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JavaTM 2 Platform Standard Ed. 5.0 |
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java.lang.Object java.nio.channels.spi.SelectorProvider
public abstract class SelectorProvider
Service-provider class for selectors and selectable channels.
A selector provider is a concrete subclass of this class that has a
zero-argument constructor and implements the abstract methods specified
below. A given invocation of the Java virtual machine maintains a single
system-wide default provider instance, which is returned by the provider
method. The first invocation of that method will locate
the default provider as specified below.
The system-wide default provider is used by the static open
methods of the DatagramChannel
, Pipe
, Selector
, ServerSocketChannel
, and SocketChannel
classes. It is also
used by the System.inheritedChannel()
method. A program may make use of a provider other than the default provider
by instantiating that provider and then directly invoking the open
methods defined in this class.
All of the methods in this class are safe for use by multiple concurrent threads.
| Constructor Summary | |
|---|---|
protected |
SelectorProvider()
Initializes a new instance of this class. |
| Method Summary | |
|---|---|
Channel |
inheritedChannel()
Returns the channel inherited from the entity that created this Java virtual machine. |
abstract DatagramChannel |
openDatagramChannel()
Opens a datagram channel. |
abstract Pipe |
openPipe()
Opens a pipe. |
abstract AbstractSelector |
openSelector()
Opens a selector. |
abstract ServerSocketChannel |
openServerSocketChannel()
Opens a server-socket channel. |
abstract SocketChannel |
openSocketChannel()
Opens a socket channel. |
static SelectorProvider |
provider()
Returns the system-wide default selector provider for this invocation of the Java virtual machine. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
protected SelectorProvider()
SecurityException
- If a security manager has been installed and it denies
RuntimePermission
("selectorProvider")| Method Detail |
|---|
public static SelectorProvider provider()
The first invocation of this method locates the default provider object as follows:
If the system property java.nio.channels.spi.SelectorProvider is defined then it is taken to be the fully-qualified name of a concrete provider class. The class is loaded and instantiated; if this process fails then an unspecified error is thrown.
If a provider class has been installed in a jar file that is visible to the system class loader, and that jar file contains a provider-configuration file named java.nio.channels.spi.SelectorProvider in the resource directory META-INF/services, then the first class name specified in that file is taken. The class is loaded and instantiated; if this process fails then an unspecified error is thrown.
Finally, if no provider has been specified by any of the above means then the system-default provider class is instantiated and the result is returned.
Subsequent invocations of this method return the provider that was returned by the first invocation.
public abstract DatagramChannel openDatagramChannel() throws IOException
IOException
public abstract Pipe openPipe() throws IOException
IOException
public abstract AbstractSelector openSelector() throws IOException
IOException
public abstract ServerSocketChannel openServerSocketChannel() throws IOException
IOException
public abstract SocketChannel openSocketChannel() throws IOException
IOException
public Channel inheritedChannel() throws IOException
On many operating systems a process, such as a Java virtual machine, can be started in a manner that allows the process to inherit a channel from the entity that created the process. The manner in which this is done is system dependent, as are the possible entities to which the channel may be connected. For example, on UNIX systems, the Internet services daemon (inetd) is used to start programs to service requests when a request arrives on an associated network port. In this example, the process that is started, inherits a channel representing a network socket.
In cases where the inherited channel represents a network socket
then the Channel
type returned
by this method is determined as follows:
If the inherited channel represents a stream-oriented connected
socket then a SocketChannel
is
returned. The socket channel is, at least initially, in blocking
mode, bound to a socket address, and connected to a peer.
If the inherited channel represents a stream-oriented listening
socket then a ServerSocketChannel
is returned. The server-socket channel is, at
least initially, in blocking mode, and bound to a socket address.
If the inherited channel is a datagram-oriented socket
then a DatagramChannel
is
returned. The datagram channel is, at least initially, in blocking
mode, and bound to a socket address.
In addition to the network-oriented channels described, this method may return other kinds of channels in the future.
The first invocation of this method creates the channel that is returned. Subsequent invocations of this method return the same channel.
IOException
- If an I/O error occurs
SecurityException
- If a security manager has been installed and it denies
RuntimePermission
("inheritedChannel")
|
JavaTM 2 Platform Standard Ed. 5.0 |
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Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


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@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import iht.config.AppConfig @this( appConfig: AppConfig, ihtMainTemplateApplication: iht_main_template_application ) @(tryAgainRoute: String)(implicit request : Request[_], messages: Messages) @defining(Messages("page.iht.iv.failure.technicalIssue.heading")) { pageTitle => @ihtMainTemplateApplication(title = pageTitle, browserTitle = Some(pageTitle)) {
@Html(Messages("page.iht.iv.failure.technicalIssue.tryAgain", {appConfig.frontendBaseUrl + iht.controllers.registration.routes.RegistrationChecklistController.onPageLoad.url }))
@Messages("page.iht.iv.failure.youCanAlso")


THE OPPOSITE OF SEX 1998 A film review by Timothy Voon Copyright 1998 Timothy Voon 1 :-) for the opposite of no sex
Cast: Christina Ricci, Martin Donovan, Lisa Kudrow, Lyle Lovett, Ivan Sergei, Johnny Galecki Director: Don Roos Producers: Michael Besman, David Kirkpatrick Screenplay: Don Roos
What is the opposite of sex, no sex? The truth is this movie is filled with sexual issues, and no one's getting more action than a 16 y.o. delinquent, Dedee Truit (Christina Ricci). This girl is voracious and not easily satisfied.  This must be a play on some woman's fantasy about accomplishing the seemingly impossible feat – unless they were bisexual to begin with. Ricci's Dedee, is brash, bold and very in your face. A tart if you must label her and showing the characteristic signs of a vamp. Sad to see one so young and able, so very wasted on wantonness.
In contrast, Lucia (Lisa Kudrow) the sister of Bill's (Martin Donovan) dead lover is the exact opposite of everything Dedee stands for. Lucia is cold, prim and proper and hasn't had any sex at all. A pen-ultimate virgin if you must label her something and very bitter. Her charming younger brother landed the man she had always wanted – Bill, and then died of AIDS. This is a unique performance from Lisa Kudrow, that is a welcome breath of fresh air from her usual, ditzy FRIENDS persona.
In general this movie is all about sex, the ins and outs, the good the bad and different sorts.  A very lonely, middle-aged, single woman that is always looking and never getting any. The police officer (Lyle Lovett) with a sick wife, that isn't getting any either. Teen pregnancy, murder, fraud, theft, blackmail and what you have for yourself is something of a PULP FICTION, where the adrenaline has been switched with sex hormones.
Timothy Voon e-mail<EMAIL_ADDRESS>Movie Archives http://us.imdb.com/M/reviews_by?Tim+Voon Movies In Melbourne http://www.labyrinth.net.au/~pfowler/week/movies.html
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
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Related links: index of all rec.arts.movies.reviews reviews


If any other person knows this private key, they could spend the UTXO.
For this reason, you must keep your private keys secure, and secret.
Scams & Frauds
Scammers have been attempting to take bitcoin from uneducated users for years. One way to do this is to give an uneducated user a bitcoin wallet for which the scammer knows the private key.
The scammer can simply sit back and wait for the uneducated user to send bitcoin to this wallet, and at any time they can send all the bitcoin to their own address. The most malicious scammers may wait months or years before stealing the bitcoin, ensuring they steal as much as possible.
Ballet
Recently a kickstarter campaign has gone live for ‘ballet’, a product which purports to be a simple and secure way to hold bitcoin without any setup. This product is shipped with the private key & an address physically printed/engraved on the product.
Specifically there are 3 elements to the design;
- An encrypted private key printed on a sticker.
- A ‘wallet passphrase’ engraved on the product with a scratch-off sticker covering it.
- A public address printed on a sticker, stuck on top of the encrypted private key.
Anyone who can combine (1) & (2) can spend bitcoin sent to the address (3), be this person the owner of the product, the CEO of the company making this product, a malicious employee or an outside attacker.
Don’t Trust - Verify
The claim made by the manufacturer is that that (1) & (2) are not permanently recorded by the company, and thus the company can’t steal your bitcoin.
This is not a claim that you can verify.
It is not possible for you, the user, to watch every step of every process for every device and inspect the code running on every machine and thoroughly check every room for hidden cameras.
It is not possible for anyone to do this, because it would require complete constant pervasive surveillance.
Even if the company is not intentionally planning to steal from those buying these products, they cannot guarantee that a malicious employee or an outside attacker has not compromised their process.
The product is sold under the false pretense that securing your bitcoin is a technologically challenging process which requires technical expertise and identity checks. This is NOT TRUE.
The Solution
There are many bitcoin wallets which can be checked against malicious injection of code designed to steal your bitcoin. Software releases are done in such a way that you can download a specific version of a tool and check that the hash of the file matches that which you have confirmed to be secure. Because many of the wallets listed are used by thousands of users & developers there are lot’s of ‘eyes on the code’, that is to say that many people are watching the code changes to ensure that there is no funny business.
It is true that some users blindly download bitcoin wallets, these users are exposed to the aforementioned risk of using a wallet which has an insecure private key. However it is possible for users to check a version of a piece of software, to combine their efforts and verify that a certain version of software is secure. To track the changes made to the software over time to give reassurances that the code is secure for their use.
For this reason it is inaccurate to liken the risk of ‘balet’ being insecure with the risk of a software wallet being secure. The former can NEVER be provably secure, whilst the latter can.
Furthermore, there are actual bitcoin hardware wallets which are designed to allow you, the user, to generate, secure and backup your bitcoin private keys in such a way that you don’t need to trust the wallet manufacturer (my favorite is the ColdCard).
Archive of Text from Balet WEBSTE
1. Using an offline computer, serial number, wallet passphrase, and intermediate code are generated in Ballet’s USA headquarters
2. Serial number and intermediate code are then electronically transmitted to Ballet’s office in China.
3. Afterwards, the BIP38 process is used to randomly generate an encrypted private key (EPK) using the intermediate code data.
The corresponding public key and coin addresses will be generated, along with a confirmation code, to be used for verification and additional checking afterwards.
This encrypted private key is secure data, which is only stored once, on a hard disk drive.
In China, this two-layer QR code sticker is manufactured using an offline process in a secure printing facility
The secure data is never transmitted to any external computers or system.
The secure data is transferred physically, on a hard disk drive.
Right after the printing process, the secure data is then deleted, overwritten, and physically destroyed.
The secure two-layer QR code sticker will then be securely applied to the hardware wallets, without ever revealing the encrypted private keys.
Once finished, the partially assembled wallets are sent to the United States for final production.
The confirmation codes are also electronically sent back to the United States.
This is for further verification to ensure that the encrypted private keys and decryption wallet passphrase does match up with the generated cryptocurrency coin addresses.
The hardware wallets and QR code stickers are verified and double checked in the United States according to their corresponding serial numbers.
The matching decryption wallet passphrase and serial number will then be laser etched onto the wallets.
A strip of tamper evident scratch-off material is then applied on the wallet, to cover the wallet passphrase.


Angular controller
MapController source
Methods
-
addObject
-
Add an object to the collection of group
-
deleteObject (objs, obj)
-
Delete an object from the collection and remove from map
Parameters
Name Type Description objs Array the collection of objects. i.e., map.markers
obj Object the object to be removed. i.e., marker
-
getGeoLocation (string) -> Promise
-
returns the location of an address or 'current-location'
Parameters
Name Type Description string String an address to find the location
Returns
Type Description Promise latlng the location of the address


{% extends "base.html" %} {% block title %}A message from Keeley...{% endblock %} {% block focus %}
Keeley thinks that you smell like fish also Joe the Toe says that he loves you UwU
You should bath...
Free v bucks?!?!?!This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.
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crossvalidation.Rd
Methods for measuring the performance of a predictive model on sets of test data in Bradley-Terry model from psychotree, Generalized Linear and Generalized Nonlinear models from gnm, and Plackett-Luce model from PlackettLuce
crossvalidation( formula, data, k = 10, folds = NULL, mean.method = NULL, seed = NULL, ... )
| formula | an object of class "formula" (or one that can be coerced to that class): a symbolic description of the model to be fitted, of the form \(y ~ x1 + ... + xn\) |
|---|---|
| data | a data frame (or object coercible by as.data.frame to a data frame) containing the variables in the model |
| k | an integer for the number of bins in the cross-validation |
| folds | an optional vector specifying the folds in the cross-validation |
| mean.method | a character for the method to calculate the mean of cross-validation estimators. Options are: 'equal', arithmetic mean; 'foldsize', weighted mean by the size in each fold; 'stouffer' weighted through Z-test. See references |
| seed | integer, the seed for random number generation. If NULL (the default), gosset will set the seed randomly |
| ... | additional arguments passed the methods of the chosen model |
an object of class gosset_cv
with the cross-validation
goodness-of-fit estimates, which are:
Akaike Information Criterion
Model deviance
Log-Likelihood
Maximum likelihood pseudo R-squared
Cragg and Uhler's pseudo R-squared
Agresti pseudo R-squared
the Kendall correlation coefficient, only for Plackett-Luce models
Agresti A. (2002). Categorical Data Analysis. http://doi.wiley.com/10.1002/0471249688
Elder J. F. (2003). Journal of Computational and Graphical Statistics, 12(4), 853–864. https://doi.org/10.1198/1061860032733
James G., et al. (2013). An Introduction to Statistical Learning: with Applications in R. https://doi.org/10.1007/978-1-4614-7138-7
Whitlock M. C. (2005). Journal of Evolutionary Biology, 18(5), 1368–1373. https://doi.org/10.1111/j.1420-9101.2005.00917.x
# Generalized Linear Models require("gnm") data("airquality") cv <- crossvalidation(Temp ~ Wind + Solar.R, data = airquality, k = 3, seed = 999, family = poisson()) # \donttest{ # Plackett-Luce Model require("PlackettLuce") # beans data from PlackettLuce data("beans", package = "PlackettLuce") G <- rank_tricot(data = beans, items = c(1:3), input = c(4:5), additional.rank = beans[c(6:8)], group = TRUE) beans <- cbind(G, beans) # take seasons as bins k <- length(unique(beans$season)) folds <- as.integer(as.factor(beans$season)) cv <- crossvalidation(G ~ maxTN, data = beans, k = k, folds = folds, minsize = 100) ######################################## # Bradley-Terry Model require("psychotree") # Germany's Next Topmodel 2007 data from psychotree data("Topmodel2007", package = "psychotree") cv <- crossvalidation(preference ~ ., data = Topmodel2007, k = 5) # }


Gate values
const ( GateAnd = "And" GateOr = "Or" GateOutOf = "OutOf" )
Role values for principals
const ( RoleAdmin = "admin" RoleMember = "member" RoleClient = "client" RolePeer = "peer" RoleOrderer = "orderer" )
AcceptAllPolicy always evaluates to true
var AcceptAllPolicy *cb.SignaturePolicyEnvelope
MarshaledAcceptAllPolicy is the Marshaled version of AcceptAllPolicy
var MarshaledAcceptAllPolicy []byte
MarshaledRejectAllPolicy is the Marshaled version of RejectAllPolicy
var MarshaledRejectAllPolicy []byte
RejectAllPolicy always evaluates to false
var RejectAllPolicy *cb.SignaturePolicyEnvelope
func And(lhs, rhs *cb.SignaturePolicy) *cb.SignaturePolicy
And is a convenience method which utilizes NOutOf to produce And equivalent behavior
func Envelope(policy *cb.SignaturePolicy, identities [][]byte) *cb.SignaturePolicyEnvelope
Envelope builds an envelope message embedding a SignaturePolicy
func FromString(policy string) (*common.SignaturePolicyEnvelope, error)
FromString takes a string representation of the policy, parses it and returns a SignaturePolicyEnvelope that implements that policy. The supported language is as follows:
GATE(P[, P])
where:
- GATE is either "and" or "or" - P is either a principal or another nested call to GATE
A principal is defined as:
where:
- ORG is a string (representing the MSP identifier) - ROLE takes the value of any of the RoleXXX constants representing the required role
func NOutOf(n int32, policies []*cb.SignaturePolicy) *cb.SignaturePolicy
NOutOf creates a policy which requires N out of the slice of policies to evaluate to true
func NewPolicyProvider(deserializer msp.IdentityDeserializer) policies.Provider
NewProviderImpl provides a policy generator for cauthdsl type policies
func Or(lhs, rhs *cb.SignaturePolicy) *cb.SignaturePolicy
Or is a convenience method which utilizes NOutOf to produce Or equivalent behavior
func SignedBy(index int32) *cb.SignaturePolicy
SignedBy creates a SignaturePolicy requiring a given signer's signature
func SignedByAnyAdmin(ids []string) *cb.SignaturePolicyEnvelope
SignedByAnyAdmin returns a policy that requires one valid signature from a admin of any of the orgs whose ids are listed in the supplied string array
func SignedByAnyClient(ids []string) *cb.SignaturePolicyEnvelope
SignedByAnyClient returns a policy that requires one valid signature from a client of any of the orgs whose ids are listed in the supplied string array
func SignedByAnyMember(ids []string) *cb.SignaturePolicyEnvelope
SignedByAnyMember returns a policy that requires one valid signature from a member of any of the orgs whose ids are listed in the supplied string array
func SignedByAnyPeer(ids []string) *cb.SignaturePolicyEnvelope
SignedByAnyPeer returns a policy that requires one valid signature from an orderer of any of the orgs whose ids are listed in the supplied string array
func SignedByMspAdmin(mspId string) *cb.SignaturePolicyEnvelope
SignedByMspAdmin creates a SignaturePolicyEnvelope requiring 1 signature from any admin of the specified MSP
func SignedByMspClient(mspId string) *cb.SignaturePolicyEnvelope
SignedByMspClient creates a SignaturePolicyEnvelope requiring 1 signature from any client of the specified MSP
func SignedByMspMember(mspId string) *cb.SignaturePolicyEnvelope
SignedByMspMember creates a SignaturePolicyEnvelope requiring 1 signature from any member of the specified MSP
func SignedByMspPeer(mspId string) *cb.SignaturePolicyEnvelope
SignedByMspPeer creates a SignaturePolicyEnvelope requiring 1 signature from any peer of the specified MSP
func SignedByNOutOfGivenIdentities(n int32, identities [][]byte) *cb.SignaturePolicyEnvelope
SignedByNOutOfGivenIdentities returns a policy that requires N valid signatures from the given identities.
EnvelopeBasedPolicyProvider allows to create a new policy from SignaturePolicyEnvelope struct instead of []byte
type EnvelopeBasedPolicyProvider struct { Deserializer msp.IdentityDeserializer }
func (pp *EnvelopeBasedPolicyProvider) NewPolicy(sigPolicy *cb.SignaturePolicyEnvelope) (policies.Policy, error)
NewPolicy creates a new policy from the policy envelope
type Identity interface { // SatisfiesPrincipal checks whether this instance matches // the description supplied in MSPPrincipal. The check may // involve a byte-by-byte comparison (if the principal is // a serialized identity) or may require MSP validation SatisfiesPrincipal(principal *mspp.MSPPrincipal) error // GetIdentifier returns the identifier of that identity GetIdentifier() *msp.IdentityIdentifier }
type IdentityAndSignature interface { // Identity returns the identity associated to this instance Identity() (Identity, error) // Verify returns the validity status of this identity's signature over the message Verify() error }


Hello there, awesome person!
Sample header
This is a link to w3 schools!
This is a link to repilit!
This is a link to tinkercad!


| DOSE: |
repeated |
smoked |
Crack |
well let's see... I have smoked crack many times. the first time I tried smoking it I was living in the detroit, MI area for a brief time. I was scared when my roomates offered me some, I had no idea what to expect and like anybody else I had heard many horrible things about crack. the reality was I loved it. during the time that i was living with these people we would smoke crack every weekend, buying about $100-$150 every friday night and smoking it out of an altered tire gauge with some chore-boy. we always had good happy experiences, and when we ran out of crack and started to crash we would just smoke a couple joints and drink some liqour. after about 45min I would feel better, without the desire to do any more crack. so crack is possible to control.
About a year later I was living in downstate wisconsin. this is when I started to experience a problem with crack. I met these straight-up crack dealers at my job, and they would deliver pretty rapidly to any part of town. I started calling them up weekly for maybe $100-$150 worth. pretty soon though I found myself smoking more and more of it. I remember one night in particular I spent $300-$400 dollars and was just tweaking out of my head. this was 3 months ago, and it is the last time I ever touched crack. well actually there was one more time after that. anyhow that night I was putting such big chunks of crack in my pipe that I could hit it at LEAST six times and still get a huge lungful each time. sounds good but I did not enjoy myself at all, I kept pacing around all paranoid staring out my door watching moving shadows.
I was pretty delusional, my heart was pounding and I kept thinking that every shadow was somebody spying on me in the bushes. I thought they were going to tell on me to the cops.  I have smoked with people who keep looking under the bed (for dead bodies), in the bathroom... quite a buzzkill.
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.


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Albion Rovers goal hero scores first goal in Scotland - but only cares about the three points
Giuliano Morena isn't looking to his personal goal tally but is looking to pull the Coatbridge outfit up the League Two table.
by Mark Pirie, https://www.dailyrecord.co.uk/authors/mark-pirie/Albion Rovers midfielder Giuliano Morena says he doesn’t care about scoring his first goal in Scotland - only about the win over Stenhousemuir.
The 27-year-old grabbed the winner against the Warriors last weekend to pull the Coatbridge outfit away from the foot of League Two.
It was Morena’s first strike since swapping Serie D for the Scottish lower league in 2016, but he says the result was all that mattered at Cliftonhill.
The Italian playmaker said: “I don’t care who scored the goal for me it’s just about the three points.
“It’s what we needed in the last two months. We have been struggling and it’s so happy for everyone who has been working so hard.
“We started so well and then we have had a period where we just aren’t getting the results even when we have been playing well. “
He was keen to build on the win with a result against Edinburgh City on Saturday: “We need to build from now and need to take more points starting this weekend.
“We feel like we should be in a better position rather than just looking at relegation.”


Viewing Ratings
How to view the average rating and total number of ratings for a page in the Wiki module. Note: Ratings may be disabled on some or all pages.
- Navigate to the required page. See "Navigating the Wiki"
- Click on the required page name. The average rating tally is displayed in the top right corner of the module. For example, the below image displays two blue bars from a possible five in the top right corner, indicates an average rating of 2 out of a total of 5.
- Maximize
the Rating section (if required) to view the number of ratings included in the tally. In the below image only one rating has been submitted by the current user. If the user viewing the rating has not rated the page, they will be able to do so.
Viewing Page Ratings


Empowering businesses and individuals to capture value in the decentralized creative economy.
We believe in permissionless innovation. Creating experiences that enable individuals to create, own and exchange unique digital assets connected to your brand.
Product is what you sell, platform is where you broadcast and protocol is where you empower. Social and the individual are driving perceived value. This trend will go exponential with the mass adoption of cryptoassets, fungible and non-fungible tokens. How will you capture value?
A full service token engineering, smart contract and decentralized application consultancy; Soloblock prides itself on being active in the blockchain community. The future of commerce is code.
"The Future Will Not Be Centralized"
Matt Lockyer is passionate about disintermediation and the sovereign individual. With an academic background in computer science, university lecturing and curriculum development, Matt is uniquely qualified to be coaching businesses building on blockchain and embracing the new digital economy. Currently connected with several projects in the blockchain ecosystem solving real world problems.
Brendan is realizing practical blockchain applications using radical transparency while contributing to open source. Brendan Asselstine has architected web and mobile applications for 10 years. He is deeply committed to blockchain technology as he believes it will power the next generation of the web and put power back into the hands of individuals. Brendan is currently developing a token curated registry ecosystem for doctors with MedCredits. In his free time he's developing an application called Ivy with a partner.Ivy allows individuals to issue awards on Ethereum.
A researcher turned developer, Noah comes with over a decade of experience spanning research, analytics, and software development. No stranger to emergent technology, he is right at home in the fast moving blockchain arena. Beginning his career as a researcher at Vision Critical, Noah migrated to the product side to design and build research automation tools. More recently, Noah has held the position of Scientist at Zero Gravity Labs (LoyaltyOne’s innovation arm) and Vice President, Research & Development at BlockAble Inc. We are only beginning to scratch the surface of what decentralized technology can do and Noah welcomes the prospect of fleshing out possibilities.
Anil manages a private cryptoasset fund while consulting and educating in the areas of portfolio risk mgmt, cryptoasset custody and security. Over the last decade, Anil has worked across a variety of sectors- entertainment, legal, tech and education. He holds an MBA and is certified Project Manager (PMP). Anil recently launched the first Blockchain-related university scholarship in Canada via a bitcoin donation to Simon Fraser University.
Boris is the Managing Director of Frontier Foundry, a collective that works on global opportunities around blockchain, community data, decentralized technology, open source, and civic tech. Boris Mann has been supporting the growth of the tech community in Vancouver for over 15 years. Boris recently has focused in deepening his experience in blockchain from a technical and regulatory perspective, founding Finhaven, which is building a global securities issuance platform powering regulatory compliant security tokens.
Bob Summerwill is Co-Founder and CTO for Varro Technologies, a community leader for the Ethereum Project and Community Ambassador for the Sweetbridge Project and CryptoChicks. He first met Vitalik Buterin in 2014 and has been actively involved in the Ethereum project since 2015. He has been building bridges to enterprise and towards mainstream adoption since 2016. Bob cares deeply about diversity and representation for all. Originally from the UK, he has lived in Vancouver since 2003, and is now a dual citizen of Canada and the UK.
© Soloblock Solutions Inc. 2018


Python(Pandas, Numpy), SQL, Excel
Matplotlib, Seaborn, Plotly, Tableau, Excel
APIs, BeautifulSoup
Scikit-learn, Tensorflow
Pandas, SQL, Excel
Flask, R Shiny, Dash
Data Scientist
Known for being highly analytical and a creative problem solver, Patrick is a Data Analyst who holds a degree in Civil Engineering and possesses expert experience working in different industries like non-profit management and education. He has emerged triumphant as a self taught Data Scientist/Analyst through one uniting factor: analyzing and visualizing data to make intelligent business or organizational decisions. With great passion in data analytics and helping his co-workers and senior leadership visualize data, Patrick has leveraged this passion throughout his career to help organizations grow up to 1700% and helped increase funding up to 50%. Patrick is constantly sharpening his skills in python, tableau, SQL, and other analytic platforms and his hope is to continue solving the world’s greatest problems through his expertise in data analysis and visualization.