewhere(edited)
again, not helping webby
Greer17-Apr-19 03:58 AM
docs for the notarization part, someone linked a devs guide that appeared to have some of the missing pieces. internals aren't needed, just concepts, what are the three chains, how do they interact with kmd, why is iguana needed, how are we able to run the kmd daemon several times over with these -ac flags, these are the kinds of things that are important, if not for me and my dumbass youtuber friend, for 2020 ops and 2025 ops...
1
ComputerGenie 👴👴👴17-Apr-19 03:58 AM
@Deleted User de-feken-fine "documentation"...
how do they interact with kmd, why is iguana needed, how are we able to run the kmd daemon several times over with these -ac flags, these are the kinds of things that are important Again, this is stuff that is documented and covered ad nauseum (some by the whitepaper) on 5 different platforms(edited)
Greer17-Apr-19 04:00 AM
the official docs shows how to build, step by step commands, no op should need to see this and its not for testnet. The testnet repo starts with 'start pizza, beer, txsclcc'..... at what point was it made clear wtf pizza and beer have to do with anything, let alone how and why you start them.(edited)


MONIMO
Best experience in the anime land
This application was made by anime fans, for anime fans, around the idea that having a great user experience, is as important as having basic features. If you'd like to support us, please star on Github and spread the word. Its open source so you can use it to make your own also. Limitless possibilities !


This is some text in a paragraph. Image after me shown on next line
| Company | Contact | Country |
|---|---|---|
| Alfreds Futterkiste | Maria Anders | Germany |
| Centro comercial Moctezuma | Francisco Chang | Mexico |
| Ernst Handel | Roland Mendel | Austria |
| Island Trading | Helen Bennett | UK |
| Laughing Bacchus Winecellars | Yoshi Tannamuri | Canada |
| Magazzini Alimentari Riuniti | Giovanni Rovelli | Italy |


We will develop a system that performs arithmetic operations on complex numbers as a simple but unrealistic example of a program that uses generic operations. We begin by discussing two plausible representations for complex numbers as ordered pairs: rectangular form (real part and imaginary part) and polar form (magnitude and angle).[1] Section \ref{sec:manifest-types} will show how both representations can be made to coexist in a single system through the use of type tags and generic operations.
Like rational numbers, complex numbers are naturally represented as
ordered pairs. The set of complex numbers can be thought of as a
two-dimensional space with two orthogonal axes, the real
axis and
the imaginary
axis. (See figure \ref{fig:complex-plane}.) From
this point of view, the complex number $z=x+iy$
(where $i^{2} =-1$)
can be thought of as the point in the plane whose real coordinate is
$x$ and whose imaginary coordinate is $y$.
Addition of complex numbers reduces in
this representation to addition of coordinates:
\begin{eqnarray*}
\mbox{Real-part}(z_{1}+z_{2}) & = & \mbox{Real-part}(z_{1})+\mbox{Real-part}(z_{2})\\
\mbox{Imaginary-part}(z_{1} +z_{2}) & = & \mbox{Imaginary-part}(z_1)+\mbox{Imaginary-part}(z_2)
\end{eqnarray*}
When multiplying complex numbers, it is more natural to think in terms of representing a complex number in polar form, as a magnitude and an angle ($r$ and $A$ in figure \ref{fig:complex-plane}). The product of two complex numbers is the vector obtained by stretching one complex number by the length of the other and then rotating it through the angle of the other: \begin{eqnarray*} \mbox{Magnitude}(z_{1}\cdot z_{2}) & = & \mbox{Magnitude}(z_{1})\cdot\mbox{Magnitude}(z_{2})\\ \mbox{Angle}(z_{1}\cdot z_{2}) & = & \mbox{Angle}(z_{1})+\mbox{Angle}(z_{2}) \end{eqnarray*}
Thus, there are two different representations for complex numbers, which are appropriate for different operations. Yet, from the viewpoint of someone writing a program that uses complex numbers, the principle of data abstraction suggests that all the operations for manipulating complex numbers should be available regardless of which representation is used by the computer. For example, it is often useful to be able to find the magnitude of a complex number that is specified by rectangular coordinates. Similarly, it is often useful to be able to determine the real part of a complex number that is specified by polar coordinates. \begin{figure}[H] \centering \maxsizebox{\linewidth}{0.8\paperheight}{\includegraphics[scale=0.8]{{img\string_original/ch2-Z-G-59}.svg}} \caption{Complex numbers as points in the plane.} \label{fig:complex-plane} \end{figure}
To design such a system, we can follow the same data-abstraction strategy we followed in designing the rational-number package in section \ref{sec:rationals}. Assume that the operations on complex numbers are implemented in terms of four selectors: real_part, imag_part, magnitude, and angle. Also assume that we have two functions for constructing complex numbers: make_from_real_imag returns a complex number with specified real and imaginary parts, and make_from_mag_ang returns a complex number with specified magnitude and angle. These functions have the property that, for any complex number z, both
make_from_real_imag(real_part(z),imag_part(z));
make_from_mag_ang(magnitude(z), angle(z));
Using these constructors and selectors, we can implement
arithmetic on complex numbers using the abstract data
specified by
the constructors and selectors, just as we did for rational numbers in
section \ref{sec:rationals}. As shown in the formulas above, we can add and
subtract complex numbers in terms of real and imaginary parts while
multiplying and dividing complex numbers in terms of magnitudes and
angles:
function add_complex(z1, z2) { return make_from_real_imag( real_part(z1) + real_part(z2), imag_part(z1) + imag_part(z2)); } function sub_complex(z1, z2) { return make_from_real_imag( real_part(z1) - real_part(z2), imag_part(z1) - imag_part(z2)); } function mul_complex(z1, z2) { return make_from_mag_ang( magnitude(z1) * magnitude(z2), angle(z1) + angle(z2)); } function div_complex(z1, z2) { return make_from_mag_ang( magnitude(z1) / magnitude(z2), angle(z1) - angle(z2)); }
To complete the complex-number package, we must choose a
representation and we must implement the constructors and selectors in
terms of primitive numbers and primitive list structure.
There are two obvious ways to do this: We can represent a complex
number in rectangular form
as a pair (real part, imaginary part)
or in polar form
as a pair (magnitude, angle). Which shall we
choose?
In order to make the different choices concrete, imagine that there are two programmers, Ben Bitdiddle and Alyssa P. Hacker, who are independently designing representations for the complex-number system. Ben chooses to represent complex numbers in rectangular form. With this choice, selecting the real and imaginary parts of a complex number is straightforward, as is constructing a complex number with given real and imaginary parts. To find the magnitude and the angle, or to construct a complex number with a given magnitude and angle, he uses the trigonometric relations \begin{eqnarray*} x = r\ \cos A\qquad\qquad r = \sqrt{x^2 +y^2} \\ y = r\ \sin A\qquad\qquad A = \arctan (y,x) \end{eqnarray*} which relate the real and imaginary parts ($x$, $y$) to the magnitude and the angle $(r, A)$.[2] Ben's representation is therefore given by the following selectors and constructors:
Alyssa, in contrast, chooses to represent complex numbers in polar form. For her, selecting the magnitude and angle is straightforward, but she has to use the trigonometric relations to obtain the real and imaginary parts. Alyssa's representation is:


1-9-53
AMITY FD
NAFCO
NEW INCIDENT
NEW POLICE INCIDENT
NORTH LIDENHURST
WEST BABYLON
NEW COUNTY INCIDENT
COPIAGUE FD
Transmit


MGR
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The chained hero's uppercase birthday is {{ birthday | date | uppercase}}
The chained hero's uppercase birthday in "fullDate" format is {{ birthday | date:'fullDate' | uppercase}}


---
redirect_from: /docs/1.0.0-beta.3/classes/ng2_directives.uisrefstatus.html
---
UISrefStatus | UI-Router
Constructors
-
Parameters
-
_globals: UIRouterGlobals
Properties
_globals: UIRouterGlobals
_subscription: Subscription
Methods
- ngAfterContentInit(): void
A directive (which pairs with a UISref) and emits events when the UISref status changes.
This directive is used by the UISrefActive directive.
The event emitted is of type SrefStatus, and has boolean values for
active
,exact
,entering
, andexiting
The values from this event can be captured and stored on a component, then applied (perhaps using ngClass).
This API is subject to change.


If you revoke the approval for one scope of a client all tokens for that client will be removed as well.


pcf.particle.aws.ecs package¶
Submodules¶
pcf.particle.aws.ecs.ecs_cluster module¶
-
class
pcf.particle.aws.ecs.ecs_cluster.
ECSCluster
(particle_definition, session=None)¶ Bases:
pcf.core.aws_resource.AWSResource
This is the implementation of Amazon’s ECS Cluster.
-
UNIQUE_KEYS
= ['aws_resource.clusterName']¶
-
_get_arn
()¶ Calls boto3 describe_clusters() and parses response to get ECS Cluster arn
Returns: ECS Cluster arn
-
_set_unique_keys
()¶ Logic that sets keys from state definition that are used to uniquely identify the ECS Cluster
-
_start
()¶ Calls boto3 create_cluster()
Returns: boto3 create_cluster() response
-
_stop
()¶ Calls _terminate()
-
_terminate
()¶ Calls boto3 delete_cluster()
Returns: boto3 delete_cluster() response
-
_update
()¶ Logic that updates the particle. This is implemented for each individual particle
-
equivalent_states
= {<State.running: 1>: 1, <State.stopped: 2>: 0, <State.terminated: 3>: 0}¶
-
flavor
= 'ecs_cluster'¶
-
get_label
()¶ Returns: ECS Cluster name
-
get_status
()¶ Calls boto3 describe_clusters using arn.
Returns: “missing”} Return type: status or {“status”
-
state_lookup
= {'active': <State.running: 1>, 'inactive': <State.terminated: 3>, 'missing': <State.terminated: 3>}¶
-
sync_state
()¶ Calls get_status() and updates the current_state_definition and the state.
-
pcf.particle.aws.ecs.ecs_instance module¶
-
class
pcf.particle.aws.ecs.ecs_instance.
ECSInstance
(particle_definition, session=None)¶ Bases:
pcf.core.aws_resource.AWSResource
This is the implementation of Amazon’s ECS Service. This particle requires task definition and ecs cluster particles as parents.
-
PROTECTED_ATTRIBUTES
= 'instance-id'¶
-
START_PARAM_FILTER
= {'attributes'}¶
-
UNIQUE_KEYS
= []¶
-
UPDATE_PARAM_FILTER
= {'attributes'}¶
-
_get_arn
()¶ Looks for the parrent ec2 particle and uses the ec2 instance id as the key in boto3 list_attributes(). The response of list_attributes() is then parsed for the targetId which is used
Returns: ECS Instance arn
-
_set_unique_keys
()¶ Logic that sets keys from state definition that are used to uniquely identify the ECS Instance
-
_start
()¶ Calls boto3 update_container_instances_state() and sets the status to ACTIVE.
Returns: boto3 update_container_instances_state() response
-
_stop
()¶ Calls _terminate()
-
_terminate
()¶ Calls boto3 update_container_instances_state() and sets the status to DRAINING.
Returns: boto3 update_container_instances_state() response
-
_update
()¶ Calls boto3 put_attributes() to update ECS Instance attributes. Does not allow for attributes that start with com.amazonaws.ecs. or instance-id to be updated.
Returns: boto3 put_attributes() response
-
equivalent_states
= {<State.running: 1>: 1, <State.stopped: 2>: 0, <State.terminated: 3>: 0}¶
-
flavor
= 'ecs_instance'¶
-
get_cluster_name
()¶ Gets the cluster name from the ecs parent otherwise returns an exception if there is no parent ecs cluster particle.
Returns: ECS Cluster name
-
get_ecs_instance_id
()¶ Returns: get_identifier()
-
get_status
()¶ Calls boto3 describe_container_instances using arn.
Returns: status or {}
-
is_state_definition_equivalent
()¶ Checks if the current state definition and desired state definitions are equivalent including attributes.
Returns: bool
-
sync_state
()¶ Calls get_status() and updates the current_state_definition and the state.
-
pcf.particle.aws.ecs.ecs_service module¶
-
class
pcf.particle.aws.ecs.ecs_service.
ECSService
(particle_definition, session=None)¶ Bases:
pcf.core.aws_resource.AWSResource
This is the implementation of Amazon’s ECS Service. This particle requires task definition and ecs cluster either to be included in the initial state definition or have those particles as parents.
-
START_PARAM_CONVERSIONS
= {'clientToken': '', 'clusterName': 'cluster', 'deploymentConfiguration': '', 'desiredCount': '', 'loadBalancers': '', 'placementConstraints': '', 'placementStrategy': '', 'roleArn': 'role', 'serviceName': '', 'taskDefinition': ''}¶
-
UNIQUE_KEYS
= ['aws_resource.serviceName']¶
-
UPDATE_PARAM_CONVERSIONS
= {'clusterName': 'cluster', 'deploymentConfiguration': '', 'desiredCount': '', 'serviceName': 'service', 'taskDefinition': ''}¶
-
_set_unique_keys
()¶ Logic that sets keys from state definition that are used to uniquely identify the ECS Service
-
_start
()¶ Calls boto3 create_service()
Returns: boto3 create_service() response
-
_stop
()¶ Calls _terminate()
-
_terminate
()¶ Calls boto3 delete_service()
Returns: boto3 delete_service() response
-
_update
()¶ Calls boto3 update_service()
Returns: boto3 update_service() response
-
equivalent_states
= {<State.running: 1>: 1, <State.stopped: 2>: 0, <State.terminated: 3>: 0}¶
-
flavor
= 'ecs_service'¶
-
get_cluster_name
()¶ Checks for a ecs service parent and returns the cluster names.
Returns: cluster_name
-
get_desired_state_definition
()¶ Calls get_task_definition() and updates taskDefinition in desired_state_definition. If desired state is terminated this also sets the desiredCount to 0 in desired_state_definition.
Returns: desired_state_definition
-
get_service_name
()¶
-
get_status
()¶ Calls boto3 describe_services using get_service_name() and ecs_cluster_name.
Returns: “missing”} Return type: status or {“status”
-
get_task_definition
()¶ Check for a task definition parent and returns the task definition id
Returns: task_definition_id
-
state_lookup
= {'active': <State.running: 1>, 'draining': <State.pending: 4>, 'inactive': <State.terminated: 3>, 'missing': <State.terminated: 3>, 'pending': <State.pending: 4>}¶
-
sync_state
()¶ Calls get_status() and updates the current_state_definition and the state.
-
pcf.particle.aws.ecs.ecs_task module¶
-
class
pcf.particle.aws.ecs.ecs_task.
ECSTask
(particle_definition, session=None)¶ Bases:
pcf.core.aws_resource.AWSResource
This is the implementation of Amazon’s ECS Task. This particle requires task definition and ecs cluster either to be included in the initial state definition or have those particles as parents.
-
START_PARAM_CONVERSIONS
= {'clusterArn': 'cluster', 'count': '', 'group': '', 'overrides': '', 'placementConstraints': '', 'placementStrategy': '', 'startedBy': '', 'taskDefinitionArn': 'taskDefinition'}¶
-
UNIQUE_KEYS
= ['aws_resource.taskName']¶
-
_set_unique_keys
()¶ Logic that sets keys from state definition that are used to uniquely identify the ECS Task
-
_start
()¶ Calls boto3 run_task function to create a new task. If successful this gets the arn of the task and adds it to the current_state_definition.
-
_stop
()¶ Calls boto3 stop_task function using the task arn. If a stop reason is not given in the desired_state_definition then “PCF default stop action” is used.
-
_terminate
()¶ Calls _stop()
-
_update
()¶ Logic that updates the particle. This is implemented for each individual particle
-
equivalent_states
= {<State.running: 1>: 1, <State.stopped: 2>: 0, <State.terminated: 3>: 0}¶
-
flavor
= 'ecs_task'¶
-
get_desired_state_definition
()¶ Calls get_task_definition_arn() and get_ecs_cluster_arn() and updates desired_state_definition.
Returns: desired_state_definition
-
get_ecs_cluster
()¶ Filters ecs_task parents for ecs_cluster particle. Returns none if no parents and an exception if there is more than one ecs_cluster particle as a parent.
Returns: ECS Cluster Particle or None
-
get_ecs_cluster_arn
()¶ Calls get_ecs_cluster and returns the Arn attribute from that response.
Returns: ECS Cluster Arn
-
get_status
()¶ Uses task arn and ecs cluster arn to call boto3 describe_tasks
Returns: ECS Task Status
-
get_task_arn
()¶ Checks if the current or desired state definitions have a startedBy key which means the task has been initialized. If this key if found this calls boto3 list tasks and filters for tasks that match the startBy key and cluster name. If only one task matches then this returns the taskArn otherwise returns None.
Returns: ECS Task Arn or None
-
get_task_definition
()¶ Filters ecs_task parents for ecs_task_definition particle. Returns none if no parents and an exception if there is more than one ecs_task_definition particle as a parent.
Returns: ECS Task Definition Particle or None
-
get_task_definition_arn
()¶ Calls get_task_definition and returns the Arn attribute from that response.
Returns: ECS Task Definition Arn
-
is_state_definition_equivalent
()¶ Determines if state definitions are equivalent
Returns: bool
-
is_state_equivalent
(state1, state2)¶ Uses equivalent_states to determine if states are equivalent.
Parameters: Returns: bool
-
state_lookup
= {'missing': <State.terminated: 3>, 'pending': <State.pending: 4>, 'running': <State.running: 1>, 'stopped': <State.stopped: 2>}¶
-
sync_state
()¶ Calls get_status and updates the current_state_definition and the state.
-
wait
()¶ Default time to wait during pending state.
-
pcf.particle.aws.ecs.ecs_task_definition module¶
-
class
pcf.particle.aws.ecs.ecs_task_definition.
ECSTaskDefinition
(particle_definition, session=None)¶ Bases:
pcf.core.aws_resource.AWSResource
This is the implementation of Amazon’s ECS Task Definition.
-
UNIQUE_KEYS
= ['aws_resource.containerDefinitions.name']¶
-
_set_unique_keys
()¶ Logic that sets keys from state definition that are used to uniquely identify the ECS Task Definition
-
_start
()¶ Calls boto3 register_task_definition()
Returns: boto3 register_task_definition() response
-
_stop
()¶ Calls _terminate()
-
_terminate
()¶ Calls boto3 deregister_task_definition()
Returns: boto3 deregister_task_definition() response
-
_update
()¶ Calls _start()
-
equivalent_states
= {<State.running: 1>: 1, <State.stopped: 2>: 0, <State.terminated: 3>: 0}¶
-
flavor
= 'ecs_task_definition'¶
-
get_status
()¶ Calls boto3 describe_task_definition using get_task_definition_id().
Returns: “missing”} Return type: status or {“status”
-
get_task_definition_id
()¶ Parses the current and desired state definition and returns the family. If there is a revision it appends it to the family.
Returns: task definition id
-
state_lookup
= {'active': <State.running: 1>, 'inactive': <State.terminated: 3>, 'missing': <State.terminated: 3>}¶
-
sync_state
()¶ Calls get_status() and updates the current_state_definition and the state.
-


WITNESS LIST Subcommittee on Border Affairs Committee November 27, 2001 -10:00A Implementation of Proposition 2 ON: Agan, Jerry (Presidio County), Marfa, TX Aguilar, Carlos (El Paso County), El Paso, TX Behrens, Michael (Texas Department of Transportation), Austin, TX Black, Kermit (Texas A&M Center for Housing and Urban Development), College Station, TX Connor, Geoffrey (Secretary of State), Austin, TX Edwards, Kim (Texas Public Finance Authority), Austin, TX Fernandez, Mike (Val Verde County), Del Rio, TX Handy, Sylvia (Hidalgo County), Edinburg, TX Heckmann, Kris (Office of the Governor), Austin, TX Hinojosa, Gilberto (Cameron County), Brownsville, TX Madera, Ignacio (Texas Water Development Board), Austin, TX Pulido, Eloy (Hidalgo County), Edinburg, TX Vidaurri, Rafael (Webb County), Laredo, TX Interim Charges ON: Behrens, Michael (Texas Department of Transportation), Austin, TX Moseley, Jeff (Texas Department of Economic Development), Austin, TX


@import implicits.Football._ @import pa._ @(competition: model.Competition, groupStage: _root_.football.model.Groups, groupId: List[Int])(implicit request: RequestHeader, context: model.ApplicationContext) @footballGroup(round: Round, leagueTableEntries: Seq[LeagueTableEntry], hideAtMobile: Boolean) = {


{% extends 'base.html' %} {% load static %} {% block extra_css %} {% endblock %} {% block bootstrap4_content %}
Quickly build an effective pricing table for your potential customers with this Bootstrap example. It’s built with default Bootstrap components and utilities with little customization.
Main features:
Extras:
Description:
Approximate property location
Schibsted Classified Media Spain, S.L. shall not be held liable for errors that may be contained in the information displayed below. Position on the map could be approximate by advertiser's wish. The user will be held responsible for the use that he/she makes of this information.
Has been reduced 800€
Contact: Jordi Perdi
Reference: I-00IAZX-W-02BSNJ


ZVC
object provides static methods to initialize root component and settng some properties.
ZController
class is the base class for every Component in the framework.
Many methods are declared as async
returning Promises, so they can be called using await
or in the "Promise way", using .then().catch()
ZVC
ZVC.options.debug.event:boolean
Logs to console events triggering and processing.
async ZVC.fromElement(domElement, options)
Entry point to create root controller from a DOM Element. Usually DOM element is a DIV containit data-z-component="./SomeComponent".
options are passed to created controller as the argument in init
event, and can be accesed using:
onThis_init(options) {this.options = options}
ZController
ZController abstract class adds common behaviour for all components in ZVC. It adds basic wrappers (methods and properties) to common operations on dom elements. ZControllers should not be contructed calling its constructor. They are created by the framework (ZVC Object) while components are loaded, parsing its view (HTML).
view:domElement
Read only property usefull to acces references dom Element associated with the controller
id:string
Read only property with de id of the domElement. Its is a simple wrapper for get id() {return this.view.id}
async triggerEvent(eventName, ...args)
Inform an event has ocurred to the container components. Black box design implies a coponent should not know its containers, so the way to comunicate to its container should be triggering events with arguments.
For example, a "customerList" component should trigger an event indicanting to its container that selected customer in list has change. This could be done like this:
onCustomers_change() {
this.triggerEvent("customerChanged", this.customers.value);
}
Events can be used to ask to container for a value needed to complete an operation, even in a asynchronous way. Consider the following scenario. To complete an operation, a component needs the e-mail address of a contact and it should be provided by its container component (this design allows the same component to be embedded inside diferent containers, each one providing corresponding e-mail addresses).
Component can ask for the e-mail to it's container triggering an event:
let email = await this.triggerEvent("requestEmail", this.contactId)
Container component should respond to the request:
onChildComponent_requestEmail(contactId) {return await this.requestContact(contactId).email}
find(query) / findAll(query)
Wrappers for querySelector and querySelectorAll called from this.view. If a component should access a dom element inside it's view, it should use these wrappers, so coorect dom elements will be found, even if same "id" is used elsewere in the page (for example, same component is loaded multiple times in the page)
find(query) {return this.view.querySelector(query)}
findAll(query) {return this.view.querySelectorAll(query)}
show() / hide()
Wrappers for style.display in view. Hidding a component saves it current "style.display" property before setting it to "none", so it can be restores properly when calling "show".
hasClass(className) / addClass(classesNames) / removeClass(classesNames) / toggleClass(className)
Wrappers to classList object in view. addClass and removeClass can receive multiple classes, separated by space.
getAttribute(name) / setAttribute(name, value)
Wrappers to view attributes setter and getter. It allows access to dom element attributes, as data-, for example.
text property
Wrappers to view textContent property as getter and setter.
html property
Wrappers to view innerHTML property as getter and setter.
enable() / disable() / isEnabled()
Wrappers to view.disabled property.
showDialog(pathToComponent, okCallback(returnData), cancelCallback())
Abstract method to open a Modal Dialog. Dialogs are implemented in CSS Framework dependant waty, but the API to open and receive data from them is the same.
Unlike Custom Controllers (who extends ZCustomController) Dialog controllers should extends ZDialog wich adds a close(returnData)
and cancel()
method to close them.
Please visit the specific documentation in ZVC for each CSS framework for examples of using Dialogs.


cajon: Global Eval Test
Scripts that create globals should still work. More info in
Issue 8
.
Check console for messages


---
short: t-geotools
type: transformer
color: indigo
title: GeoTools
description: Provides geographical projection transformation features.
---
Transformer, provides geographical projection transformation features using the GeoTools library.
- Input resource type
- IRI of the type of entities containing the geocoordinates, e.g.
http://www.opengis.net/ont/gml#Point
- Predicate for coordinates
- IRI of the predicate connecting the entity of the input resource type to the literal containing the geocoordinates, e.g. the
http://www.opengis.net/ont/gml#pos
property.
- Predicate for coordinate reference system
- IRI of the predicate connecting the entity containing geocoordinates to a literal containing the source coordinates reference system, e.g.
http://www.opengis.net/ont/gml#srsName
- Default coordinate reference system
- Coordinates reference system to be used with entities, which do not specify the coordinates reference system themselves, e.g.
EPSG:5514
- Predicate for linking to newly created points
- The new entity containing the transformed geocoordinates will be connected to the original entity using this predicate
- Output coordinate reference system
- Target coordinates type, e.g.
EPSG:4326
- Fail on error
- Stops execution on error when enabled, continues execution when disabled.
Characteristics
- ID
- {{ page.short }}
- Type
- {{ page.type }}
- Inputs
- RDF chunked
- Outputs
- RDF chunked
- Look in pipeline
- Sample pipeline
- available


Next:
Introduction
Up:
List of Tables
Previous:
List of Tables
Contents
Index
Formal notations
Concatenation operation
Disjunction operation
Negation operation
Set intersection operation
Set union operation
Power (X power of n)
Infers
ash 2012-09-13


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To convey meaning where generally no contextualization is required [liaison interpreting, for example]. I can interpret from Arabic into English and vice-versa, and translate from Arabic into English. I have ten years of experience working as a professional interpreter and translator.
I also conduct workshops on Working with Interpreters, specifically for those in the legal profession.


CS Deptartment Survey
First name:
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Additional Comments:
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Computer Science
G Number
G00963429
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schadda@gmu.edu


{% extends "bootstrap/base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% import "bootstrap/fixes.html" as fixes %} {% import "bootstrap/utils.html" as util %} {% block styles %} {{ super() }} {% endblock %} {% block title %}Site Map{% endblock %} {% block content %}
This web application provides an interface for users to interact with the functions in the Python software packages: PyBEL and PyBEL Tools.
It is maintained by Charles Tapley Hoyt and Daniel Domingo-Fernandez at the Fraunhofer SCAI Department of Bioinformatics with support from the IMI projects, AETIONOMY and PHAGO.
{{ value }}


I like sewing and eating fried chicken. Welcome to my portfolio.
I'm a Mechatronic Engineering and Computer Science student at UNSW. I didn't have many hobbies prior to quarantine, and now I constantly want to make more things, which is a blessing and a curse, as there's always something new to learn but also not enough time to do everything. Right now, I'm trying to get into rug making! It's a lengthy process, so I'm hoping to build a device that will allow for faster tufting!
Click to get a random quote from Arrested Development:
Click here to see the tech projects I've worked on!
or here to see the sewing projects I've worked on!


{% extends "main.html" %}
{% load i18n %}
{% block title %}{% trans "Ultimate Tic Tac Toe Hello" %}{% endblock %}
{% block content %}
Who’s the Ultimate Gamesmaster?
After hours of hard work, it’s time for some serious fun. This is the challenge
that separates the men from the boys. Think you can cut it against your fellow
nerds to win the title of Ultimate Gamesmaster? Sign yourself up to the
tournament and get ready to rumble.
What’s the tournament?
Ever played tic-tac-toe? Pretty simple, right? Not this one. This tic-tac-toe
is bigger, tougher, and has a lot more at stake. Exclusively for BOI2014
Olympiad, this board is an extended 9x9 grid. Your challenge is to program
solutions, in real time, that win you the game. If you’re good, you’ll go all
the way to the finals to compete for the title of Ultimate Gamesmaster.
What can I win?
You mean, besides the prestige?? This ultimate challenge is about kudos:
respect, fame, fortune, envy… Except for these things, there’s also some cool
prizes up for grabs: Your first victory comes against an example program. This
program plays by the rules, but doesn’t think much. Source code is available.
What you win: a high-quality Spil Games summer cap. At the end of the
Olympiad, your win-loss record will be analyzed against those of your
opponents. The top 5 players will be crowned Ultimate Gamesmaster. What you
win: a Limited Edition Holy-Cow t-shirt. This designates you as a programming
Guru, a warrior on the path to code enlightenment.
When does it run?
The contest opens at 10:00 CEST on 2014-04-26 and closes at 16:00 on
2014-04-29. Winners will be awarded at the closing event, held at 19:00 on
2014-04-29.
How do I get access?
You should receive the credentials in your bag. If you haven't or they don't
work, ask Motiejus Jakštys.
{% endblock %}


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Trabajo de fin de grado
[1] Luciana Takata Gomes, Laécio Carvalho de Barros, and Barnabas Bede. Fuzzy differential
equations in various approaches. Maths, 1:11–38, 2015.
[2] Scholarpedia. Fuzzy sets - http://www.scholarpedia.org/article/fuzzy_sets.
[3] Jesus Medina Moreno and Elena Medina Reus. Apuntes de modelización matemática.
Maths, 3:1–20, 2018.
[4] Samuel Corveleyn. The numerical solution of elliptic partial differential equations with
fuzzy coefficients. 06 2014.
[5] M. Puri and D. Ralescu. Fuzzy random variables. Maths, 1:409–422, 1986.
[6] M. Fukuhara. Intégration des applications mesurables dont la valeur est un compact con-
vexe. Publications of the Research Institute for Mathematical Sciences. Kyoto University.
Series B. Inst., Univ., 1967.
[7] B. Bede. Mathematics of Fuzzy Sets and Fuzzy Logic. 2013.
[8] Osmo Kaleva. The cauchy problem for fuzzy differential equations. fuzzy sets syst. 35,
389-396. Fuzzy Sets and Systems, 35:389–396, 05 1990.
[9] Çagin Ararat and Birgit Rudloff. A characterization theorem for aumann integrals. Set-
valued and Variational Analysis, 23(2):305–318, 2015.
[10] Madan L Puri and Dan A Ralescu. Fuzzy random variables. Journal of Mathematical
Analysis and Applications, 114(2):409 – 422, 1986.
[11] O. Kaleva. Fuzzy differential equations. 1987.
[12] Barnabás Bede and Luciano Stefanini. Generalized differentiability of fuzzy-valued fun-
ctions. Fuzzy Sets and Systems, 230:119 – 141, 2013. Differential Equations Over Fuzzy Spaces - Theory, Applications, and Algorithms.
[13] Y. Chalco-Cano and H. Román-Flores. Comparation between some approaches to solve
fuzzy differential equations. Fuzzy Sets Syst., 160(11):1517–1527, June 2009.
[14] Y. Chalco-Cano and H. Román-Flores. Comparation between some approaches to solve
fuzzy differential equations. Fuzzy Sets Syst., 160(11), June 2009.
[15] E. Hüllermeier. An approach to modeling and simulation of uncertain dynamical systems.
1997.
[16] P. Diamond. Time-dependent differential inclusions, cocycle attractors and fuzzy diffe-
rential equations.
[17] P. Diamond. Brief note on the variation of constants formula for fuzzy differential equa-
tions.
[18] José Carlos García Ortega. Breve introducción a la programación en paralelo -
https://github.com/josecarlosgarcia95/presentacionprogramacionparalelo, 2018.
[19] José Carlos García Ortega. Experimentos numéricos
https://github.com/josecarlosgarcia95/experimentosnumericos, 2018.
[20] Linus Torvalds and dewar. What is acceptable for -ffast-math? (was: associative law
incombine). 2001.
[21] NASA. ASTRONOMICAL CONSTANTS -
http://asa.usno.navy.mil/static/files/2016/astronomical_constants_2016.pd
[22] Alireza K Golmankhaneh and Ahmad Jafarian. About fuzzy schrödinger equation. 2014
International Conference on Fractional Differentiation and Its Applications, ICFDA 2014,
pages 1–5, 06 2014.
[23] Amir Sadeghi, Ahmad Izani Md. Ismail, and Ali Jameel. Solving systems of fuzzy diffe-
rential equation. International Mathematical Forum, 6:2087 – 2100, 09 2011.
[24] Kausik Kumar Majumdar and D. Dutta Majumder. Fuzzy differential inclusions in atmosp-
heric and medical cybernetics. IEEE Transactions on Systems, Man, and Cybernetics, Part
B (Cybernetics), 34:877–887, 2004.
[25] T.H. Skopinski, K.G. Johnson, and Langley Research Center. Determination of azimuth
angle at burnout for placing a satellite over a selected earth position. NASA technical
note. National Aeronautics and Space Administration, 1960.
[26] Shadan Sadigh Behzadi. Solving cauchy reaction-diffusion equation by using picard
method. 2013.
[27] Douglas C. Giancoli. Physics for Scientists and Engineers. Pearson, 2014.
[28] Jesús Rojo. Métodos matemáticos i. Universidad de Valladolid, 2012-2013.


| ID | First name | Last name | |
|---|---|---|---|
| 1 | John | Doe |<EMAIL_ADDRESS>|
| 2 | Jane | Doe |<EMAIL_ADDRESS>|
| 3 | John | Appleseed |<EMAIL_ADDRESS>|
| 4 | Joe | Bloggs |<EMAIL_ADDRESS>|
.table-selection
class to a table and include the code from the Javascript and CSS panels in your project.


Sleep well and trying to wake up a bit earlier each day( hard in this weather!!!)
What did I find interesting?
I find an app "headspace" to relax my mind for 10 minutes each day.
What worked for me?
Play Volleyball and walking helps to put my thougths in order.
Which will I experiment further with?
I probrably will continuos doing all of with a bit more confidente.


--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/113489newmembers/58824KennyLau.html ---
this is integersting


new RTM() protected
Instantiate ZypHub
Methods
getInbox() → Boolean
Fetch a users inbox
The user must be logged in otherwise an error will be emitted
Fires:
- event:inbox Complete inbox for the current authenthicated user
create(msg) → boolean
Send a new message
Arguments:
-
msg
(Object)
 The message to be sent
Properties
-
pattern
(string)
 The message pattern. One of FCFS, STD, FYI
-
members
(Array)
 Array of identifiers to send the message to
-
content
(string)
 The body of the message
-
[maxAccepts]
(number)
 If the pattern if FCFS this sets the number of 'Accepts' to consider the message complete, if the pattern is FCFS and this parameter is not specified it will default to 1
update(m, action, dataopt) → boolean
Update an existing message
Arguments:
-
m
(Object)
 The message
-
action
(string)
 The action to perform on the message. Must be one of the allowed actions in the message.
-
[data]
(string)
 Action specific data.
If the Action is 'FORWARD' then data must contain the UUID of the member the message is being forwarded to
If the Action is 'DELEGATE' then the data must contain the UUID of the member the message is being delagated to
msg
(Object)
 The message to be sent
Properties
-
pattern
(string)
 The message pattern. One of FCFS, STD, FYI -
members
(Array)
 Array of identifiers to send the message to -
content
(string)
 The body of the message -
[maxAccepts]
(number)
 If the pattern if FCFS this sets the number of 'Accepts' to consider the message complete, if the pattern is FCFS and this parameter is not specified it will default to 1
m
(Object)
 The message
action
(string)
 The action to perform on the message. Must be one of the allowed actions in the message.
[data]
(string)
 Action specific data.
If the Action is 'FORWARD' then data must contain the UUID of the member the message is being forwarded to
If the Action is 'DELEGATE' then the data must contain the UUID of the member the message is being delagated to


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The Moaning of Life: The Worldly Wisdom of Karl Pilkington
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Filesystem Module¶
Contains VFS(Virtual File System) related objects. Filesystem is loaded from an initial template(resources/fs_template.pkl) in Pickle format. If you wish to create your own template please take a look at the map_filesystem.py script under resources directory.
-
class
stage_props.filesystem.
VirtualFileSystem
(artifacts_store_root: str, default_username: str, filesystem_template_path: str = '/home/omri/PycharmProjects/MoP/stage_props/../resources/fs_template.pkl', lazy_load: bool = True)¶ -
exists
(path)¶ Check if a directory exists by path
-
is_dir
(path) → bool¶ Check if a path is an existing directory
-
is_file
(path) → bool¶ Check if a path is an existing file
-
listdir
(path)¶ List directory by path
-
mkdir
(path: str) → stage_props.filesystem.VirtualDirectory¶ Create a new directory
-
open
(file_path: str) → stage_props.filesystem.VirtualFile¶ Open a file by path for r/w operations
-
-
class
stage_props.filesystem.
VirtualFile
(name, physical_path, default_data=b'', default_size: int = 0)¶ -
append
(data)¶ Append data to the end of the file
-
close
()¶ Close file object. Automatically flush any written data to disk
-
flush
()¶ Flush any written data to disk
-
read
(n=-1)¶ Read n bytes from file
-
seek
(pos)¶ Set the file’s pointer position
-
property
sha256
¶ Calculate SHA256 of file’s data
-
property
size
¶ Get the current size of the file
-
write
(data)¶ Write data to file
-
-
class
stage_props.filesystem.
VirtualDirectory
(name, physical_path, parent_directory=None)¶ -
create_directory
(name: str) → stage_props.filesystem.VirtualDirectory¶ Create new child directory
-
create_file
(name, default_size: int = 0) → stage_props.filesystem.VirtualFile¶ Create new file under this directory
-
exists
(name)¶ Check if file or directory are childs of current directory
-
is_dir
(name)¶ Check if directory is a child of current directory
-
is_file
(name)¶ Check if file is a child of current directory
-
open_dir
(name)¶ Open existing sub-directory
-
open_file
(name)¶ Open existing file under current directory
-


Castle Walls
问题描述 :
Background
In medieval times, knights commanded big armies of peasants.  If one does not throw straight it can easily happen that two hooks cross, making it impossible for the two peasants to climb the wall. That’s why every knight made his peasants practice a lot so that this would not happen in combat.
Due to the recent Sir Arthur-Madam Claire Marriage (ACM), two peasant armies have to be merged.
Traditionally Sir Arthur’s peasants wear blue and Madame Claire’s peasants wear red. When practicing together, both armies mix up in front of a castle’s wall. On Sir Arthur’s command, they all throw their grappling hooks. Due to their perfect training the hooks will never cross within an army, however it can happen that a hook thrown by a blue peasant crosses one thrown by a peasant of the red army.
For statistical purposes, Sir Arthur now needs to find out how many grappling hooks have crossed so that he can measure how well their armies have already been merged.
Problem
Given the positions of blue and red peasants as well as the positions they threw their grappling hooks at,determine how many distinct pairs of blue and red peasants crossed their hooks.
If there are n blue and m red peasants, the positions in the line where the peasants are standing are numbered from 1 to n + m. The positions on the castle’s wall are numbered from 1 to n + m as well,where position i is directly opposite of position i on the line the peasants are standing on. A grappling hook thrown from position i to j is said to cross another hook thrown from k to l if and only if
(i < k and j >= l) or (i > k and j <= l)
Grappling hooks of the same color will never cross each other, nor will two peasants occupy the same position on the line. However, two hooks (of different color) can be thrown to the same position in which case they are said to cross each other as well.
In medieval times, knights commanded big armies of peasants.  If one does not throw straight it can easily happen that two hooks cross, making it impossible for the two peasants to climb the wall. That’s why every knight made his peasants practice a lot so that this would not happen in combat.
Due to the recent Sir Arthur-Madam Claire Marriage (ACM), two peasant armies have to be merged.
Traditionally Sir Arthur’s peasants wear blue and Madame Claire’s peasants wear red. When practicing together, both armies mix up in front of a castle’s wall. On Sir Arthur’s command, they all throw their grappling hooks. Due to their perfect training the hooks will never cross within an army, however it can happen that a hook thrown by a blue peasant crosses one thrown by a peasant of the red army.
For statistical purposes, Sir Arthur now needs to find out how many grappling hooks have crossed so that he can measure how well their armies have already been merged.
Problem
Given the positions of blue and red peasants as well as the positions they threw their grappling hooks at,determine how many distinct pairs of blue and red peasants crossed their hooks.
If there are n blue and m red peasants, the positions in the line where the peasants are standing are numbered from 1 to n + m. The positions on the castle’s wall are numbered from 1 to n + m as well,where position i is directly opposite of position i on the line the peasants are standing on. A grappling hook thrown from position i to j is said to cross another hook thrown from k to l if and only if
(i < k and j >= l) or (i > k and j <= l)
Grappling hooks of the same color will never cross each other, nor will two peasants occupy the same position on the line. However, two hooks (of different color) can be thrown to the same position in which case they are said to cross each other as well.
输入:
The first line contains the number of scenarios.
In each scenario, you are first given a line with two integers n and m, the number of blue and red peasants, respectively (1 <= n,m <= 30 000).
The next n lines describe the blue peasants followed by m more lines for the red peasants. Each line consists of two integer i and j separated by a space, indicating the peasant’s position i and the position j he threw his grappling hook to (1 <= i, j <= n + m).
In each scenario, you are first given a line with two integers n and m, the number of blue and red peasants, respectively (1 <= n,m <= 30 000).
The next n lines describe the blue peasants followed by m more lines for the red peasants. Each line consists of two integer i and j separated by a space, indicating the peasant’s position i and the position j he threw his grappling hook to (1 <= i, j <= n + m).
输出:
For each scenario first output a line “Scenario #i:” where i is the number of the scenario starting with 1, followed by a line containing the number of distinct pairs of peasants whose grappling hooks are crossed,and print a blank line at the end of each scenario.
样例输入:
2 2 2 1 2 3 4 2 1 4 3 2 3 1 3 2 5 5 3 3 1 4 2
样例输出:
Scenario #1: 2 Scenario #2: 6
解题代码:
/* @author: */ import java.util.Scanner; public class Main { public static void main(String[] args) { Scanner sc = new Scanner(System.in); int cas, k; cas=sc.nextInt(); for( k=1; k<=cas; k++ ) { int s1[]=new int[60010], s2[]=new int[60010]; int i, n, m, a, b, ans; n=sc.nextInt(); m=sc.nextInt(); for( i=0; i< n; i++ ) { a=sc.nextInt(); b=sc.nextInt(); s1[a]++; s2[b]++; } for( i=1; i<=n+m; i++ ){ s1[i] += s1[i-1]; s2[i] += s2[i-1]; } ans = 0; for( i=0; i< m; i++ ) { a=sc.nextInt(); b=sc.nextInt(); if( s1[a] >= s2[b] ) ans += s1[a] - s2[b-1]; else ans += s2[b] - s1[a]; } System.out.printf( "Scenario #%d:\n", k ); System.out.printf( "%d\n\n", ans ); } } }
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很好的思路，可以借鉴
大哥，你复制也看看是不是这题的答案才复制吧。
mark, 备用
不考虑最后将结果排序的话，快排的时间复杂度是O(N) ，而堆排的是O(N*logK),这样比较看，快排快
不是有公式吗？何不直接计算
第二个方法挺不错。NewHead代表新的头节点，通过递归找到最后一个节点之后，就把这个节点赋给NewHead，然后一直返回返回，中途这个值是没有变化的，一边返回一边把相应的指针方向颠倒，最后结束时返回新的头节点到主函数。
非常好，初学者就应该先理解递归
很好的思路，可以借鉴
Excellent Web-site! I required to ask if I might webpages and use a component of the net web website and use a number of factors for just about any faculty process. Please notify me through email regardless of whether that would be excellent. Many thanks


Welcome to the CalCentral Beta.
CalCentral is a program designed to bring many campus online services under one roof. The current beta has a limited number of features. It will allow Berkeley to send you reminders of important tasks and events, as well as more general messages.
What you should know before joining this program:
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Welcome to the Akan name Generator. This is a web application that takes a user's birthday and calculates the day of the week they were born and then depending on their gender outputs their Akan name. Akan names are derived from Ghanian culture. Frequently in Ghana, children are given their first name as a 'day name' which corresponds to the day in the week they were born. Get to know your Akan name here.


PAM\&.CONF
Section: Linux-PAM Manual (5)Updated: 03/02/2009
Index Return to Main Contents
pam.conf, pam.d - PAM configuration files
DESCRIPTION
When a PAM aware privilege granting application is started, it activates its attachment to the PAM-API. This activation performs a number of tasks, the most important being the reading of the configuration file(s): FC/etc/pam.confF[]. Alternatively, this may be the contents of the FC/etc/pam.d/F[] directory. The presence of this directory will cause Linux-PAM to ignore FC/etc/pam.confF[].
These files list the PAMs that will do the authentication tasks required by this service, and the appropriate behavior of the PAM-API in the event that individual PAMs fail.
The syntax of the FC/etc/pam.confF[] configuration file is as follows. The file is made up of a list of rules, each rule is typically placed on a single line, but may be extended with an escaped end of line: `\<LF>'. Comments are preceded with `#' marks and extend to the next end of line.
The format of each rule is a space separated collection of tokens, the first three being case-insensitive:
service type control module-path module-arguments
The syntax of files contained in the FC/etc/pam.d/F[] directory, are identical except for the absence of any service field. In this case, the service is the name of the file in the FC/etc/pam.d/F[] directory. This filename must be in lower case.
An important feature of PAM, is that a number of rules may be stacked to combine the services of a number of PAMs for a given authentication task.
The service is typically the familiar name of the corresponding application: login and su are good examples. The service-name, other, is reserved for giving default rules. Only lines that mention the current service (or in the absence of such, the other entries) will be associated with the given service-application.
The type is the management group that the rule corresponds to. It is used to specify which of the management groups the subsequent module is to be associated with. Valid entries are:
account
- this module type performs non-authentication based account management. It is typically used to restrict/permit access to a service based on the time of day, currently available system resources (maximum number of users) or perhaps the location of the applicant user -- 'root' login only on the console.
auth
- this module type provides two aspects of authenticating the user. Firstly, it establishes that the user is who they claim to be, by instructing the application to prompt the user for a password or other means of identification. Secondly, the module can grant group membership or other privileges through its credential granting properties.
password
- this module type is required for updating the authentication token associated with the user. Typically, there is one module for each 'challenge/response' based authentication (auth) type.
session
- this module type is associated with doing things that need to be done for the user before/after they can be given service. Such things include the logging of information concerning the opening/closing of some data exchange with a user, mounting directories, etc.
If the type value from the list above is prepended with a - character the PAM library will not log to the system log if it is not possible to load the module because it is missing in the system. This can be useful especially for modules which are not always installed on the system and are not required for correct authentication and authorization of the login session.
The third field, control, indicates the behavior of the PAM-API should the module fail to succeed in its authentication task. There are two types of syntax for this control field: the simple one has a single simple keyword; the more complicated one involves a square-bracketed selection of value=action pairs.
For the simple (historical) syntax valid control values are:
required
- failure of such a PAM will ultimately lead to the PAM-API returning failure but only after the remaining stacked modules (for this service and type) have been invoked.
requisite
- like required, however, in the case that such a module returns a failure, control is directly returned to the application. The return value is that associated with the first required or requisite module to fail. Note, this flag can be used to protect against the possibility of a user getting the opportunity to enter a password over an unsafe medium. It is conceivable that such behavior might inform an attacker of valid accounts on a system. This possibility should be weighed against the not insignificant concerns of exposing a sensitive password in a hostile environment.
sufficient
- success of such a module is enough to satisfy the authentication requirements of the stack of modules (if a prior required module has failed the success of this one is ignored). A failure of this module is not deemed as fatal to satisfying the application that this type has succeeded. If the module succeeds the PAM framework returns success to the application immediately without trying any other modules.
optional
- the success or failure of this module is only important if it is the only module in the stack associated with this service+type.
include
- include all lines of given type from the configuration file specified as an argument to this control.
substack
- include all lines of given type from the configuration file specified as an argument to this control. This differs from include in that evaluation of the done and die actions in a substack does not cause skipping the rest of the complete module stack, but only of the substack. Jumps in a substack also can not make evaluation jump out of it, and the whole substack is counted as one module when the jump is done in a parent stack. The reset action will reset the state of a module stack to the state it was in as of beginning of the substack evaluation.
For the more complicated syntax valid control values have the following form:
-
[value1=action1 value2=action2 ...]
Where valueN corresponds to the return code from the function invoked in the module for which the line is defined. It is selected from one of these: success, open_err, symbol_err, service_err, system_err, buf_err, perm_denied, auth_err, cred_insufficient, authinfo_unavail, user_unknown, maxtries, new_authtok_reqd, acct_expired, session_err, cred_unavail, cred_expired, cred_err, no_module_data, conv_err, authtok_err, authtok_recover_err, authtok_lock_busy, authtok_disable_aging, try_again, ignore, abort, authtok_expired, module_unknown, bad_item, conv_again, incomplete, and default.
The last of these, default, implies 'all valueN's not mentioned explicitly. Note, the full list of PAM errors is available in FC/usr/include/security/_pam_types.hF[]. The actionN can be: an unsigned integer, n, signifying an action of 'jump over the next n modules in the stack'; or take one of the following forms:
ignore
- when used with a stack of modules, the module's return status will not contribute to the return code the application obtains.
bad
- this action indicates that the return code should be thought of as indicative of the module failing. If this module is the first in the stack to fail, its status value will be used for that of the whole stack.
die
- equivalent to bad with the side effect of terminating the module stack and PAM immediately returning to the application.
ok
- this tells PAM that the administrator thinks this return code should contribute directly to the return code of the full stack of modules. In other words, if the former state of the stack would lead to a return of PAM_SUCCESS, the module's return code will override this value. Note, if the former state of the stack holds some value that is indicative of a modules failure, this 'ok' value will not be used to override that value.
done
- equivalent to ok with the side effect of terminating the module stack and PAM immediately returning to the application.
reset
- clear all memory of the state of the module stack and start again with the next stacked module.
Each of the four keywords: required; requisite; sufficient; and optional, have an equivalent expression in terms of the [...] syntax. They are as follows:
required
- [success=ok new_authtok_reqd=ok ignore=ignore default=bad]
requisite
- [success=ok new_authtok_reqd=ok ignore=ignore default=die]
sufficient
- [success=done new_authtok_reqd=done default=ignore]
optional
- [success=ok new_authtok_reqd=ok default=ignore]
module-path is either the full filename of the PAM to be used by the application (it begins with a '/'), or a relative pathname from the default module location: FC/lib/security/F[] or FC/lib64/security/F[], depending on the architecture.
module-arguments are a space separated list of tokens that can be used to modify the specific behavior of the given PAM. Such arguments will be documented for each individual module. Note, if you wish to include spaces in an argument, you should surround that argument with square brackets.
-
squid auth required pam_mysql.so user=passwd_query passwd=mada \ db=eminence [query=select user_name from internet_service \ where user_name='%u' and password=PASSWORD('%p') and \ service='web_proxy']
When using this convention, you can include `[' characters inside the string, and if you wish to include a `]' character inside the string that will survive the argument parsing, you should use `\]'. In other words:
-
[..[..\]..] --> ..[..]..
Any line in (one of) the configuration file(s), that is not formatted correctly, will generally tend (erring on the side of caution) to make the authentication process fail. A corresponding error is written to the system log files with a call to syslog(3).
More flexible than the single configuration file is it to configure libpam via the contents of the FC/etc/pam.d/F[] directory. In this case the directory is filled with files each of which has a filename equal to a service-name (in lower-case): it is the personal configuration file for the named service.
The syntax of each file in /etc/pam.d/ is similar to that of the FC/etc/pam.confF[] file and is made up of lines of the following form:
-
type control module-path module-arguments
The only difference being that the service-name is not present. The service-name is of course the name of the given configuration file. For example, FC/etc/pam.d/loginF[] contains the configuration for the login service.
SEE ALSO
Index
This document was created by man2html, using the manual pages.
Time: 05:34:00 GMT, December 24, 2015


Scheme:
$scheme
| Realm:
$realm
401 Authentication Required
Generated by Sahi for 401 response
Username
Password
AuthKey


No image tags were found.
Maybe data hasn't loaded yet, or maybe you need to add some tf.image_summary ops to your graph, and serialize them using the tf.train.SummaryWriter.
tf.image_summary
tf.train.SummaryWriter


We can communicate on the Internet through mail, chatting, newsgroup etc.
Email: On the Internet we commonly use the word MAIL to refer to email(electronic mail). Anyone who has an email address can send/receive mail. Similiarly if you have someone's email address you can send him/her mail.
Chatting: Chatting is used for online interactive communication through Internet, where sender and receiver need to be online at the same time.
UseNet(Newsgroups): Usenet refers to a service that is very much like a public bulletin board. Usenet allows you to post messages to a public subject area, a newsgroup where a number of other participants can read them and post their own replies and comments.
Newsgroup can be a good source of information from other users who have used certain products or have had experiences with certain companies. In newsgroup you can find job postings, business and health care advice, political and religious discussions etc.


Detects declaration statements with explicit types that can use lombok 'var' instead. Available for Java<10


There is no getting around the fact that fingers are very different pointing devices than a mouse cursor. The sizes and positioning of buttons needs to be more central and larger. The smaller a screen gets, the harder it is to hit a small, clickable area. Larger, less pixel-dense screens like computers and laptops can get away with having a tiny link be clickable for an important functional element (logout, etc.). This does not work on small screens like an iPhone.
Menus must be made simpler and they must fit within the constraints of the screen they are shown on. For simple menus with eight or so elements, which is common in a “brochure” website, it is fine to lay them all out and have a two-click scenario. One click to access the menu, one to select the menu item. What happens when you have a shopping website which has ten top-level items, each having twenty secondary level items and some of those have third-level items? You have to come up with flexible and intuitive solutions which you don’t have access to on mobile devices and on tablets. This means that drop-downs are off-limits and certainly child-based drop-downs.
For layouts, the common solution (which is also generally implemented in grid-systems like bootstrap and skeleton, et al) is to have all columns collapse into one column which the user then scrolls through vertically. This is a generally good generic solution, but has a few caveats that I should talk about.
The first is, of course, that not all content is equal.  When a user comes to a blog, for example, it is very likely that they will read through the single post, but much less likely that they will click on the side articles (which are now at the bottom of the page in a single column site). This means we made them load all that content and functionality for nothing. Things like secondary footers, non-critical side-content, and complex imagery should be hidden from mobile users on phones. Tablets is more of a grey area which needs to be considered carefully for each situation.
The best way to get a feel for responsive design, both for websites and for applications, is to test them on many devices and device-orientations. Tested it on iPhone? Did you test both portrait and landscape mode? iPad? Android? Old laptop computer with 1024x800 screen (it’s smaller than a tablet!)?
There are many, many constraints and it really feels like a juggling act sometimes. A very good responsive site isn’t just twice the work of a regular site. I would estimate it at least four times!
I guess that’s why they say, practice makes perfect.


Capella -- AST generation utility
capella is a utility program that reads a definition file and generates data structure in C++ source that defines the AST.
It was made on the assumption that it will be used with caper, but it doesn't depend on caper. It depends on STL (and boost on specific option).
Please remember that it's a extra stuff of caper (but bug reports are welcome).
The Input File
The input file is in the following form:
atom = Identifier; class-header = { } class-footer = { template < class Visitor > void accept( Visitor& visitor ) { visitor.visit( *this ); } } type Module = Declarations(declarations); type Declarations = Declaration*(elements); type Declaration = AtomDef | TypeDef; type AtomDef = Atoms(atoms); type Atoms = Identifier*(elements); type TypeDef = Identifier(name), TypeDefRight(right); type TypeDefRight = Scalor | List | Variant; type Scalor = Identifier(stype); type List = Identifier(etype); type Variant = Identifier*(choises);
Let me explain step by step.
atom = Identifier;
Defines atom (an undivideable item). That is data etc. from scanner.
class-header = { ... } class-footer = { ... }
Defines a text inserted at every heads/tails of all the AST definition structures to be outputted. You can include comments etc. in it.
type Module = Declarations(declarations); type Declarations = Declaration*(elements); type Declaration = AtomDef | TypeDef; type AtomDef = Atoms(atoms); type Atoms = Identifier*(elements); type TypeDef = Identifier(name), TypeDefRight(right); type TypeDefRight = Scalor | List | Variant; type Scalor = Identifier(stype); type List = Identifier(etype); type Variant = Identifier*(choises);
Defines data that represents a tree structure of AST. See the next section.
AST definition
You can define an AST definition by a "type" declaration. There are two kinds of type declaration.
Field declaration
By declaration of
[ type structure_name = field_type(field_name) ]
the field of target structure will be defined.
For example:
type Module = Declarations(declarations);
This declaration outputs the following output (details are omitted).
struct Module { Declarations* declarations; };
If it have multiple fields, then describe code as follows:
type TypeDef = Identifier(name), TypeDefRight(right);
The output is:
struct TypeDef { Identifier* name; TypeDefRight* right; };
If you want each field to become a container (contains type fields of same type), then please append "*" after type name. It'll be a container.
type Atoms = Identifier*(elements);
The output is:
struct Atoms { std::vector < Identifier* > elements; };
Polymorphous Declarations
By declaration of [ type base_struct_name = derived_struct_name_1 1 | derived_struct_name_2; ]
,
the derived hierarchy of structures will be generated.
For example, if there are declarations like:
type AtomDef = Atoms(atoms); type TypeDef = Identifier(name), TypeDefRight(right);
and if you convert it, then it outputs:
struct AtomDef { Atoms* atoms; }; struct TypeDef { Identifier* name; TypeDefRight* right; };
If you add the following code in addition:
type Declaration = AtomDef | TypeDef;
Then common base class "Declaration" of AtomDef/TypeDef will be added and it outputs:
struct Declaration {}; struct AtomDef : public Declaration { Atoms* atoms; }; struct TypeDef : public Declaration { Identifier* name; TypeDefRight* right; };
Options
We didn't debug capella enough. Don't trust it except default.
- -c++
- Generates normal C++ source (default).
- -c++-shared
- Generates source using boost::shared_ptr.
- -c++-variant
- Generates source using boost::variant.
- -c++-stub
- -c++-shared-stub
- -c++-variant-stub
- dot
- Outputs derived graph in the dot format of graphviz.
How To Port
If you want to port capella into other languages, the porting might become very troublesome because it uses topological sort of boost.graph.
Conclusion
In the end, it is not necessarily true that good source will be generated for all the user on default. So, you might rewrite the generater code (arround capella_generate_cpp). I don't think it is so difficult to rewrite it.