| Modifier and Type | Class and Description |
|---|---|
class |
ConstantForwardHazard
This class contains the baseline hazard curve holder object.
|
class |
ConstantForwardRate
This class contains the constant forward bootstrapped discount curve holder object.
|
class |
CubicForwardRate
This class contains the cubic forward bootstrapped discount curve holder object.
|
class |
DerivedFXBasis
This class implements the FXBasis curve representing term structure of FX basis.
|
class |
DerivedFXForward
This class contains the term structure of dates/times and FX forwards (PIP/outright), and Spot FX info for
the given currency pair.
|
class |
DerivedZeroRate
This class contains the baseline zero discount curve holder object.
|
class |
HyperbolicTensionForwardRate
This class contains the hyperbolic tension forward bootstrapped discount curve holder object.
|
class |
LinearForwardRate
This class contains the linear forward bootstrapped discount curve holder object.
|
class |
PolynomialSplineDF
This class contains the polynomial spline discount factor based discount curve holder object.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
PolynomialSplineDF.deserialize(byte[] ab) |
Serializer |
LinearForwardRate.deserialize(byte[] ab) |
Serializer |
HyperbolicTensionForwardRate.deserialize(byte[] ab) |
Serializer |
DerivedZeroRate.deserialize(byte[] ab) |
Serializer |
DerivedFXForward.deserialize(byte[] ab) |
Serializer |
DerivedFXBasis.deserialize(byte[] ab) |
Serializer |
CubicForwardRate.deserialize(byte[] ab) |
Serializer |
ConstantForwardRate.deserialize(byte[] ab) |
Serializer |
ConstantForwardHazard.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
DateTime
This class provides the representation of the instantiation-time date and time objects
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
DateTime.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
ActActDCParams
Class contains parameters to represent the Act/Act day count.
|
class |
DateAdjustParams
This class contains the parameters needed for adjusting dates – holiday calendar and adjustment type.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
DateAdjustParams.deserialize(byte[] ab) |
Serializer |
ActActDCParams.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
CreditCurve
This class contains the baseline abstract credit curve holder object.
|
class |
DiscountCurve
This class contains the baseline abstract discount curve holder object.
|
class |
FXBasisCurve
This abstract class exposes the FXBasis curve representing term structure of FX basis.
|
class |
FXForwardCurve
This abstract class contains the stub functionality for the term structure of dates/times and FX forwards
(PIP/outright), and Spot FX info for the given currency pair.
|
class |
ZeroCurve
This class contains the baseline abstract zero curve holder object.
|
| Modifier and Type | Class and Description |
|---|---|
class |
Base
This class is an abstraction around holiday and description.
|
class |
Fixed
This class contains the fixed holiday’s date and month.
|
class |
Static
This class a full date as a specific holiday
|
class |
Variable
This class contains the floating holiday’s month, day in week, and week in month.
|
class |
Weekend
Holds the left and the right weekend days
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
Weekend.deserialize(byte[] ab) |
Serializer |
Variable.deserialize(byte[] ab) |
Serializer |
Static.deserialize(byte[] ab) |
Serializer |
Fixed.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
BasketMeasures
This class has the place holder for the analytical basket measures, optionally across scenarios.
|
class |
BondCouponMeasures
This class encapsulates the parsimonius but complete set of the cash-flow oriented coupon measures
generated out of a full bond analytics run to a given work-out.
|
class |
BondRVMeasures
This class encapsulates the comprehensive set of RV measures calculated for the bond.
|
class |
BondWorkoutMeasures
This class encapsulates the parsimonius but complete set of measures generated out of a full bond
analytics run to a given work-out.
|
class |
ComponentMeasures
This class serves as a place holder for analytical single component output measures, optionally across
scenarios.
|
class |
ExerciseInfo
This class is a place-holder for the next-exercise information.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
ExerciseInfo.deserialize(byte[] ab) |
Serializer |
ComponentMeasures.deserialize(byte[] ab) |
Serializer |
BondWorkoutMeasures.deserialize(byte[] ab) |
Serializer |
BondRVMeasures.deserialize(byte[] ab) |
Serializer |
BondCouponMeasures.deserialize(byte[] ab) |
Serializer |
BasketMeasures.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
CouponPeriod
This class extends the period class with a few day-count specific parameters such as: frequency, reset
date, and accrual day-count convention.
|
class |
CouponPeriodCurveFactors
This class is an enhancement of the period class using the following period measures: start/end survival
probabilities, start/end notionals, and period start/end discount factor
|
class |
LossPeriodCurveFactors
This class is an implementation of the period class enhanced by the following period measures: start/end
survival probabilities, period effective notional/recovery/discount factor
|
class |
Period
This class serves as a holder for the period dates: period start/end, period accrual start/end, pay, and
full period day count fraction.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
Period.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
BasketMarketParams
This abstract class extends the BaketMarketParamsRef for a specific scenario.
|
class |
CalibrationParams
Class contains the calibration parameters - the measure to be calibrated, and the type/nature of the
calibration to be performed
|
class |
ComponentMarketParams
This abstract class provides stub for the ComponentMarketParamsRef interface.
|
class |
ComponentQuote
This abstract class holds the different types of quotes for a given component.
|
class |
CreditNodeTweakParams
This class contains the place holder for the credit curve scenario tweak parameters, for a given measure,
for either a specific curve node, or the entire curve (flat).
|
class |
NodeTweakParams
This class contains the place holder for the scenario tweak parameters, for either a specific curve node,
or the entire curve (flat).
|
class |
Quote
This interface contains the stubs corresponding to a product quote.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
NodeTweakParams.deserialize(byte[] ab) |
Serializer |
CalibrationParams.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
BasketMarketParamSet
This class provides an implementation of BasketMarketParamsRef for a specific scenario.
|
class |
ComponentMarketParamSet
This class provides implementation of the ComponentMarketParamsRef interface.
|
class |
ComponentMultiMeasureQuote
This class holds the different types of quotes for a given component.
|
class |
MultiSidedQuote
This class implements the Quote interface, and contains the details corresponding to a product quote.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
MultiSidedQuote.deserialize(byte[] ab) |
Serializer |
ComponentMultiMeasureQuote.deserialize(byte[] ab) |
Serializer |
ComponentMarketParamSet.deserialize(byte[] ab) |
Serializer |
BasketMarketParamSet.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
PricerParams
Class contains the pricer parameters - the discrete unit size, calibration mode on/off, survival to
pay/end date, and the discretization scheme
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
PricerParams.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
CashSettleParams
This implementation is the place-holder for the cash settlement parameters for a given product.
|
class |
QuotingParams
QuotingParams holds the parameters needed to interpret the input quotes
|
class |
ValuationParams
This implementation is the place-holder for the valuation parameters for a given product.
|
class |
WorkoutInfo
This class is a place-holder for the work-out parameters.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
WorkoutInfo.deserialize(byte[] ab) |
Serializer |
ValuationParams.deserialize(byte[] ab) |
Serializer |
QuotingParams.deserialize(byte[] ab) |
Serializer |
CashSettleParams.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
BondProductBuilder
This class contains the static parameters of the bond product needed for the full bond valuation.
|
class |
BondRefDataBuilder
This class contains the entire set of static parameters for the bond product.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
BondRefDataBuilder.deserialize(byte[] ab) |
Serializer |
BondProductBuilder.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
BondBasket
Class implements the bond basket product contract details.
|
class |
BondComponent
This is the base class that extends CreditComponent abstract class and implements the functionality behind
bonds of all kinds.
|
class |
CDSBasket
Class implements the basket default swap product contract details.
|
class |
CDSComponent
This class implements the credit default swap product contract details.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
CDSComponent.deserialize(byte[] ab) |
Serializer |
CDSBasket.deserialize(byte[] ab) |
Serializer |
BondComponent.deserialize(byte[] ab) |
Serializer |
BondBasket.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
BasketProduct
This abstract class extends BasketMarketParamRef.
|
class |
Bond
This base abstract class implements the pricing, the valuation, and the RV analytics functionality for the
bond product.
|
class |
CalibratableComponent
This abstract class providing implementation of Component interface.
|
class |
Component
This abstract class extends ComponentMarketParamRef.
|
class |
CreditComponent
Base abstract class that extends CalibratableComponent on top of which all credit components are
implemented.
|
class |
CreditDefaultSwap
This base abstract class implements the pricing, the valuation, and the RV analytics functionality for the
CDS product.
|
class |
FXForward
Base abstract class exposes the functionality behind the FXForward Contract.
|
class |
FXSpot
Base abstract class exposes the functionality behind the FXSpot Contract.
|
class |
RatesComponent
Base abstract class that extends CalibratableComponent on top of which all rates components are
implemented.
|
| Modifier and Type | Class and Description |
|---|---|
class |
FXForwardContract
Class contains the FX forward product contract details - the effective date, the maturity date, the
currency pair and the product code.
|
class |
FXSpotContract
Class contains the FX spot contract parameters - the spot date and the currency pair.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
FXSpotContract.deserialize(byte[] ab) |
Serializer |
FXForwardContract.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
CDXIdentifier
This class implements the creation and the static details of the all the NA, EU, SovX, EMEA, and ASIA
standardized CDS indicies.
|
class |
CouponSetting
Contains the coupon type, schedule, and the coupon amount for the component.
|
class |
CreditSetting
CreditSetting contains the credit related valuation parameters - use default pay lag, use
curve or the component recovery, component recovery, credit curve name, and whether there is accrual
on default
|
class |
CurrencyPair
CurrencyPair class contains the numerator currency, the denominator currency, the quote currency, and the
PIP Factor
|
class |
CurrencySet
This class contains the component's trade, the coupon, and the redemption currencies.
|
class |
EmbeddedOptionSchedule
This class is a place holder for the embedded option schedule for the component.
|
class |
FactorSchedule
Contains array of dates and factors
|
class |
FloaterSetting
Contains the component's floating rate parameters.
|
class |
IdentifierSet
This class contains the component's identifier parameters - ISIN, CUSIP, ID, and ticker.
|
class |
NotionalSetting
This class contains the notional schedule and the amount.
|
class |
PeriodGenerator
Class the generates the component coupon periods from flexible inputs
|
class |
PeriodSet
This is the place-holder for the component’s period generation parameters.
|
class |
QuoteConvention
Contains the Component Market Convention Parameters - the quote convention, the calculation type, the
first settle date, and the redemption amount.
|
class |
RatesSetting
Component Rates Valuation Parameters contains the interest rates related valuation parameters - the
discount curves to be used for discounting the coupon, the redemption, the principal, and the settle
cash flows.
|
class |
TerminationSetting
This class contains the current "liveness" state of the component, and, if inactive, how it entered that
state.
|
class |
TreasuryBenchmark
Class contains component treasury benchmark parameters - the treasury benchmark set, and the names of the
treasury and the EDF IR curves.
|
class |
TsyBmkSet
Contains the treasury benchmark set - the primary treasury benchmark, and an array of secondary treasury
benchmarks
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
TsyBmkSet.deserialize(byte[] ab) |
Serializer |
TreasuryBenchmark.deserialize(byte[] ab) |
Serializer |
TerminationSetting.deserialize(byte[] ab) |
Serializer |
RatesSetting.deserialize(byte[] ab) |
Serializer |
QuoteConvention.deserialize(byte[] ab) |
Serializer |
PeriodSet.deserialize(byte[] ab) |
Serializer |
NotionalSetting.deserialize(byte[] ab) |
Serializer |
IdentifierSet.deserialize(byte[] ab) |
Serializer |
FloaterSetting.deserialize(byte[] ab) |
Serializer |
FactorSchedule.deserialize(byte[] ab) |
Serializer |
EmbeddedOptionSchedule.deserialize(byte[] ab) |
Serializer |
CurrencySet.deserialize(byte[] ab) |
Serializer |
CurrencyPair.deserialize(byte[] ab) |
Serializer |
CreditSetting.deserialize(byte[] ab) |
Serializer |
CouponSetting.deserialize(byte[] ab) |
Serializer |
CDXIdentifier.deserialize(byte[] ab) |
| Modifier and Type | Class and Description |
|---|---|
class |
CashComponent
Implementation of the Cash IR product and its contract/valuation details.
|
class |
EDFComponent
Implementation of the Euro-dollar future contract/valuation (EDF)
|
class |
IRSComponent
Implements the InterestRateSwap product contract/valuation details.
|
| Modifier and Type | Method and Description |
|---|---|
Serializer |
IRSComponent.deserialize(byte[] ab) |
Serializer |
EDFComponent.deserialize(byte[] ab) |
Serializer |
CashComponent.deserialize(byte[] ab) |
| Modifier and Type | Method and Description |
|---|---|
abstract Serializer |
Serializer.deserialize(byte[] ab)
De-serialize from a byte array.
|


Lecture 2
Qi Wang, Department of Statistics
Aug 22, 2018
Consider a standard deck of 52 playing cards. You will draw one card out of a thoroughly shuffled deck of cards. Define the following events: H = the suit is a heart, R = the card is red, F = the card is a face card (i.e. Jack, Queen or King)
Your friend tells you the following probabilities for a weighted die. You will roll the die one time.
| Die Roll(X) | 1 | 2 | 3 | 4 | 5 | 6 |
| Probability | 0.5 | 0.1 | 0.1 | 0.1 | 0.1 | 0.1 |
A fair six-sided die is rolled twice


Module: ActiveSupport::Messages::SerializerWithFallback
Do not use. This module is for internal use only.
| Relationships & Source Files | |
| Namespace Children | |
|
Modules:
| |
| Extension / Inclusion / Inheritance Descendants | |
|
Included In:
| |
| Defined in: | activesupport/lib/active_support/messages/serializer_with_fallback.rb |
Constant Summary
-
SERIALIZERS =
# File 'activesupport/lib/active_support/messages/serializer_with_fallback.rb', line 149{ marshal: MarshalWithFallback, json: JsonWithFallback, json_allow_marshal: JsonWithFallbackAllowMarshal, message_pack: MessagePackWithFallback, message_pack_allow_marshal: MessagePackWithFallbackAllowMarshal, }
Class Method Summary
Instance Method Summary
- #load(dumped)
- #detect_format(dumped) private
- #fallback?(format) ⇒ Boolean private
Class Method Details
.[](format)
[ GitHub ]# File 'activesupport/lib/active_support/messages/serializer_with_fallback.rb', line 9
def self.[](format) if format.to_s.include?("message_pack") && !defined?(ActiveSupport::MessagePack) require "active_support/message_pack" end SERIALIZERS.fetch(format) end
Instance Method Details
#detect_format(dumped) (private)
[ GitHub ]# File 'activesupport/lib/active_support/messages/serializer_with_fallback.rb', line 33
def detect_format(dumped) case when MessagePackWithFallback.dumped?(dumped) : when MarshalWithFallback.dumped?(dumped) :marshal when JsonWithFallback.dumped?(dumped) :json end end
#fallback?(format) ⇒ Boolean
(private)
# File 'activesupport/lib/active_support/messages/serializer_with_fallback.rb', line 44
def fallback?(format) format != :marshal end
#load(dumped)
[ GitHub ]# File 'activesupport/lib/active_support/messages/serializer_with_fallback.rb', line 17
def load(dumped) format = detect_format(dumped) if format == self.format _load(dumped) elsif format && fallback?(format) payload = { serializer: SERIALIZERS.key(self), fallback: format, serialized: dumped } ActiveSupport::Notifications.instrument("message_serializer_fallback.active_support", payload) do payload[:deserialized] = SERIALIZERS[format]._load(dumped) end else raise "Unsupported serialization format" end end


This Webpage was coded and design using HTML, CSS, JavaScript, jQuery, & the Bootstrap Framework.
The main agenda is to demonstrate my knowledge and capabilities to recruiters, employers, and clients.
The best word to describe my character is open-minded. I try to learn as much as possible about what's going on in the world. In doing so, I feel I'm better prepared for new challenges and obstacles on this journey I call life. My free time consists of trying to enhance my knowledge in the Computer Science field; whether it's a new language or framework.
When I take a break from work I'm the biggest sport fanatic. I love talking and debating about sports, especially the San Francisco 49ers and New York Yankees. I also love to play basketball (even though I'm horrendous at it) and I like to ski.


In this workaround you can find how to have a better var_dump in PHP (because the built-in one is ugly).
My current environment is as follows
- PHP5.5.14
- MAMP Server (Regular)
- OS X Mavericks
- Make pear in MAMP accessible by adding the following code inside your bash_profile
alias mpear='/Applications/MAMP/bin/php/php5.5.14/bin/pear'
Normally, you need to restart Terminal to trigger the new command.
- Set pear to the current php.ini. It should be done to make sure your pear does not associate with another version of PHP (which you don’t want).
/Applications/MAMP/bin/php/php5.5.14/conf/php.ini
- Install
var_dump
extension viaPear
mpear install Var_Dump-1.0.4
Notice that in my case, it should be mpear
. It depends on how you choose in your bash_profile
`
- Verify if it works by some PHP codes
include_once 'Var_Dump.php';
Var_Dump::display ( $dummyValue );


| Trees | Indices | Help |
|
|---|
|
|
object --+ | SpeedCalc --+ | ET
Subclass for evapotranspiration(ET) created for the purpose of organization within the SpeedCalc superclass; These are conversions commonly used for ET calculations.
|
|||
|
|||
|
|||
|
|||
|
Inherited from |
|||
| Inherited from SpeedCalc | |||
|---|---|---|---|
|
|
|||
|
Inherited from |
|
Initializes subclass ET
|
Converts the values of evapotranspiration (ET) given in units of energy flux (W/m^2) to units of equivalent depth of water evaporated per day (mm/day). In other words, it is a conversion of the evaporation of water in units of power per unit area of earth surface to volume of water evaporated per unit area of earth surface, per unit time.
|
Converts the values of evapotranspiration (ET) given in mass flux units of kg/(m^2*s) to units of equivalent depth of water evaporated per day in mm/day.
|
| Trees | Indices | Help |
|
|---|
| Generated by Epydoc 3.0.1 on Sat Sep 26 00:18:54 2015 | http://epydoc.sourceforge.net |


Dave Rennie: Glasgow Warriors coach to take charge of Australia
by PA MediaGlasgow Warriors coach Dave Rennie has been appointed as Australia head coach on a three-and-a-half-year deal.
Rennie, who had also been approached about the vacant New Zealand post, succeeds Michael Cheika, who resigned after his side's World Cup quarter-final defeat to England in Japan in October.
New Zealander Rennie, who joined Glasgow in 2017 after five years with Super Rugby club Chiefs in his home country, will see out the current season and depart in July 2020.
Rugby Australia chief executive Raelene Castle said: "This is a massive coup for Australian rugby. Dave Rennie was the clear standout candidate for the job and we're thrilled to have secured his services.
"Dave's coaching philosophy focuses equally on football and team culture, the key pillars to building sustainable success in any team. He has a proven track record in the Northern and Southern Hemisphere."
Scottish Rugby chief executive Mark Dodson said: "I'd like to thank Dave for the contribution he's made to the development of Glasgow Warriors over the past two seasons.
"He's led a talented playing and coaching group with passion and encouraged the team to express themselves and play positive rugby throughout.
"He enhanced the strong, positive culture at Scotstoun and pushed the team to achieve significant results, playing some outstanding rugby on the way.
"He has conducted himself throughout with great professionalism and I know he will want to sign off his time in Glasgow with some silverware. We wish him well for the future."
Rennie told Glasgow Warriors' official website: "We've loved our time here around great people. It's been as good as I could have wished for after leaving New Zealand.
"It's an exciting opportunity to coach at international level and an added bonus that we'll be a little closer to home, near our kids and grand-kids.
"All my focus is on the rest of the season in Glasgow as we strive to be in the mix come play-off time in both comps again."


Bitcoin Code to be Kept in Arctic Vault Facility
by Christine VasilevaBitcoin’s open-source code, at least its latest committed version, may be kept in a Svalbard vault, joining other projects in the GitHub Arctic Vault project.
Satoshi’s Protocol Delivered to Svalbard Vault
Bitcoin’s protocol, being an open-source project, is eligible to join thousands of other GitHub repositories in deep storage. The encoded repositories will be filed in microfilm with 1,000 year longevity.
The Svalbard code project resembles the Arctic seed vault on the archipelago, where samples of the world’s crop seeds are stored in a dry and cold environment.
Ashlee Vance, author and commenter, testified that even the first reels stored did contain the code for Bitcoin’s protocol.
GitHub plans to make a snapshot of all active repositories, on February 20, 2020, and store the state of the data on multiple reels written over in silver halides. This technology allows a long storage life. The vault is also a preliminary security step to Project Silica, Microsoft’s storage solution to write data to quartz crystal glass.
Microsoft, which bought GitHub last year, has been dedicated to extreme data security by building multiple archival copies.
Bitcoin Project Highly Active on GitHub
The project’s participants did not specifically mention Bitcoin, but it is one of the most prominent open-source projects relying on GitHub. The code for BTC will, of course, join other open-source repositories belonging to competing crypto projects. But this would make Bitcoin even more difficult to censor, with a hard to destroy copy of its code.
The Bitcoin repository sees highly active commits, and there is no final version of the code. There are more than 100 contributors on the projects, with highly active commits on detail issues. However, the Bitcoin Core version is currently run on most network nodes.
The idea to protect the Bitcoin code in vaults is not new, but so far, only wallets and coins for specific users have been protected. Old mines or other vaults have been used for cold storage, for those that put long-term faith in the coins.
The Bitcoin protocol code, however, does not contain the state of transactions, or anyone’s coin balances. Despite the disagreements about the authorship of the initial protocol, the code of whoever was Satoshi Nakamoto is already spending its first Arctic winter in Svalbard.
What do you think about the GitHub code vault? Share your thoughts in the comments section below!
Images via Shutterstock, Youtube @Github
The Rundown


Twitter & IBM Team Up
By: Mike Cammarato on October 29, 2014
Tagged: Educate General
Twitter and IBM partner up to give businesses a better understanding of their customers.
Big Data At work
Just when you thought big data couldn’t get any bigger, Twitter and IBM recently announced a new partnership. Here’s the breakdown of the deal and what it means for consumers, developers, and businesses.
IBM's super computers like WATSON (which have been known to beat most humans in chess and Jeopardy) will gain access to all twitter data. On the surface you might wonder what exactly IBM is looking to do with all of that data, but Chris Moody, IBM's CEO breaks it down for us.
"This partnership, drawing on IBM's leading cloud-based analytics platform, will help clients enrich business decisions with an entirely new class of data. This is the latest example of how IBM is re-imaging work" -Ginni Rometty, Chairman, President and CEO, IBM.
This is a big deal on both ends of the deal. Twitter houses invaluable data such as how people feel about businesses and who they care about interacting with, while IBM holds the tools that can take that data and turn it into relevant information. Turning data into real world information is arguably more important than having the data itself, and this partnership is going to give businesses a better look at their customers.
What It Means to Consumers
Like it or not, everything you post on Twitter, or any form social media, is going to be used to better understand you. A common saying is "if you are not paying for it, you are the product." This phrase is debatable on a case by case basis, but don't fret if you are worried about your personal information. IBM's tools are designed to gain a better understanding of trends in the market and are not focused on the specifics of individual user data. In a lot of cases, these technologies are responsible for giving you access to the best product or services. Ever wonder how a company like Amazon knew exactly what were you were looking for? Data analytics are there to thank when offering your the most relevant information.
What It Means to Developers
This new partnership is great news for developers. Especially if you're one of ten thousand plus IBM Global business Services consultants developing business applications with twitter data. Twitter has been extremely transparent and supportive of developers by releasing tools such as Bootstrap, Fabric, and Digits. Twitter always has developers on their radar and does everything it can to help grow the web.
What It Means to Businesses
Businesses should be jumping up and down with excitement about this partnership. Understanding your customers is invaluable and will enable you to give them what they want and need. Whether Twitter's data can help you understand how they feel about a product or service, or if you are looking for innovative ideas, IBM's amazing analytics tools have you covered and will help you understand your business on a deeper level.
Wrapping Up
Regardless of which category you fall in, everyone has some reason to be excited about two tech giants teaming up to better understand people as a whole. Twitter encapsulates far more than just individual opinions and ideas, hidden underneath the surface is a much clearer look at what everyone cares about and more importantly how they feel. With incredibly smart tools and more data than ever, I am excited to see what comes of this new partnership.
Recent Posts:
MES Essentials Webinar Wrap-Up
07/17/15
MES Essentials Webinar
07/10/15
Tweets by @CorsoSystems


This project is password protected
Due to client confidentiality agreements, this project is not publicly viewable at this time.
Please contact me to request a password
Hello,
I'm a young designer
based in New York, formed @unrealcorp
& currently working @urbanFT
I'm available for freelancing
I can help you with
App design
Responsive design
Webdesign
Print
Branding
Icon design
Graphic design
Contact me
<EMAIL_ADDRESS>This project is password protected
Due to client confidentiality agreements, this project is not publicly viewable at this time.
Please contact me to request a password


Installs a website.
Install-IisWebsite [-Name] <String> [-PhysicalPath] <String> [[-Binding] <String[]>] [-AppPoolName <String>] [-SiteID <Int32>] [-PassThru] [-Force] [<CommonParameters>]
Install-IisWebsite
installs an IIS website. Anonymous authentication is enabled, and the anonymous user is set to the website's application pool identity. Before Carbon 2.0, if a website already existed, it was deleted and re-created. Beginning with Carbon 2.0, existing websites are modified in place.
If you don't set the website's app pool, IIS will pick one for you (usually DefaultAppPool
), and Install-IisWebsite
will never manage the app pool for you (i.e. if someone changes it manually, this function won't set it back to the default). We recommend always supplying an app pool name, even if it is DefaultAppPool
.
By default, the site listens on (i.e. is bound to) all IP addresses on port 80 (binding http/*:80:
). Set custom bindings with the Bindings
argument. Multiple bindings are allowed. Each binding must be in this format (in BNF):
<PROTOCOL> '/' <IP_ADDRESS> ':' <PORT> ':' [ <HOSTNAME> ]
PROTOCOL
is one of http
or https
.IP_ADDRESS
is a literal IP address, or *
for all of the computer's IP addresses. This function does not validate if IPADDRESS
is actually in use on the computer.PORT
is the port to listen on.HOSTNAME
is the website's hostname, for name-based hosting. If no hostname is being used, leave off the HOSTNAME
part.Valid bindings are:
http/*:80:example.com
In some situations, when you add a website to an application pool that another website/application is part of, the new website will fail to load in a browser with a 500 error saying Failed to map the path '/'.
. We've been unable to track down the root cause. The solution is to recycle the app pool, e.g. (Get-IisAppPool -Name 'AppPoolName').Recycle()
.
Beginning with Carbon 2.0.1, this function is available only if IIS is installed.
| Name | Type | Description | Required? | Pipeline Input | Default Value |
|---|---|---|---|---|---|
| Name | String | The name of the website. |
true | false | |
| PhysicalPath | String | The physical path (i.e. on the file system) to the website. If it doesn't exist, it will be created for you. |
true | false | |
| Binding | String[] | The site's network bindings. Default is
|
false | false | @('http/*:80:') |
| AppPoolName | String | The name of the app pool under which the website runs. The app pool must exist. If not provided, IIS picks one for you. No whammy, no whammy! It is recommended that you create an app pool for each website. That's what the IIS Manager does. |
false | false | |
| SiteID | Int32 | The site's IIS ID. IIS picks one for you automatically if you don't supply one. Must be greater than 0. The |
false | false | 0 |
| PassThru | SwitchParameter | Return a The |
false | false | False |
| Force | SwitchParameter | Deletes the website before installation, if it exists. Preserves default beheaviro in Carbon before 2.0. The |
false | false | False |
Install-IisWebsite -Name 'Peanuts' -PhysicalPath C:\Peanuts.com
Creates a website named Peanuts
serving files out of the C:\Peanuts.com
directory. The website listens on all the computer's IP addresses on port 80.
Install-IisWebsite -Name 'Peanuts' -PhysicalPath C:\Peanuts.com -Binding 'http/*:80:peanuts.com'
Creates a website named Peanuts
which uses name-based hosting to respond to all requests to any of the machine's IP addresses for the peanuts.com
domain.
Install-IisWebsite -Name 'Peanuts' -PhysicalPath C:\Peanuts.com -AppPoolName 'PeanutsAppPool'
Creates a website named Peanuts
that runs under the PeanutsAppPool
app pool


This is how we make a word appear italic.
It's a potato Solanum teberosum.
Captain Cook sailed to Australia on the Endeavour.


FIRESTORM 1998 A film review by Timothy Voon Copyright 1998 Timothy Voon 1 :-( for causing superficial burns
Cast: Howie Long, Scott Glenn, William Forsythe, Suzy Amis, Christianne Hirt Director: Dean Semler Screenplay: Chris Soth
After the likes of VOLCANO, TWISTER and HARD RAIN now comes the likes of FIRESTORM. Thus completing the quartet of Elements i.e. Earth, Air, Water and now Fire. Hollywood does not fail to surprise me time and again with its ability to churn out disaster movies at such an alarming rate. Using the smallness of man and pitting him against the greatness of nature, to create a feeling of overwhelming awe as we get blown away by the special effects.
This time the hero is a fireman (Howie Long). The aim is to make him bigger than life and Howie sure has the size even if he doesn't have the screen presence. He's probably the regular kind of guy that women like to see sweaty with torn clothing, working at a construction site quenching his thirst with a large can of coke, but then again I could be wrong and he may have originated from a Chippendale troupe. Anyway, Howie does well throwing axes, wrestling with men as huge as himself, saving the girl and beating the smart, but ugly bad guy all in a single day. How many firemen can claim they have done that?
I ask myself should I be amazed by the special effects, me being a person who doesn't like playing with fire, who keeps a safe distance from the stove. I guess I should have been, especially towards the end when a sea of fire sweeps over everything, ripping forests and people's heads apart but somehow I wasn't enthralled by the spectacle. Maybe it's because one needs to feel a FIRESTORM in order to fully appreciate it, but getting that close usually means you die, so I'll retract my statement. The movie's saving grace was that it lived up to it's claims, instead of just lighting a couple of trees and calling that a FIRESTORM.
Despite not being an overly innovative movie, it is still pretty innocent, brainless fun for big beefy men - something which fans of big, beefy action would most likely appreciate.
Timothy Voon e-mail<EMAIL_ADDRESS>Movie Archives http://us.imdb.com/M/reviews_by?Tim+Voon Hugues Bouclier's Movies in Melbourne http://www.labyrinth.net.au/~bouclier/week/movies.html
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


Random
Number of Machine
Lifetime
Pressure Indicator
Moisture Indicator
Temperature Indicator
Number of Teams
Number of providers


I wanted make some dope webpage
Self taught little bit, but I needed general gudience to see whole picture of building a webpage
Richard Johnson III"


Create a RHElement
Prerequisites
Before you begin, make sure you’ve followed the Prerequisites in Getting Started.
Step 1: Scaffold an Element
Use the RHElement generator to start the scaffolding process.
yo rhelement
The generator will ask a series of questions to help you get everything set up.
- Your element name:
- Your element name should be lowercase and contain at least one hyphen in it. For the exact rules to naming a custom element, refer to the W3C Custom Elements Working Draft. In this case, we’re going to create
rh-cool-element
. - We’ve been prefixing elements with
rh-
if they are meant to be used by Red Hat andcp-
if the element will be specific to the Customer Portal. But you can prefix your element with whatever makes most sense for you.
- Your element name should be lowercase and contain at least one hyphen in it. For the exact rules to naming a custom element, refer to the W3C Custom Elements Working Draft. In this case, we’re going to create
- Author name:
- Add your name
- NOTE: we’re going to update the generator in the future so it will do a better job with the author object to include an email address and GitHub profile.
- Do you want to use Sass with this element? (Yes or No)
- If yes to question #3, Do you want to use existing Sass dependencies? (cp-sass or No thanks. I’ll provide my own later)
- cp-sass will include the cp-sass node module with all of the Customer Portal mixins and variables.
After you’ve answered the questions, you should see something like this.
Once that completes, change directories into the name of the element you just created. In this case will go into the rh-cool-element directory.
cd rh-cool-element
Open up your code editor and view the structure of the element. The important things to note are the /src
, /demo
and /test
directories and the rh-cool-element.js and rh-cool-element.compiled.js files. You’ll do all your development in the /src
directory and write your tests in /test
directory. We’ll use the /demo
directory to preview the element locally and the rh-cool-element.js and rh-cool-element.compiled.js files we’ll be used for the demo.


RUNNING DELETED UNKNOWN APPLIANCE NOT FOUND PENDING CONFIGURING REBOOTING STOPPED ERROR DEPLOYMENT NOT FOUND UNKNOWN: {{ getInstanceStatus() }}
UNABLE TO CHECK STATUS
{{ task.result?.exc_message }}
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{{ task.result?.exc_message }}
CHECKING HEALTH
PROGRESSING
{{ task.result?.action }}


| DOSE: T+ 0:00 |
3.0 g |
oral |
GHB |
(liquid) |
| T+ 34:50 |
2 hits |
smoked |
Cannabis |
(plant material) |
| T+ 2:00 |
2 carts. |
inhaled |
Nitrous Oxide |
(gas) |
This was my fourth time trying nitrous, I had a medium-strong GHB buzz, which was from about 3grams of GHB taken in water over a period of an hour. At about T+2 hours from starting drinking the GHB, I smoked two medium sized hits of mid grade cannabis bud and lay on the bed with my partner.
My first experience with nitrous was a single cartridges and it wasn't very impressive. My second time was a solid breath from a tank which was interesting, but still not much to talk about. Mostly dulling. The third time was two cartridges on top of a mild dose of LSD (a single blotter). This was the strongest of the previous experiences and mostly felt like being hit by a big wet mop all over. I described it at the time as 'a strong body thud'. It wasn't worth repeating.
This evening she started, taking her first try of nitrous, a single ISI cartridge in a balloon and then two catridges in a balloon. Her reaction was interesting and so I decided to try two cartridges.
When I inhaled the nitrous, I was pretty swimmy in the effects of the GHB (mildly drunk with a strong spinny-vertiginous component and a sensual feeling) and had a very mild cannabis coloration on thought.
I inhaled as much as I could in one lungful and held it for 20 seconds or so. About 10 seconds after inhalation, a strong buzzing began which was both auditory and 'physical'. After about 20-30 seconds, I was in the peak of the effects. It felt like I was being bathed in a medium-high-pitched buzzing noise strong enough to cause my skin to feel it. The 'buzzing' cycled about twice a second and the overall tone and feeling was vaguely similar to the sound of blowing into a highspeed fan.
The sensation was quite strong and I tried to imagine it as pleasureable with some success. Overall I felt disconnected and during the peak I was wondering if my partner was getting the same effects, even though I realized soon after the peak she certainly was not. The buzzing abated slowly, but was noticeable for perhaps 15 minutes after inhalation. The engulfing period was perhaps 2 minutes. I found the feeling mildly concerning and not wholy desireable.
On my second try about 10 minutes later, I again took two catridges and held them and found the buzzing returned but was stronger than the first time. As I sort of melted into the experience, the physical sensation of having my skin buzzing and the sound had a sort of ominous feeling of my peripheral nervous system short circuiting or sending aberrant signals.
I think the GHB may have affected the experience significantly. Combine that with the fact that I'm not particularly fond of nitrous chargers because of the waste and I'm not super excited to try it again immediately. I find the aesthetic of having metal throwaways from taking short acting 'do a lot' chemicals to be pretty negative. Although I would like to learn a little more about nitrous and its effects, I wonder how to fit the 'hippy crack' effect ('maybe just one more') and the mega-garbage effect with some sense of
balance.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


GenoSurf is supported by the Data-Driven Genomic Computing (GeCo) project, funded by the European Research Center (ERC) (Advanced ERC Grant 693174).


val adapter: ValueAdapter<T>
This column's Kotlin type, and a converter between that and JDBC's type system.


the and for with The DAA treatment was therapy costs cost were SVR from patients study {background []. cirrhosis data disease that model Health al. are triple hepatitis margin results this {border-style also This px;} #ffffff;} HCV Hepatitis effectiveness rates occupational years DAAs RWA analysis interferon-based therapies used using Markov SOF compared into pension Figure ICER Stahmeyer based carcinoma clinical have insured life medical over status benefits experience per treatments (SVR) ... German Germany Table antiviral applied between chronic cohort higher information only regimens result treatment. CHC Decompensated For all associated available but comparison cost-effectiveness health high impact infection more not px; rate therapies. treated value {font-family BGW. Cirrhotic DAAs, These Treatment [,,,,] assumed font-size has hepatocellular literature model. outcomes present ribavirin such their values BGW Data Hepatocellular Non-cirrhotic [,]. [], additional after before benefit care cirrhotic der direct-acting diseases double; genotype had interferon-free most our overall patient payments regimen response second-generation sensitivity show therapy. total under (Figure A.N.; Analysis Cost Costs Efficiency Hepatol../j.jhep... LDV Liver Liver-related M.K., M.R., Public RBV Reporting Services Transplant Triple United [,,]. accident account advanced among analyse analysed analysis, annual border-color border-width can cases death due group insurance interferon line liver long-term non-cirrhotic patients, percentage persons progression records resulted significant solid; statuses statutory studies study, taken than therefore these virologic weeks which will would years. {font-style {font-weight < (in Based C.W., CEA Evaluation Gastroenterol. Germany. However, Institute Koch Medical Microsoft PEG-IFN Patients Percentage QALYs Quality Robert State Therapie Version Westermann []; account. analyses analysis. application approximately average bold calculated case cohort, comparable correlation costs, courier; course decompensated determined developed direct drugs, effective effects em; end findings future ijerph---t_Table indirect infected international may out pay pensions performed period probabilities pt;} ratio reduction regarding retrospective routine side stages standardised success takes therapy, those transition treatment, twelve und varied without work year)


Again, Wellcome to the Virtual University
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|
MP4Parser
V1.0.0
A project to parse mp4 file.
|
Public Member Functions | |
| int | parse (const std::string &srcFileName) |
| Parse a mp4 file and construct a box list containing all the mp4 boxes. More... | |
| int | outputBoxList () |
| Output all the box information to a file or stdout. More... | |
| int | getBoxCount (const char *p_boxType) const |
| Search in the box list to find the total count of boxes with the same p_boxType. | |
| BoxPtr_t | getBox (const char *p_boxType) const |
| Find the box which type is equal to p_boxType from the box list. More... | |
| BoxPtr_t | getNextBox (const BoxPtr_t &curBox) const |
| Get the next box from box list which has the same type as curBox. | |
| BoxPtr_t | getFirstBox () const |
| Get the first box from box list. | |
| bool | exists (const char *p_boxType) const |
| int | traverse (TraverseFunc_t traverseFunc, void *p_userData) |
| int | clear () |
| Clear the source file name, the parsed result(all the box information). | |
| std::string | srcFile () |
| std::string | dstFile () |
| int | setDstFile (const std::string &outputFilePath) |
| Set the output file path. More... | |
| int | redirectOut2File () |
| Redirect the output of cout to a file. More... | |
| int | restore2Stdout () |
| Restore cout to stdout. More... | |
| BoxPtr_t mp4Parser::MP4Parser::getBox | ( | const char * | p_boxType | ) | const |
Find the box which type is equal to p_boxType from the box list.
It will only return the first found box even though there are more than one box.If there are more than one box with p_boxType, and you need get all the boxes, you can call getNextBox again and again, until the returned box is null.
| int mp4Parser::MP4Parser::outputBoxList | ( | ) |
Output all the box information to a file or stdout.
If never set output file by setDstFile(outputFilePath) or has cleared output file by setDstFile(""), it will output all the box information to stdout, or else it will output to a file.
| int mp4Parser::MP4Parser::parse | ( | const std::string & | srcFileName | ) |
Parse a mp4 file and construct a box list containing all the mp4 boxes.
| srcFileName | mp4 file name |
| int mp4Parser::MP4Parser::redirectOut2File | ( | ) |
Redirect the output of cout to a file.
When cout some information, the default output is stdout. But you can cout to a file with this function. The output file must be setted by setDstFile(outputFilePath) before you call this function.If you haven't setted the output file, or set output file by setDstFile(""), this function will do nothing.
| int mp4Parser::MP4Parser::restore2Stdout | ( | ) |
Restore cout to stdout.
If you have called redirectOut2File, and at the end of cout, you must call restore2Stdout to restore cout to stdout.How many times you call redirectOut2File, how many times you must call restore2Stdout.
| int mp4Parser::MP4Parser::setDstFile | ( | const std::string & | outputFilePath | ) |
Set the output file path.
When set a valid output file path by this function, outputBoxList() will output to that file, and redirectOut2File() also will redirect cout to that file. When clear the output file by dstFile(""), the outputBoxList() and redirectOut2File() will output to stdout again.


The menu Symmetric Encryption (modern) contains the following commands for the brute-force analysis of the following encryption algorithms:
| IDEA | Automatic analysis of IDEA. |
| RC2 | Automatic analysis of RC2. |
| RC4 | Automatic analysis of RC4. |
| DES (ECB) | Automatic analysis of DES (ECB). |
| DES (CBC) | Automatic analysis of DES (CBC). |
| Triple DES (ECB) | Automatic analysis of Triple DES (ECB). |
| Triple DES (CBC) | Automatic analysis of Triple DES (CBC). |
| Rijndael (AES) | Automatic analysis of Rijndael. |
| Further Algorithms | Automatic analysis of other algorithms. |


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@bvpcognizance


Node.js CSRF protection middleware.
Requires either a session middleware or cookie-parser to be initialized first.
false
value, then you must use
cookie-parser
before this module.
If you have questions on how this module is implemented, please read Understanding CSRF.
This is a Node.js module available
through the npm registry.
Installation is done using the
npm install
command:
Create a middleware for CSRF token creation and validation. This
middleware adds a req.csrfToken()
function to make a token
which should be added to requests which mutate state, within a hidden form
field, query-string etc. This token is validated against the visitor’s
session or csrf cookie.
The csurf
function takes an optional
options
object that may contain any of the following keys:
Determines if the token secret for the user should be stored in a cookie
or in req.session
. Storing the token secret in a cookie
implements the
double submit cookie pattern. Defaults to false
.
When set to true
(or an object of options for the cookie),
then the module changes behavior and no longer uses
req.session
. This means you
are no longer required to use a session middleware. Instead, you
do need to use the
cookie-parser
middleware in your app before this middleware.
When set to an object, cookie storage of the secret is enabled and the
object contains options for this functionality (when set to
true
, the defaults for the options are used). The options may
contain any of the following keys:
key
- the name of the cookie to use to store the token
secret (defaults to '_csrf'
).
path
- the path of the cookie (defaults to
'/'
).
signed
- indicates if the cookie should be signed (defaults
to false
).
secure
- marks the cookie to be used with HTTPS only
(defaults to false
).
maxAge
- the number of seconds after which the cookie will
expire (defaults to session length).
httpOnly
- flags the cookie to be accessible only by the
web server (defaults to false
).
sameSite
- sets the same site policy for the
cookie(defaults to false
). This can be set to
'strict'
, 'lax'
, 'none'
, or
true
(which maps to 'strict'
).
domain
- sets the domain the cookie is valid on(defaults to
current domain).
An array of the methods for which CSRF token checking will disabled.
Defaults to ['GET', 'HEAD', 'OPTIONS']
.
Determines what property (“key”) on req
the session object is
located. Defaults to 'session'
(i.e. looks at
req.session
). The CSRF secret from this library is stored and
read as req[sessionKey].csrfSecret
.
If the “cookie” option is not false
,
then this option does nothing.
Provide a function that the middleware will invoke to read the token from
the request for validation. The function is called as
value(req)
and is expected to return the token as a string.
The default value is a function that reads the token from the following locations, in order:
req.body._csrf
- typically generated by the
body-parser
module.
req.query._csrf
- a built-in from Express.js to read from
the URL query string.
req.headers['csrf-token']
- the
CSRF-Token
HTTP request header.
req.headers['xsrf-token']
- the
XSRF-Token
HTTP request header.
req.headers['x-csrf-token']
- the
X-CSRF-Token
HTTP request header.
req.headers['x-xsrf-token']
- the
X-XSRF-Token
HTTP request header.
The following is an example of some server-side code that generates a form that requires a CSRF token to post back.
var cookieParser = require('cookie-parser')
var csrf = require('csurf')
var bodyParser = require('body-parser')
var express = require('express')
// setup route middlewares
var csrfProtection = csrf({ cookie: true })
var parseForm = bodyParser.urlencoded({ extended: false })
// create express app
var app = express()
// parse cookies
// we need this because "cookie" is true in csrfProtection
app.use(cookieParser())
app.get('/form', csrfProtection, function (req, res) {
// pass the csrfToken to the view
res.render('send', { csrfToken: req.csrfToken() })
})
app.post('/process', parseForm, csrfProtection, function (req, res) {
res.send('data is being processed')
})
Inside the view (depending on your template language; handlebars-style is
demonstrated here), set the csrfToken
value as the value of a
hidden input field named _csrf
:
<form action="/process" method="POST">
<input type="hidden" name="_csrf" value="{{csrfToken}}">
Favorite color: <input type="text" name="favoriteColor">
<button type="submit">Submit</button>
</form>
When accessing protected routes via ajax both the csrf token will need to be passed in the request. Typically this is done using a request header, as adding a request header can typically be done at a central location easily without payload modification.
The CSRF token is obtained from the req.csrfToken()
call on
the server-side. This token needs to be exposed to the client-side,
typically by including it in the initial page content. One possibility is
to store it in an HTML <meta>
tag, where value can then
be retrieved at the time of the request by JavaScript.
The following can be included in your view (handlebar example below),
where the csrfToken
value came from
req.csrfToken()
:
The following is an example of using the
Fetch API
to post to the /process
route with the CSRF token from the
<meta>
tag on the page:
// Read the CSRF token from the <meta> tag
var token = document.querySelector('meta[name="csrf-token"]').getAttribute('content')
// Make a request using the Fetch API
fetch('/process', {
credentials: 'same-origin', // <-- includes cookies in the request
headers: {
'CSRF-Token': token // <-- is the csrf token as a header
},
method: 'POST',
body: {
favoriteColor: 'blue'
}
})
Many SPA frameworks like Angular have CSRF support built in automatically.
Typically they will reflect the value from a specific cookie, like
XSRF-TOKEN
(which is the case for Angular).
To take advantage of this, set the value from
req.csrfToken()
in the cookie used by the SPA framework. This
is only necessary to do on the route that renders the page (where
res.render
or res.sendFile
is called in Express,
for example).
The following is an example for Express of a typical SPA response:
Note CSRF checks should only be disabled for requests that you expect to come from outside of your website. Do not disable CSRF checks for requests that you expect to only come from your website. An existing session, even if it belongs to an authenticated user, is not enough to protect against CSRF attacks.
The following is an example of how to order your routes so that certain endpoints do not check for a valid CSRF token.
var cookieParser = require('cookie-parser')
var csrf = require('csurf')
var bodyParser = require('body-parser')
var express = require('express')
// create express app
var app = express()
// create api router
var api = createApiRouter()
// mount api before csrf is appended to the app stack
app.use('/api', api)
// now add csrf and other middlewares, after the "/api" was mounted
app.use(bodyParser.urlencoded({ extended: false }))
app.use(cookieParser())
app.use(csrf({ cookie: true }))
app.get('/form', function (req, res) {
// pass the csrfToken to the view
res.render('send', { csrfToken: req.csrfToken() })
})
app.post('/process', function (req, res) {
res.send('csrf was required to get here')
})
function createApiRouter () {
var router = new express.Router()
router.post('/getProfile', function (req, res) {
res.send('no csrf to get here')
})
return router
}
When the CSRF token validation fails, an error is thrown that has
err.code === 'EBADCSRFTOKEN'
. This can be used to display
custom error messages.
var bodyParser = require('body-parser')
var cookieParser = require('cookie-parser')
var csrf = require('csurf')
var express = require('express')
var app = express()
app.use(bodyParser.urlencoded({ extended: false }))
app.use(cookieParser())
app.use(csrf({ cookie: true }))
// error handler
app.use(function (err, req, res, next) {
if (err.code !== 'EBADCSRFTOKEN') return next(err)
// handle CSRF token errors here
res.status(403)
res.send('form tampered with')
})


Header
Books I Have Read
This is a Spring Boot demo project for me to develop and to demonstrate my skills with Spring Boot.
It will use the technologies listed below
Spring
Spring Boot
Hibernate
JPA
H2
Bootstrap
Go to book search


Next: Restrictions on Examining a Pathname Device Component, Previous: Restrictions on Examining Pathname Components, Up: Interpreting Pathname Component Values
It is implementation-dependent what object is used to represent the host.


It sends R code/R scripts/shell commands to LSF cluster without leaving R.
if (!requireNamespace("devtools", quietly = TRUE))
install.packages("devtools")
devtools::install_github("jokergoo/bsub")
If you want the full functionality of the package, you need to install a few more packages:
devtools::install_github('jokergoo/bsub', dependencies = 'Suggests')
The online documentation is available at https://jokergoo.github.io/bsub/.
There are the following vignettes:
Directly submit R chunk:
library(bsub)
# R code
bsub_chunk(name = "example", memory = 10, hours = 10, cores = 4,
{
fit = NMF::nmf(...)
# you better save `fit` into a permanent file
saveRDS(fit, file = "/path/of/fit.rds")
})
Submit an R script:
# R script
bsub_script(name = "example",
script = "/path/of/foo.R", ...)
Submit shell commands:
# shell commands
bsub_cmd(name = "example",
cmd = "samtools view ...", ...)
Kill jobs:
bkill(job_id)
View job summaries:
bjobs
brecent
bjobs_running
bjobs_pending
bjobs_done
bjobs_exit
An example of the job queries is as follows:
View job log:
job_log(job_id)


|
Vc
0.7.5-dev
SIMD Vector Classes for C++
|
|
Functions that implement math functions.
Take care that some of the implementations will return results with less precision than what the FPU calculates.
Functions | |
| float_v | sqrt (const float_v &v) |
Returns the square root of v . | |
| float_v | rsqrt (const float_v &v) |
Returns the reciprocal square root of v . | |
| float_v | reciprocal (const float_v &v) |
Returns the reciprocal of v . | |
| float_v | abs (const float_v &v) |
Returns the absolute value of v . | |
| float_v | round (const float_v &v) |
Returns the closest integer to v ; 0.5 is rounded to even. | |
| float_v | log (const float_v &v) |
Returns the natural logarithm of v . | |
| float_v | log2 (const float_v &v) |
Returns the base-2 logarithm of v . | |
| float_v | log10 (const float_v &v) |
Returns the base-10 logarithm of v . | |
| float_v | exp (const float_v &v) |
Returns the exponential of v . | |
| float_v | sin (const float_v &v) |
Returns the sine of v . | |
| float_v | cos (const float_v &v) |
Returns the cosine of v . | |
| void | sincos (const float_v &v, float_v *sin, float_v *cos) |
Calculates the sine and cosine of v . | |
| float_v | asin (const float_v &v) |
Returns the arcsine of v . | |
| float_v | atan (const float_v &v) |
Returns the arctangent of v . | |
| float_v | atan2 (const float_v &x, const float_v &y) |
Returns the arctangent of x / y . | |
| float_v | min (const float_v &x, const float_v &y) |
Returns the minimum of x and y . | |
| float_v | max (const float_v &x, const float_v &y) |
Returns the maximum of x and y . | |
| float_v | frexp (const float_v &x, int_v *e) |
| Convert floating-point number to fractional and integral components. | |
| float_v | ldexp (float_v x, int_v e) |
| Multiply floating-point number by integral power of 2. | |
| float_m | isfinite (const float_v &x) |
| Returns a mask that tells whether the values in the vector are finite (i.e. not NaN or +/-inf). | |
| float_m | isnan (const float_v &x) |
| Returns a mask that tells whether the values in the vector are NaN. | |
| double_v | sqrt (const double_v &v) |
Returns the square root of v . | |
| double_v | rsqrt (const double_v &v) |
Returns the reciprocal square root of v . | |
| double_v | reciprocal (const double_v &v) |
Returns the reciprocal of v . | |
| double_v | abs (const double_v &v) |
Returns the absolute value of v . | |
| double_v | round (const double_v &v) |
Returns the closest integer to v ; 0.5 is rounded to even. | |
| double_v | log (const double_v &v) |
Returns the natural logarithm of v . | |
| double_v | log2 (const double_v &v) |
Returns the base-2 logarithm of v . | |
| double_v | log10 (const double_v &v) |
Returns the base-10 logarithm of v . | |
| double_v | exp (const double_v &v) |
Returns the exponential of v . | |
| double_v | sin (const double_v &v) |
Returns the sine of v . | |
| double_v | cos (const double_v &v) |
Returns the cosine of v . | |
| void | sincos (const double_v &v, double_v *sin, double_v *cos) |
Calculates the sine and cosine of v . | |
| double_v | asin (const double_v &v) |
Returns the arcsine of v . | |
| double_v | atan (const double_v &v) |
Returns the arctangent of v . | |
| double_v | atan2 (const double_v &x, const double_v &y) |
Returns the arctangent of x / y . | |
| double_v | min (const double_v &x, const double_v &y) |
Returns the minimum of x and y . | |
| double_v | max (const double_v &x, const double_v &y) |
Returns the maximum of x and y . | |
| double_v | frexp (const double_v &x, int_v *e) |
| Convert floating-point number to fractional and integral components. | |
| double_v | ldexp (double_v x, int_v e) |
| Multiply floating-point number by integral power of 2. | |
| double_m | isfinite (const double_v &x) |
| Returns a mask that tells whether the values in the vector are finite (i.e. not NaN or +/-inf). | |
| double_m | isnan (const double_v &x) |
| Returns a mask that tells whether the values in the vector are NaN. | |
| sfloat_v | sqrt (const sfloat_v &v) |
Returns the square root of v . | |
| sfloat_v | rsqrt (const sfloat_v &v) |
Returns the reciprocal square root of v . | |
| sfloat_v | reciprocal (const sfloat_v &v) |
Returns the reciprocal of v . | |
| sfloat_v | abs (const sfloat_v &v) |
Returns the absolute value of v . | |
| sfloat_v | round (const sfloat_v &v) |
Returns the closest integer to v ; 0.5 is rounded to even. | |
| sfloat_v | log (const sfloat_v &v) |
Returns the natural logarithm of v . | |
| sfloat_v | log2 (const sfloat_v &v) |
Returns the base-2 logarithm of v . | |
| sfloat_v | log10 (const sfloat_v &v) |
Returns the base-10 logarithm of v . | |
| sfloat_v | exp (const sfloat_v &v) |
Returns the exponential of v . | |
| sfloat_v | sin (const sfloat_v &v) |
Returns the sine of v . | |
| sfloat_v | cos (const sfloat_v &v) |
Returns the cosine of v . | |
| void | sincos (const sfloat_v &v, sfloat_v *sin, sfloat_v *cos) |
Calculates the sine and cosine of v . | |
| sfloat_v | asin (const sfloat_v &v) |
Returns the arcsine of v . | |
| sfloat_v | atan (const sfloat_v &v) |
Returns the arctangent of v . | |
| sfloat_v | atan2 (const sfloat_v &x, const sfloat_v &y) |
Returns the arctangent of x / y . | |
| sfloat_v | min (const sfloat_v &x, const sfloat_v &y) |
Returns the minimum of x and y . | |
| sfloat_v | max (const sfloat_v &x, const sfloat_v &y) |
Returns the maximum of x and y . | |
| sfloat_v | frexp (const sfloat_v &x, short_v *e) |
| Convert floating-point number to fractional and integral components. | |
| sfloat_v | ldexp (sfloat_v x, short_v e) |
| Multiply floating-point number by integral power of 2. | |
| sfloat_m | isfinite (const sfloat_v &x) |
| Returns a mask that tells whether the values in the vector are finite (i.e. not NaN or +/-inf). | |
| sfloat_m | isnan (const sfloat_v &x) |
| Returns a mask that tells whether the values in the vector are NaN. |
| float_v Vc::log | ( | const float_v & | v | ) |
Returns the natural logarithm of v
.
| float_v Vc::log2 | ( | const float_v & | v | ) |
Returns the base-2 logarithm of v
.
| float_v Vc::log10 | ( | const float_v & | v | ) |
Returns the base-10 logarithm of v
.
| float_v Vc::sin | ( | const float_v & | v | ) |
Returns the sine of v
.
| float_v Vc::cos | ( | const float_v & | v | ) |
Returns the cosine of v
.
| void Vc::sincos | ( | const float_v & | v, |
| float_v * | sin, | ||
| float_v * | cos | ||
| ) |
Calculates the sine and cosine of v
.
The values are returned in the sin
and cos
parameters.
| [in] | v | input value to sin and cos |
| [out] | sin | Needs to be a non-null pointer which will be set to the sine of v . |
| [out] | cos | Needs to be a non-null pointer which will be set to the cosine of v . |
| float_v Vc::asin | ( | const float_v & | v | ) |
Returns the arcsine of v
.
| float_v Vc::atan | ( | const float_v & | v | ) |
Returns the arctangent of v
.
| float_v Vc::frexp | ( | const float_v & | x, |
| int_v * | e | ||
| ) |
Convert floating-point number to fractional and integral components.
| x | value to be split into normalized fraction and exponent |
| e | the exponent to base 2 of x |
x
is non-zero, the return value is x
times a power of two, and its absolute value is always in the range [0.5,1).x
is zero, then the normalized fraction is zero and zero is stored in e
.x
is a NaN, a NaN is returned, and the value of *e
is unspecified.x
is positive infinity (negative infinity), positive infinity (nega‐ tive infinity) is returned, and the value of *e
is unspecified. | float_v Vc::ldexp | ( | float_v | x, |
| int_v | e | ||
| ) |
Multiply floating-point number by integral power of 2.
| x | value to be multiplied by 2 ^ e |
| e | exponent |
x
* 2 ^ e
| double_v Vc::log | ( | const double_v & | v | ) |
Returns the natural logarithm of v
.
| double_v Vc::log2 | ( | const double_v & | v | ) |
Returns the base-2 logarithm of v
.
| double_v Vc::log10 | ( | const double_v & | v | ) |
Returns the base-10 logarithm of v
.
| double_v Vc::sin | ( | const double_v & | v | ) |
Returns the sine of v
.
| double_v Vc::cos | ( | const double_v & | v | ) |
Returns the cosine of v
.
| void Vc::sincos | ( | const double_v & | v, |
| double_v * | sin, | ||
| double_v * | cos | ||
| ) |
Calculates the sine and cosine of v
.
The values are returned in the sin
and cos
parameters.
| [in] | v | input value to sin and cos |
| [out] | sin | Needs to be a non-null pointer which will be set to the sine of v . |
| [out] | cos | Needs to be a non-null pointer which will be set to the cosine of v . |
| double_v Vc::asin | ( | const double_v & | v | ) |
Returns the arcsine of v
.
| double_v Vc::atan | ( | const double_v & | v | ) |
Returns the arctangent of v
.
| double_v frexp | ( | const double_v & | x, |
| int_v * | e | ||
| ) |
Convert floating-point number to fractional and integral components.
| x | value to be split into normalized fraction and exponent |
| e | the exponent to base 2 of x |
x
is non-zero, the return value is x
times a power of two, and its absolute value is always in the range [0.5,1).x
is zero, then the normalized fraction is zero and zero is stored in e
.x
is a NaN, a NaN is returned, and the value of *e
is unspecified.x
is positive infinity (negative infinity), positive infinity (nega‐ tive infinity) is returned, and the value of *e
is unspecified.*e
is defined. | double_v ldexp | ( | double_v | x, |
| int_v | e | ||
| ) |
Multiply floating-point number by integral power of 2.
| x | value to be multiplied by 2 ^ e |
| e | exponent |
x
* 2 ^ e
*e
is defined. | sfloat_v Vc::log | ( | const sfloat_v & | v | ) |
Returns the natural logarithm of v
.
| sfloat_v Vc::log2 | ( | const sfloat_v & | v | ) |
Returns the base-2 logarithm of v
.
| sfloat_v Vc::log10 | ( | const sfloat_v & | v | ) |
Returns the base-10 logarithm of v
.
| sfloat_v Vc::sin | ( | const sfloat_v & | v | ) |
Returns the sine of v
.
| sfloat_v Vc::cos | ( | const sfloat_v & | v | ) |
Returns the cosine of v
.
| void Vc::sincos | ( | const sfloat_v & | v, |
| sfloat_v * | sin, | ||
| sfloat_v * | cos | ||
| ) |
Calculates the sine and cosine of v
.
The values are returned in the sin
and cos
parameters.
| [in] | v | input value to sin and cos |
| [out] | sin | Needs to be a non-null pointer which will be set to the sine of v . |
| [out] | cos | Needs to be a non-null pointer which will be set to the cosine of v . |
| sfloat_v Vc::asin | ( | const sfloat_v & | v | ) |
Returns the arcsine of v
.
| sfloat_v Vc::atan | ( | const sfloat_v & | v | ) |
Returns the arctangent of v
.
| sfloat_v Vc::frexp | ( | const sfloat_v & | x, |
| short_v * | e | ||
| ) |
Convert floating-point number to fractional and integral components.
| x | value to be split into normalized fraction and exponent |
| e | the exponent to base 2 of x |
x
is non-zero, the return value is x
times a power of two, and its absolute value is always in the range [0.5,1).x
is zero, then the normalized fraction is zero and zero is stored in e
.x
is a NaN, a NaN is returned, and the value of *e
is unspecified.x
is positive infinity (negative infinity), positive infinity (nega‐ tive infinity) is returned, and the value of *e
is unspecified. | sfloat_v Vc::ldexp | ( | sfloat_v | x, |
| short_v | e | ||
| ) |
Multiply floating-point number by integral power of 2.
| x | value to be multiplied by 2 ^ e |
| e | exponent |
x
* 2 ^ e


Mino Raiola to scupper Erling Braut Haaland to Manchester United?
Manchester United reportedly feel pessimistic regarding their hopes of signing Red Bull Salzburg forward Erling Braut Haaland.
by Darren PlantThe Premier League giants are one of several high-profile European clubs who are keen to sign the Norway international at the end of the season.
However, according to The Athletic, United are concerned that Mino Raiola - Haaland's agent - may make it difficult for them to bring in the youngster.
The two parties are said to hold a strained relationship, although it is currently unclear whether this could have a detrimental effect on United's pursuit of the frontman.
Haaland has contributed 23 goals from 19 appearances this season, with seven strikes coming from four outings in the Champions League.
Barcelona, Juventus and RB Leipzig are also considered strong contenders to sign the player.
body check tags ::


10. Using Expressions
10.3 Expression Factory Utilities
Sometimes there is a need to build an expression by combining other existing expressions. Also
quiet often it is desirable to use strongly typed API instead of interpreted string expressions.
The following sections describe ExpressionFactory and Expression methods that allow to construct
expressions step by step via API calls.
10.3.1 Path/Value Expressions
The most simple expressions are the ones that match an object property
path with a value or a list of values. ExpressionFactory provides a set of methods to build
such "path/value" expressions:
- public static Expression matchExp(String pathSpec, Object value)
- public static Expression noMatchExp(String pathSpec, Object value)
- public static Expression matchDbExp(String pathSpec, Object value)
- public static Expression lessExp(String pathSpec, Object value)
- public static Expression lessOrEqualExp(String pathSpec, Object value)
- public static Expression greaterExp(String pathSpec, Object value)
- public static Expression greaterOrEqualExp(String pathSpec, Object value)
- public static Expression inExp(String pathSpec, Object[] values)
- public static Expression inExp(String pathSpec, java.util.List values)
- public static Expression betweenExp(String pathSpec, Object value1, Object value2)
- public static Expression likeExp(String pathSpec, Object value)
- public static Expression likeIgnoreCaseExp(String pathSpec, Object value)
- public static Expression notInExp(String pathSpec, Object value)
- public static Expression notBetweenExp(String pathSpec, Object value)
- public static Expression notLikeExp(String pathSpec, Object value)
- public static Expression notLikeIgnoreCaseExp(String pathSpec, Object value)
10.3.2 Chanining Expressions
Expression class itself provides a set of convenience methods to chain expressions
as they are built from smaller parts. Note that each of these methods does not modify
the original expression, rather it builds and returns a new instance of the expression.
- public Expression joinExp(int type, Expression exp)
Creates and returns a new expression that joins this object with another
expression, using specified join type. This is a shorter equivalent of
ExpressionFactory.binaryExpression(type, this, exp) .
- public Expression andExp(Expression exp)
A shorter equivalent for joinExp(Expression.AND, exp) .
- public Expression orExp(Expression exp)
A shorter equivalent for joinExp(Expression.OR, exp) .
Example of using chaining:
import org.objectstyle.cayenne.exp.Expression;
import org.objectstyle.cayenne.exp.ExpressionFactory;
import org.objectstyle.cayenne.query.SelectQuery;
...
// find artists whose name starts with "D"
// with invalid or null date of birth
Expression qual = ExpressionFactory.greaterOrEqualExp("dateOfBirth", new Date());
// 1. chain expressions, note the assignment back to "qual",
// since a new instance is created
qual = qual.orExp(ExpressionFactory.matchExp("dateOfBirth", null));
// 2. "AND" applies to a combined earlier criteria
qual =
qual.andExp(ExpressionFactory.likeIgnoreCaseExp("artistName", "D%"));
SelectQuery select = new SelectQuery(Artist.class, qual);
|
10.3.3 Creating Complex Expressions
There is a way to create complex expressions either from the
Lists of expressions or from the Maps containing values using "path" Strings
as keys. This approach significantly simplifies connecting Cayenne queries
to the UI, and reduces the number of steps needed to create expressions
in other cases. ExpressionFactory provides the following methods:
- public static Expression joinExp(int type, java.util.List expressions)
Joins all expressions into a single expression. type is used as an expression type
for expressions joining each one of the items on the list.
type is normally AND or OR.
- public static Expression matchAllExp(java.util.Map map, int type)
Creates an expression that matches all path/value pairs in map. Path is OBJ_PATH.
- public static Expression matchAllDbExp(java.util.Map map, int type)
Same as above, but path is interpreted to be DB_PATH.
- public static Expression matchAnyExp(java.util.Map map, int type)
Creates an expression that matches any of the path/value pairs in map. Path is OBJ_PATH.
- public static Expression matchAnyDbExp(java.util.Map map, int type)
Same as above, but path is interpreted to be DB_PATH.
|


PlaceAttribute QML Type
The PlaceAttribute type holds generic place attribute information. More...
| Import Statement: | import QtLocation 5.3 |
| Since: | Qt Location 5.5 |
Properties
Detailed Description
A place attribute stores an additional piece of information about a Place that is not otherwise exposed through the Place type.  Both the text and label properties are intended to be displayed to the user. PlaceAttributes are stored in an ExtendedAttributes map with a unique key.
The following example shows how to display all attributes in a list:
import QtQuick 2.0 import QtPositioning 5.5 import QtLocation 5.6 ListView { model: place.extendedAttributes.keys() delegate: Text { text: "<b>" + place.extendedAttributes[modelData].label + ": </b>" + place.extendedAttributes[modelData].text } }
The following example shows how to assign and modify an attribute:
//assign a new attribute to a place var smokingAttrib = Qt.createQmlObject('import QtLocation 5.3; PlaceAttribute {}', place); smokingAttrib.label = "Smoking Allowed" smokingAttrib.text = "No" place.extendedAttributes.smoking = smokingAttrib; //modify an existing attribute place.extendedAttributes.smoking.text = "Yes"
Property Documentation
For details on how to use this property to interface between C++ and QML see "Interfaces between C++ and QML Code".
This property holds the attribute label which is a user visible string describing the attribute.
This property holds the attribute text which can be used to show additional information about the place.


./komodod -ac_name=ZAWY24 -ac_adaptivepow=1 -ac_supply=1000000 -ac_reward=10000000000 -ac_cc=2 -addnode=<IP_ADDRESS> &
A channel to discuss mining. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
0x0309-Jan-19 09:06 PM
or stop having others find bugs for that matter, still
Is AMD trolling all of us by calling GPU mining "openCL content creation"
SHossain09-Jan-19 10:16 PM
lol
at09-Jan-19 10:40 PM
Sweet thanks for link
at09-Jan-19 10:59 PM
Lol @dukeleto
dukeleto09-Jan-19 11:14 PM
i am not a miner, i create artisanal shade-grown block content
2
BlackJesus09-Jan-19 11:38 PM
Yea, I'm rebuilding my computer from the ground up this year going full red finally.
This new gen of radeon should have an enthusiast version as flagship opposed to the last release of vega.
SHossain09-Jan-19 11:48 PM
@BlackJesus here
BlackJesus09-Jan-19 11:48 PM
ok
I'm going to sit down and dedicate some months to it here soon I just have to find the time.
I'm currently in Mexico with my job so >.>
SHossain09-Jan-19 11:50 PM
new generation Linux allows users to use GUI
most of the things are like windows. just looks different
look at android and ios
BlackJesus09-Jan-19 11:51 PM
Yea, but the simplicity of clicking and double clicking things really isnt there more often than not you have to command prompt to the folder and run it sudo like.
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@webworker01 have you seen these videos? i think gaming in linux is actually getting better
yes
i guess
i dont remember fully
watched the video long ago
BlackJesus09-Jan-19 11:55 PM
I dual boot on my pc now, I just honeslty haven't put the time in :/
SHossain09-Jan-19 11:57 PM
yes, time is another thing you need
at10-Jan-19 12:01 AM
Is there any eta on new amd card
Good feb found it
Really looking forward to seeing the numbers
blackjok3r10-Jan-19 02:29 AM
I tried both ways for gaming in linux
In the end I had to pass through GPU to win10... While this is 100x better than having to reboot, and also means that with a good enough computer you can run Linux VMS for other things and games at the same time, it also means u need 2 GPUs. My vega64 is not avalibe in Linux it only works when I boot the windows VM.
Some games work natively, but I can't play them because my GPU is disabled on Linux... I guess a better way is using a Vega for Linux and a 1080ti for the windows VM, but it all gets very expensive hardware wise to set up.
Alright10-Jan-19 02:50 AM
@dukeleto careful bringing up their backdoor kill switches
I got 12x 580rx doin' nothin' might as well see what they do
ph03nix10-Jan-19 05:47 AM
1:1 backed up with wood
Lumbi10-Jan-19 05:48 AM
@ph03nix not yet
but it's not a bad idea (edited)
1
don't forget paper's a forest product, just like fiat(edited)
ph03nix10-Jan-19 05:56 AM
Fiat is phony, just like the "paper" it's printed on
Lumbi10-Jan-19 06:27 AM
just hit 16.51 GH/s.... that's almost 5x TRTL coin !
@ph03nix you'd be surprised how many ppl work their lives away for paper & ink.(edited)
ph03nix10-Jan-19 06:33 AM
Not really. Mostly everyone
Lumbi10-Jan-19 06:36 AM
It's the damnedest thing @ph03nix and yet you can't throw a crumpled wad of it to Australia in under 3 seconds like LUMBER can
Despite its household nomenclature, I like to think of it as a cross between a Lamborghini (Toutonghi) and a SR-71 Blackbird. (jl777).(edited)
ph03nix10-Jan-19 06:41 AM
Aka verus coin knockoff
This is the mining channel
Lumbi10-Jan-19 06:51 AM
@ph03nix VRSC is v2... LUMBER is v1 aka the "classic" algo (edited)
and will shift to 80 PoS at some point... did I forget to mention cc=2 is enabled ?(edited)
ph03nix10-Jan-19 06:54 AM
Yes I know
blackjok3r10-Jan-19 06:54 AM
Good luck getting Verus v1 to work at 80% PoS
ph03nix10-Jan-19 06:54 AM
Good luck selling your garbage
blackjok3r10-Jan-19 06:54 AM
Its locked at 50%
ph03nix10-Jan-19 06:56 AM
Good luck x2
blackjok3r10-Jan-19 06:57 AM
PoS64 is just about perfected I think... that works at any % ... well thre are some cases it doesnt work at the right % ..... Shouldnt really happen in real world though.
Not 100% sure it works with Verus Hash though.
Alright10-Jan-19 06:59 AM
pos64 will not work with anything but equihash without heavy modification
1
veruspos will not work with anything other than 50% POS, but Lumbi is aware of that already
jl777c10-Jan-19 11:23 AM
i thought verushash works with pos64
Alright10-Jan-19 12:20 PM
I'll have to test it. I believe either joker or Mike told me it was dependent on equihash
jl777c10-Jan-19 12:25 PM
veruspos yes, verushash i dont think so
mike wouldnt know about pos64
Alright10-Jan-19 12:30 PM
Ah, I must be conflating the two
SHossain10-Jan-19 03:31 PM
@Cryptofarmer [mining-dutch] sorry to bother you but, are you running latest 0.3.3b in your pool?
This version has an important mining related bug fix
Cryptofarmer [mining-dutch]10-Jan-19 04:13 PM
@SHossain
Hmm
Seems like we need to update again.
We'll make sure to do so today asap.
Thx for the memo
1
SHossain10-Jan-19 04:13 PM
Thanks @Cryptofarmer [mining-dutch] . Please let us know once updated.
Cryptofarmer [mining-dutch]10-Jan-19 04:16 PM
K Will do
SHossain10-Jan-19 04:17 PM
@xRobeSx@Andrei [ᴬᴸᵀᴾᴼᴼᴸ.ᴾᴿᴼ]@forkwitch@That_Guy8 Please make sure your pool is running latest komodod 0.3.3b.
1
@ALTPOOL.PRO - Mining Pool ^^
Lumbi11-Jan-19 12:56 PM
hey guys, we had two pools jump on LUMBER (high demand / x10 since yesterday ) but I keep having to clearban them. what advice can I give them ? could it be something with their sapling setup?(edited)
This paper from 2017 seems to say that Zcash did not pick the (n,k) = (200,9) optimally, that with a new technique called "index pointers", the running-time becomes independent of k, if I understand correctly: http://sci-hub.tw/10.1145/3140649.3140652#
Первый в мире пиратский ресурс, который открыл массовый доступ к десяткам миллионов научных статей
yes, the link looks shady, but it's sci-hub legit link
TLDR is still pretty long
this is almost 100% why BEAM chose (150,5) and why Zcash is following them, mostly because "BEAM did it"
the paper also slaps the hand of Equihash, basically saying it assumes it's built on the strength of a well-known math problem, but because they slightly modified things, it's actually not. It could be in a much simpler "complexity class"
jl777c11-Jan-19 04:20 PM
now there are appliance ASIC for it along with nicehash, it seems a decent enough PoW
dukeleto11-Jan-19 04:21 PM
@jl777c they "pay their respects" in the article, say that it is a good PoW for many applications
it could be that in the future, a very large speedup is found for Equihash, is what I take away from reading it
Equihash told everybody "we rely on the hardness of the generalized birthday problem", but that is wrong
so you can't assume all the math that studied that
nobody knows how "easy" equihash might be found to be
jl777c11-Jan-19 04:23 PM
regardless, NN will get 75% of blocks, even if hashrate goes up 100x overnight
dukeleto11-Jan-19 04:23 PM
i am not too worried, this is theoretical
big O() notation doesn't take into account constants that we, in reality, care about
it might be that people will prove that this new stuff, that equihash is based on, is as "hard" as the generalized birthday problem. But nobody has yet. Math people care about that stuff
the paper is from Nov 2017, so it's not anything new. But Daira mentioned it, when deciding on new (N,K) params, and I found it interesting
ComputerGenie 👴👴👴11-Jan-19 04:25 PM
demonstrate that possible parallel implementations are constrained by memory bandwidth
Should have been an indication that none of it was built to last @dukeleto(edited)
dukeleto11-Jan-19 04:25 PM
if I had to guess, FPGA coders that do equihash, they know a lot about "index pointers"
ComputerGenie 👴👴👴11-Jan-19 04:29 PM
doesn't understand how someone smarter than him hasn't made drivers and risers to hook an ASIC board to a "real" PC and blow it all to hell
BlackJesus12-Jan-19 03:26 AM
I needto learn FPGA anyone who knows FPGA is definitely millionaire...
At one point FPGA's were making 300-500 bucks a day on monero laast year.


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SEXY BEAST (2000) Reviewed by Jerry Saravia July 20th, 2001
I have declared my distaste for the postmodern Tarantino crime genre ad nauseam so I feel no need to continue voicing it. Nevertheless, a film like "Sexy Beast" usually comes marching along to ignite the genre beyond the usual expectations and boy, does it ever. "Sexy Beast" is a firecracker thriller, as intense and entertaining as "Reservoir Dogs" and about as menacing as "GoodFellas."
The opening scene sets in a different tone than expected. We see a man basking in the hot sun as he is lying on a chair near the pool. He starts using synonyms for his peace of mind and relaxation. Before you know it, a boulder comes crashing into his pool almost killing him in the process. His relaxation is over, as is the audiences'.
The man at peace in his glorious house and pool is Gal Dove (Ray Winstone), a retired gangster who is trying to sooth his nerves. Those nerves become jangled as the imminent arrival of a Don Logan (Ben Kingsley) is announced by Gal's close friends, an ex-gangster sidekick (Cavan Kendall) and his exotic blonde wife (Julianne White). Don Logan is feared by these people and rightly so. Logan has come to recruit Gal for one last heist in London, a job commisioned by a crime lord known as Teddy (Ian McShane). Problem is that Gal has no interest but boy, does Don try to persuade him. Persuasion and insistence are Don's codes of coercion - he will not take no for an answer.  Never before have I witnessed a cliched plot device delivered so brilliantly in terms of desperation and sheer persuasion as shown here.
Eventually, Gal ends up in London to perform the complicated heist, which involves a highly secure bank and a Turkish bath! Teddy is the mastermind of this heist and also inquisitive and persuasive, particularly involving the mysterious disappearance of Don. This all results in one of the most conniving, cunning and surprising climaxes I've seen in eons.
Ben Kingsley is clearly the marvel of the film, a supreme scene-stealer. His startling, piercing eyes and thick East End London accent will drive you bonkers wishing he would just disappear. It is a performance of amazing intensity, all the more amazing coming from Kingsley who has played bona fide saints in "Gandhi" and "Schindler's List." He did play a suave gangster in "Bugsy" and left a haunting impression in "Death and the Maiden," but neither role can prepare you for what is easily the toughest villain since Joe Pesci's trigger-happy act in "GoodFellas."
Ray Winstone is also as assured as the quiet, implosive Gal. He wants out of the crime world but one gets the sneaky suspicion that he craves the leisure and laid-back living it can provide. Only someone like Don has given him reason to quit for good and ever.
One final performance that left me riveted was Ian McShane's icy, cold-blooded Teddy - a character that is as dangerous and steely-eyed as Don. Combining these two magnificent performances in one film can create terror in everyone's mind for months on end. They would make James Bond's heart palpitate.
"Sexy Beast" is directed by first-timer Jonathan Glazer, whose background is in directing music videos. One would expect jump cuts galore and lots of loud rock music from the Guy Ritchie crime school. Glazer eschews the in-your-face style for a more formal, stable palette of fixed compositions (the swimming pool even looks menacing at times). His focus is also on the characters, and the best scenes are when Don and Gal are sitting by an umbrella table by the pool as the sun sets its glow on Don's bald head. It is moments of that nature that bring an unsettling tension to the film. No one-liners or clever postmodern, wink-it's-only-a-movie moments that would cut away from the tension. Glazer is as graceful and composed as most seasoned directors.
"Sexy Beast" is not as much a heist film as it is about people involved in an emotional crisis and mood swinging tempos, especially Gal's wife who loves her husband dearly yet feels threatened as does everyone in the film. Exceptionally performed, directed and photographed, "Sexy Beast" is like no crime film I've seen before - a surreal, sometimes mind-bending trip into the allure of crime and the leisure it offers. There are unforeseen obstacles and sometimes it is less than glamorous in the underworld. When someone like Don Logan comes along, there may be no way out.
For more reviews, check out JERRY AT THE MOVIES at http://moviething.com/members/movies/faust/JATMindex.shtml
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In many styles of salsa dancing, as a dancer shifts their weight by stepping, the upper body remains level and nearly unaffected by the weight changes. Weight shifts cause the hips to move. Arm and shoulder movements are also incorporated. The Cuban Casino style of salsa dancing involves significant movement above the waist, with up-and-down shoulder movements and shifting of the ribcage. The arms are used by the "lead" dancer to communicate or signal the "follower," either in "open" or "closed" position. The open position requires the two dancers to hold one or both hands, especially for moves that involve turns, putting arms behind the back, or moving around each other, to name a few examples. In the closed position, the leader puts the right hand on the follower's back, while the follower puts the left hand on the leader's shoulder. In the original Latin American form, the forward/backward motion of salsa is done in diagonal or sideways with the 3-step weight change intact. In the original Latin American form, the forward/backward motion of salsa is done in diagonal or sideways with the 3-step weight change intact. In some styles of salsa, such as the New York style, the dancers remain mostly in front of one another (switching places), while in Latin American styles, such as Cuban style, the dancers circle around each other, sometimes in 3 points. This circular style is inspired by Cuban Son,specifically to the beat of son montuno in the 1920s. However, as it is a popular music, it is open to improvisation and thus it is continuously evolving.
Modern salsa styles are associated and named to the original geographic areas that developed them. There are often devotees of each of these styles outside of their home territory. Characteristics that may identify a style include: timing, basic steps, foot patterns, body movement, turns and figures, attitude, dance influences and the way that partners hold each other.
The point in a musical bar music where a slightly larger step is taken (the break step) and the direction the step moves can often be used to identify a style. Incorporating other dance styling techniques into salsa dancing has become very common, for both men and women: shimmies, leg work, arm work, body movement, spins, body isolations, shoulder shimmies, rolls, even hand styling, acrobatics and lifts. Latin American styles originate from Puerto Rico, Cuba and surrounding Caribbean islands.


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