Pop's Raw Bar
48967 NC Hwy 12
Buxton
Dare
East
Waterfront Seafood Shack
9945 Nance St
Calabash
Brunswick
South
Wally's Service Station
625 S Main St
Mount Airy
Surry
North
Smoky Mountain BBQ Company
104 Tennessee St
Murphy
Cherokee
West
Martha's Grill
220 S Main St
Star
Montgomery
Center


MnO@C MnO nanocomposite Figure carbon current electrochemical high solution electrode {border-style coating capacity charge direct foam manganese oxide px;} #ffffff;} Chem. growth capacitance cell conducting method LIB NPs cells substrate supercapacitor specific Wang matrix performance rate storage addition detection different directly excellent precursor transfer transport Mater. based cycling efficient electrodes energy indicating range addition, anode approach cellular coated corresponding curves grown increase materials nanocomposites reported stability Mn-oleate Nano culture density enhanced including lithium lithium-ion mass mesoporous px; respectively. surface voltage {font-family Chen HeLa Liu anodes, battery carried cycle, densities discharge electrolyte film font-size low measurement mesopores metal obtained oxide-based potential retention second shows substrates, thermal mAh ( F ACS Moreover, anodes batteries buffer catalase chemical concentration cycle cycles, double; electron followed good mechanical nanocomposite. observed repeated structural substrate, suggesting mV −), (red . V Cyclic Lee Nyquist Soc. active application area b). border-color border-width calcination capacities capacitors change charging comparable curve curve) curve). cycles demonstrated diffraction electrical exhibited fast graphene images ion large layer main measured measurement, measurement. nanostructures oxidation post-coating previous process response result retained reversible sensing sensitive single size solid; substrate. substrates synthesis using {font-style {font-weight (a) (b) (black (c) (d) .°, Coulombic Furthermore, Inset: Lett. MnO/C PMA Program accord applied ascribed bold charge-discharge charge/discharge composites conductive courier; cycle. cycles. demonstrate diameter efficiency em; facile grow hybrid identical linear material modified molecules monodispersed, nanocomposite, nanoparticles nanorods nanowires pattern plot polymer pore pt;} reaction reduction reports scan sensors step subsequent substantial theoretical tumor uniform use variety volume mA


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--- title: ArcGIS Configurable Apps description: Repository of custom configurable apps and templates layout: layouts/_layout:main url: '/' dest: '/index.html' ---


On the south east coast of Molokai, this little harbour is worth the effort of negotiating the entrance through the reef.
Position 21°03.5'N, 156°47.5'W.
Most of the inner harbour is a private facility, but the three areas in the outer harbour all offer safe anchorages.
There is a dinghy landing near the palm trees at the eastern end of the public beach. These trees also offer the best clue (together with two large houses on the hill behind) that you have found the harbour.
Don't rely on electronic charts for the entrance as some are known to be inaccuate. The break in the reef is visually noticable and is about 140m wide. Depth is about 3 to 6m with the deepest water on the eastern side.
The first anchorage area is the largest and has a sandy bottom but is subject to some roll. The two anchorages further in are very calm and care must be taken to set the anchor in a patch of sand between the rocks.
No toilets or showers ashore.
Last updated January 2010.


I am a third year undergraduate at National Institute of Technology, Patna majoring in Electronics and Communication Engineering. I am a passionate programmer and have strong fundamentals of data structures, algorithms and object oriented programming. I love to solve questions on various coding platforms.
My interest also lies in web development. I like to build things. I am familiar with javascript and its frameworks like React.js and Node.js. I have worked on a couple of projects on React.js and currently working on one using Node.js. Apart from this, I am also a Tech blogger and one of the core memebers at Developer Students Club (DSC), NIT Patna.
View ResumeA react based e-commerce website. It has several features like sign in, sign out, add to cart, remove from cart, payments using stripe etc. It allows Google authentication using Firebase. It uses a react router so that we can navigate on different pages. It uses redux to skip the unnecessary re-renders, so that components only re-render when their data has actually changed. It also use the redux persist library to save the redux store in the local storage of the browser.
A basic Javascript Budget app that allows to add incomes and expenses for a certain month and then it calculates how much money we have made and how much we spent and then it gives us the budget.
A react-based website that generates random meme every time user clicks on Generate button. It uses Imgflip API to fetch image and return get data in JSON format. Users entered text will display above the image and entered number will increase the font size dynamically.
Would you like to connect? Awesome!
Get in touch


--- layout: default title: "Bedework Receives Mellon Foundation MATC Award" menuTitle: "" permalink: /news/bedework-receives-mellon-foundation-matc-award summary: "Bedework was among the 10 initial recipients of The Andrew W. Mellon Foundation's Technology Collaboration (MATC) Award" ---
Bedework was among the 10 initial recipients of The Andrew W. Mellon Foundation's Technology Collaboration (MATC) Award for leadership in the collaborative development of open source software tools with particular application to higher education and not-for-profit activities.
The awards were presented at the 2006 Fall Task Force meeting of the Coalition for Networked Information by Sir Timothy Berners-Lee, Director of the World Wide Web Consortium and the inventor of the World Wide Web.
The Bedework team would like to recognize those who contributed to this recognition:
We would like to acknowledge the Mellon Foundation and the MATC Program Officer, Chris Mackie, for promoting and supporting open source software development.
We want to thank the University of Washington UWCalendar team - especially Greg Barnes, and Ellen Jensen, and their director Oren Sreebny, for their hospitality and collegiality, and for introducing us to CalConnect, and the world of calendaring software development.
And lastly, but most importantly, we would like to thank all of you, the Bedework community of users and developers. Without the Bedework community, those of you who have contributed code, participated on the mailing lists, adopted Bedework as your calendaring system, there is no Bedework. The Mellon Technology Collaboration (MATC) is a great honor and a very gratifying validation of our Bedework development, but it also represents an opportunity to really grow the Bedework community of users and developers, which has always been a primary goal, to achieve critical mass and long term sustainability for the Bedework project.
Over the next few weeks we will be sharing more specific plans on how we hope to use this award to continue developing Bedework and the Bedework community.
The Bedework Development Team.


Edit and select this text and copy it. Paste in another tab.
⚠ Clipboard promise technique disabled because of the following reasons:
This demo will fall back to classic synchronous clipboard access.
There are three things in play:
Now, when the user invokes "copy", the following happens:
The Shared Worker is essentially used as a connective tissue; glue that holds the many web page instances together.
Later, when the user invokes "paste", this goes down:
When copy and pasting locally, we would simply short-circuit the lookup and never even talk with the shared worker.


We optimize mices!
- deliver compelling supply-chains
- implement sexy channels
- transition vertical action-items
- incubate clicks-and-mortar portals
- transform B2B channels
- implement global e-tailers
- maximize turn-key e-services
- deploy leading-edge users
- reintermediate efficient supply-chains
- evolve dot-com niches


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{% include '../components/header/_header-employer.html'%}
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top 5 apprenticehsips in Legal, finance and accounting
Real stories
Turbo Charge Your Experience With On-The-Job Learning
When I completed my A-levels I was not prepared to go to university. I felt (and still believe)
that an apprenticeship would be an excellent way of gaining valuable hands-on experience for
my chosen career path.
It's been an excellent way to kick-off my career in the legal sector.
An apprenticeship was the perfect choice for me because not only was I continuing with my
academic development, but the apprenticeship has also presented me with the opportunity to
gain valuable experience working in the legal sector.
This appealed to me a great deal
because I had already learnt to balance working and studying while I was at college, and
I was not prepared to give either of them up. I also enjoyed the academic as well as
financial benefits gained from doing an apprenticeship.
View more sucess stories
It's an excellent way to kick-off my career in the legal sector. An apprenticeship
was the perfect choice for me because not only was I continuing with my academic
development but the apprenticeship would also present me with the opportunity to gain
valuable experience working in the legal sector.
Florence Lungu, 21
CILEx Chartered Legal Executive Apprenticeship
Womble Bond Dickinson
(UK) LLP
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There are plenty of ways to contact Carlie for a Psychic Reading, Mediumship Reading or Tarot Reading
Sending an e-mail is a convenient way of getting hold of Carlie, be sure to include the service you require.
Westoning Road,Harlington,Bedfordshire,LU5 6PD
<EMAIL_ADDRESS>+44<PHONE_NUMBER>
NEVER ATTEND CARLIE'S ADDRESS WITHOUT PRIOR BOOKING!


Toronto police search for stolen pyrotechnics gear
by News StaffToronto police are on the hunt for stolen pyrotechnics equipment.
The equipment was stolen Sunday morning from an undisclosed location in the Kingston Road and Warden Avenue area.
Police describe the gear as “pyrotechnic device cords (SD70-4),” and is used for special effects.
“They were in a black carrying case and labelled with ‘SPFX Day Box,’ ” police said in a statement Sunday. “The cords could potentially cause personal injury if activated.”
Police are asking anyone with information to contact them directly or leave an anonymous tip with Crime Stoppers.


Bugsnag 🐛
Reporting errors to Bugsnag.
📦 Installation
Integrating Bugsnag in your project
Update your Package.swift
file.
.package(url: "https://github.com/nodes-vapor/bugsnag.git", .upToNextMinor(from: "3.0.0"))
Update Sources/App/configure.swift
public func configure(
_ config: inout Config,
_ env: inout Environment,
_ services: inout Services
) throws {
...
// Register provider
let bugsnagProvider = BugsnagProvider(config: BugsnagConfig(
apiKey: "<YOUR BUGSNAG API KEY>",
releaseStage: environment.name,
shouldReport: environment.name != "local"
debug: false
))
try services.register(bugsnagProvider)
...
// Register middleware
var middlewaresConfig = MiddlewareConfig()
...
middlewaresConfig.use(BugsnagMiddleware.self) // Catch errors and report to bugsnag
...
services.register(middlewaresConfig)
...
}
Reporting
Bugsnag offers three different types of reports: info, warning and error. To make a report just instantiate an ErrorReporter
and use the respective functions.
Examples
let reporter = try req.make(ErrorReporter.self) // or `BugsnagReporter.self`
reporter.report(Abort(.upgradeRequired), severity: .info, on: req)
reporter.report(Abort(.notFound), severity: .warning, on: req)
reporter.report(Abort(.internalServerError), severity: .error, on: req) // you can omit the `severity` parameter since `.error` is the default
It’s also possible to attach metadata to the report.
reporter.report(
Abort(.internalServerError),
metadata: ["key": "value"],
on: req
)
By conforming to the ReportableError
protocol you can have full control over how (and if) the BugsnagMiddleware reports your errors. It has the following properties:
| Name | Type | Function | Default |
|---|---|---|---|
shouldReport |
Bool |
Opt out of error reporting by returning false |
true |
severity |
Severity |
Indicate error severity (.info \ |
.warning \ |
userId |
CustomStringConvertible? |
An optional user id associated with the error | nil |
metadata |
[String: CustomDebugStringConvertible] |
Additional metadata to include in the report | [:] |
Users
Conforming your Authenticatable
model to BugsnagReportableUser
allows you to easily pair the data to a report. The protocol requires your model to have an id
field that is CustomStringConvertible
.
extension YourUser: BugsnagReportableUser {}
try reporter.error(userType: YourUser.self, Abort(.notFound), on: req)
Breadcrumbs
Breadcrumbs enable you to attach custom events to your reports. Leave a breadcrumb using the convenience function on Request
.
req.breadcrumb(
name: "Something happened!",
type: .manual,
metadata: ["foo": "bar"]
)
The breadcrumb types are provided by Bugsnag:
enum BreadcrumbType {
case navigation
case request
case process
case log
case user
case state
case error
case manual
}
🏆 Credits
This package is developed and maintained by the Vapor team at Nodes. The package owner for this project is Siemen.
📄 License
This package is open-sourced software licensed under the MIT license.


This document describes the recommended semantics for code that implements a ChannelProvider. This means all of the following interfaces: ChannelProvider, Channel, ChannelGet, ChannelPut, ChannelPutGet, ChannelArray, ChannelRPC, and Monitor. It also describes the interface ChannelAccess. These semantics are implemented by the following:
Implementations for other data sources should provide similar semantics.
This product is available via an open source license
This product are all part of the V4 implementation of Experimental Physics and Industrial Control System.
This is the 21-Nov-2013 version of the the description of pvAccess semantics.
This is an alpha version of this documentation. The next step is for Matej to provide descriptions for things that Marty did not know how to describe. These are places that start with "???Matej". Unless others have generic comments, they should wait to give specific comments until Matej has a chance to edit this documemt.
PVAccess is network support for PVData.
This document describes the semantics for the following:
The description is somewhat language independent but code fragments are shown with Java syntax. The C++ implementation has similar semantics.
This document assumes some knowledge of:
Note that a client can connect either to a local or remote provider. Other than having to specify the provider name when calling channelAccess.getProvider("name") The client sees exactly the same API. If the client connects to the local provider than no network access is involved.
pvAccess transfers data between a client and server and must take care of locking since multiple threads are involved. The pvAccess data is normally a top level PVStructure. A local provider transfers data between the PVStructure and a PVRecord. A remote provider transfers data between a PVStructure and the network.
For all channel types except Monitor, i. e. ChannelGet,ChannelPut,...,ChannelRPC the client can only have one request at a time outstanding. For example ChannelGet. When the client issues a ChannelGet::get the client can not issue another ChannelGet::get until the first request completes. Thus the rules are simple. The remote provider owns the PVStructure between the time the ChannelGet::get is issued and the remote provider calls ChannelGetRequester::getDone. The client owns the PVStructure at all other times.
The remote provider must have a mutex that it uses to synchronize access to many of it's methods. For example ChannelGet must synchronize access to get and getDone. Moinitors are more complex because data may arrive while the client is using previously returned data. In this case the remote provider keeps a bounded queue of montor elements. At any given time the server transfer data from the network to a monitor element it owns, and the client owns a single monitor element. In order to make this work the queue must have a size of at least two. More details about monitors are given below.
The semantics are similer to those for remote provider except now the data is tranfered between a PVStructure and a PVRecord. This is always done with the record locked.
This section describes singleton classes that are implemented by PVAccess itself. They should not be extended or re-implemented except, possibly, for another language, for example C#. Languages like python or mathlab should only provide wrappers for the C++ or Java implementation.
ChannelAccess is implemented by pvAccess itself, i. e. there is a single implementation. It is not meant to be extended. ChannelAccess supports an arbitrary number of ChannelProviders but each must have a unique name. When a process starts each provider must register itself with ChannelAccess. Once a provider is registered then clients can connect to the provider by calling ChannelAccess. In Java the following class is provided:
public class ChannelAccessFactory { public static ChannelAccess getChannelAccess(); public static void registerChannelProviderFactory(ChannelProviderFactory channelProviderFactory); public static void unregisterChannelProviderFactory(ChannelProviderFactory channelProviderFactory); }where
For pvAccessCPP the three methods are external functions.
In Java the class definition for ChannelAccess is:
interface ChannelAccess { ChannelProvider getProvider(String providerName); ChannelProvider createProvider(String providerName); String[] getProviderNames(); }where
The following providers are currently supported:
???Matej pvAccessJava has name caV3 instead of ca.
The pvAccess client and server each need a context, i. e. threads. These are discussed in the next two sections.
In Java the context is created and terminated by the following methods:
ClientFactory.start(); // before any client calls are issued ... // until process terminates ClientFactory.stop(); // This will destroy all objects created by ClientFactory
In C++ the context is created and terminated by the following methods:
ClientFactory::start(); // before any client calls are issued. ... // until process terminates ClientFactory::stop(); // This will destroy all objects created by ClientFactory
In Java the context is created and terminated by the following methods:
... // until process terminates ???
???Matej
In C++ the context is created and terminated by the following methods:
ServerContext::shared_pointer pvaServer = startPVAServer(PVACCESS_ALL_PROVIDERS,0,true,true); ... // until process terminates pvaServer->shutdown(); epicsThreadSleep(1.0); pvaServer->destroy();
The C++ description of startPVAServer is:
extern ServerContext::shared_pointer startPVAServer( epics::pvData::String const & providerNames = PVACCESS_ALL_PROVIDERS, int timeToRun = 0, bool runInSeparateThread = false, bool printInfo = false);where
???Matej
As mentioned in the previous section several implementations of ChannelProvider already exist. Providers for other data sources can also be implemented. The only requirment is a complete implementation of the ChannelProvider and Channel interfaces. Each implementation implements some combination of ChannelGet, ChannelPut, ChannelPutGet, ChannelArray, ChannelRPC, and Monitor. These all optional. For all that are not implemented the corresponding create method in Channel returns a Status saying that it is not implemented.
The ChannelProvider interface is:
interface ChannelProvider { void destroy(); String getProviderName(); ChannelFind channelFind( String channelName, ChannelFindRequester channelFindRequester); Channel createChannel( String channelName, ChannelRequester channelRequester, short priority); Channel createChannel( String channelName, ChannelRequester channelRequester, short priority, String address); } interface ChannelFind { ChannelProvider getChannelProvider(); void cancelChannelFind(); }
ChannelProvider has the following methods:
The arguments for the above methods are:
A client that calls createChannel must implement interface ChannelRequester:
interface ChannelRequester extends Requester { void channelCreated(Status status, Channel channel); void void channelStateChange(Channel channel, ConnectionState connectionState); }where
A client that calls channelFind must implement interface ChannelFindRequester:
interface ChannelFindRequester { void channelFindResult(Status status,ChannelFind channelFind,boolean wasFound); }where
The channel provider must have access to a list of unique channelNames ( unique within the local network). For the local provider (pvIOCJava and pvDatabaseCPP) this is the set of recordNames in the local PVDatabase. The remote provider does a network broadcast to find a server that has the channelName.
When the client calls createChannel and the implementation can determine immediately if the channel exists (local providers normally can) then it can synchronously handle the request. If the channelName does not exists it calls ChannelRequester::channelCreated with a error status and returns null. If the channelName does exist it creates a new Channel, calls ChannelRequester::channelCreated with an OK status, and returns the newly created Channel.
If the implementation can not immediatly determine if the channelName exists (a remote provider can not unless a client has already connected to the channelName) then it creates a new Channel, does not call ChannelRequester::channelCreated, and returns the newly created Channel. The newly created Channel will at a later time call ChannelRequester::channelCreated reporting success or failure.
???Matej is the following true? If false please describe correct semantics.
The client must not call any of the channel methods until channelCreated is called with a successful status.
The Java interface is:
interface Channel extends Requester{ void destroy(); String getRequesterName(); void message(String message, MessageType messageType); ChannelProvider getProvider(); String getRemoteAddress(); ConnectionState getConnectionState(); String getChannelName(); ChannelRequester getChannelRequester(); boolean isConnected(); void getField(GetFieldRequester requester,String subField); AccessRights getAccessRights(PVField pvField); ChannelProcess createChannelProcess( ChannelProcessRequester channelProcessRequester, PVStructure pvRequest); ChannelGet createChannelGet( ChannelGetRequester channelGetRequester, PVStructure pvRequest); ChannelPut createChannelPut( ChannelPutRequester channelPutRequester, PVStructure pvRequest); ChannelPutGet createChannelPutGet( ChannelPutGetRequester channelPutGetRequester, PVStructure pvRequest); ChannelArray createChannelArray( ChannelArrayRequester channelArrayRequester, PVStructure pvRequest); ChannelRPC createChannelRPC( ChannelRPCRequester channelRPCRequester, PVStructure pvRequest); Monitor createMonitor( MonitorRequester monitorRequester, PVStructure pvRequest);
This has the methods:
A ChannelProcess is created via a call to Channel::createChannelProcess, which returns a ChannelProcess and has the API:
ChannelProcess createChannelProcess( ChannelProcessRequester channelProcessRequester, PVStructure pvRequest);
The client must implement the following:
interface ChannelProcessRequester extends Requester{ void channelProcessConnect(Status status,ChannelProcess channelProcess); void processDone(Status status); }where
The following is the ChannelProcess interface. All methods are called by the client.
interface ChannelProcess extends Destroyable { void process(boolean lastRequest); void destroy() }
where
The life cycle for channelProcess is:
createChannelProcess client channelProcessConnect provider repeat indefinitely process client processDone provider destroy client or implementation
A ChannelGet is created via a call to Channel::createChannelGet, which returns a ChannelGet and has the API:
ChannelGet createChannelGet( ChannelGetRequester channelGetRequester, PVStructure pvRequest);
The client must implement the following:
interface ChannelGetRequester extends Requester { void channelGetConnect( Status status, ChannelGet channelGet, PVStructure pvStructure, BitSet bitSet); void getDone(Status status); }where
The following is the ChannelGet interface. All methods are called by the client.
interface ChannelGet extends Destroyable { void get(boolean lastRequest); void destroy(); }
where
The life cycle for channelGet is:
createChannelGet client channelGetConnect provider repeat indefinitely get client getDone provider destroy client or implementation
A ChannelPut is created via a call to Channel::createChannelPut, which returns a ChannelPut and has the API:
ChannelPut createChannelPut( ChannelPutRequester channelPutRequester, PVStructure pvRequest);
The client must implement the following:
interface ChannelPutRequester extends Requester { void channelPutConnect( Status status, ChannelPut channelPut, PVStructure pvStructure, BitSet bitSet); void putDone(Status status); void getDone(Status status); }where
The following is the ChannelPut interface. All methods are called by the client.
interface ChannelPut extends Destroyable { void put(boolean lastRequest); void get(); void destroy(); }
where
The life cycle for channelPut is:
createChannelPut client channelPutConnect provider repeat indefinitely at most one of put put client putDone provider get get client getDone provider destroy client or implementation
A ChannelPutGet is created via a call to Channel::createChannelPutGet, which returns a ChannelPutGet and has the API:
ChannelPutGet createChannelPutGet( ChannelPutGetRequester channelPutGetRequester, PVStructure pvRequest);
The client must implement the following:
interface ChannelPutGetRequester extends Requester { void channelPutGetConnect( Status status, ChannelPutGet channelPutGet, PVStructure pvPutStructure, PVStructure pvGetStructure); void putGetDone(Status status); void getPutDone(Status status); void getGetDone(Status status); }where
The following is the ChannelPutGet interface. All methods are called by the client.
interface ChannelPutGet extends Destroyable { void putGet(boolean lastRequest); void getPut(); void getGet(); void destroy(); }
where
The life cycle for channelPutGet is:
createChannelPutGet client channelPutGetConnect provider repeat indefinitely at most one of putGet putGet client putGetDone provider getPut getPut client getPutDone provider getGet getGet client getGetDone provider destroy client or implementation
A ChannelArray is created via a call to Channel::createChannelArray, which returns a ChannelArray and has the API:
ChannelArray createChannelArray( ChannelArrayRequester channelArrayRequester, PVStructure pvRequest);
The client must implement the following:
interface ChannelArrayRequester extends Requester { void channelArrayConnect( Status status, ChannelArray channelArray, PVArray pvArray); void putArrayDone(Status status); void getArrayDone(Status status); }where
The following is the ChannelArray interface. All methods are called by the client.
interface ChannelArray extends Destroyable { void putArray(boolean lastRequest, int offset, int count); void getArray(boolean lastRequest, int offset, int count); void setLength(boolean lastRequest, int length, int capacity); void destroy(); }
where
The life cycle for channelArray is:
createChannelArray client channelArrayConnect provider repeat indefinitely at most one of putArray putArray client putArrayDone provider getArray getArray client getArrayDone provider setLength setLength client setLengthDone provider destroy client or implementation
A ChannelRPC is created via a call to Channel::createChannelRPC, which returns a ChannelRPC and has the API:
ChannelRPC createChannelRPC( ChannelRPCRequester channelRPCRequester, PVStructure pvRequest);
The client must implement the following:
interface ChannelRPCRequester extends Requester { void channelRPCConnect(Status status,ChannelRPC channelRPC); void requestDone(Status status,PVStructure pvResponse); }where
The following is the ChannelRPC interface. All methods are called by the client.
interface ChannelRPC extends Destroyable { void request(PVStructure pvArgument,boolean lastRequest); void destroy(); }
where
The life cycle for channelRPC is:
createChannelRPC client channelRPCConnect provider repeat indefinitely request client requestDone provider destroy client or implementation
A monitor is created via a call to Channel::createMonitor, which has the API:
Monitor createMonitor( MonitorRequester MonitorRequester, PVStructure pvRequest);where
record[options]field(fields)The possible record options are:
The client must implement the following:
interface MonitorRequester extends Requester{ void monitorConnect(Status status,Monitor monitor,Structure structure); void monitorEvent((Monitor monitor); void unlisten(); }where
The following is the Monitor interface. All methods are called by the client.
interface Monitor extends Destroyable { Status start(); Status stop(); MonitorElement poll(); void release(MonitorElement monitorElement); }
where
The life cycle for monitors is:
createMonitor client monitorConnected provider start client repeat indefinitely monitorEvent provider repeat until null is returned poll client client specific release client stop or destroy client
A monitor element has three fields:
where
The monitorElement belongs to the client between calls to poll and release, otherwise it belongs to provider.
The most important guarantee is that a monitorElement must not be modfied by the implementation between client calls to poll and release. But the provider might receive new data between the calls so it must have somewhere to save the data. It is OK if overruns occur but the changedBitSet and overrunBitSet must reflect the latest new data.
Except for specialized implementations like a Periodic Monitor, which are not discussed in this section, the implementation must keep a bounded queue of monitorElements. At any given time at most one of the elements belongs to the client. The implementation must use another element for new data. Thus a monitorElement queue of at least two monitorElements must be created.
The client provider and local provider have similar implementations. The main difference is that the local provider receives new data via method dataChanged and the client via method response. Thus the following methods are involved:
Important: The above methods must all take a lock that uses a common mutex.
The following applies to both client a local providers and, except for syntax, both Java and C++. If a channel provider is created for other data sources it should have similar semantics.
The Monitor implementation , call it MonitorImp, creates an auxillary class named MultipleElementQueue. This class extends the Monitor interface but only takes care of the monitorElement queue. The MonitorImp, calls the methods of MultipleElementQueue.
MultipleElementQueue has the following private varibles:
The Monitor methods are implemented as follows:
public MonitorElement poll() { synchronized(this) { return monitorQueue.getUsed(); } }
public void release(MonitorElement currentElement) { synchronized(this) { if(queueIsFull) { MonitorElement monitorElement = latestMonitorElement; PVStructure pvStructure = monitorElement.getPVStructure(); bitSetUtil.compress(monitorElement.getChangedBitSet(),pvStructure); bitSetUtil.compress(monitorElement.getOverrunBitSet(),pvStructure); queueIsFull = false; latestMonitorElement = null; } monitorQueue.releaseUsed(currentElement); } }
public void response(Transport transport, ByteBuffer payloadBuffer) { synchronized (this) { if (queueIsFull) { MonitorElement monitorElement = latestMonitorElement; PVStructure pvStructure = monitorElement.getPVStructure(); changedBitSet.deserialize(payloadBuffer, transport); pvStructure.deserialize( payloadBuffer, transport, changedBitSet); overrunBitSet.deserialize(payloadBuffer, transport); monitorElement.getChangedBitSet().or(changedBitSet); monitorElement.getOverrunBitSet().or(changedBitSet); changedBitSet.clear(); overrunBitSet.clear(); return; } MonitorElement monitorElement = monitorQueue.getFree(); if(monitorElement==null) { throw new IllegalStateException( "RealQueue::dataChanged() logic error"); } if(monitorQueue.getNumberFree()==0){ queueIsFull = true; latestMonitorElement = monitorElement; } PVStructure pvStructure = monitorElement.getPVStructure(); changedBitSet.deserialize(payloadBuffer, transport); pvStructure.deserialize( payloadBuffer, transport, changedBitSet); overrunBitSet.deserialize(payloadBuffer, transport); bitSetUtil.compress(changedBitSet,pvStructure); bitSetUtil.compress(overrunBitSet,pvStructure); monitorElement.getChangedBitSet().clear(); monitorElement.getChangedBitSet().or(changedBitSet); monitorElement.getOverrunBitSet().clear(); monitorElement.getOverrunBitSet().or(overrunBitSet); changedBitSet.clear(); overrunBitSet.clear(); monitorQueue.setUsed(monitorElement); } // NOTE that monitorEvent is called with no lock held callback.monitorEvent(this); }
Note that receive, poll, and release all synchronize, i. e. do not allow simultaneous access to each other. Since receive deserializes it may block waiting for network packets. Note also that receive calls monitorEvent with no lock held.


I remember the original Maker's Mark being one of my first bottles of whiskey that I ever had. I purchased that bottle on semi-impulse at the Habitat, citing the fact that I was lazy to go onto Carousell and purchase the same bottle at the same price but at 1 litre size. Fast forward a few months, and that bottle is downed, and I was looking for a new bottle to replace that. ...
I have always been interested in the Glendronach lineup, but it was not so high up on my wishlist that I would really jump onto the opportunity to purchase one. So, when I found a seller selling a dram of this, I took the chance to get one dram to try it out...
I made it pretty clear that the Hibiki Lineup by Suntory always holds a special place in my heart as I consider it to be my gateway into the wide world of whisky appreciation. As such, I would always have a set of Hibiki's on my shelf, squirreled away. However, due to the immense demand from Japanese Whiskies these few years (could be a topic for another article), I purchased those bottles at a pretty significant markup. Thus, even though I have the bottles and whisky, I could never really bear to open up the bottles and drink it. Thus, whenever I could realistically purchase a sip of this, I would not hesitate to jump on the opportunity to do so...


This proposal was created for LACMA Art + Technology Lab commission by Taeyoon Choi and E Roon Kang. This text and image was created in January of 2014 in New York City through collaborative brainstorming sessions. The document is formatted and edited to fit LACMA Art + Technology Lab’s application. This proposal is published online in hope to further develop our idea and find supporters.
This project is a proposition to live in an unreal time in real-time world.
We will construct new measurement and device for personalized time. Inspired by the mechanics of slide rule, we will build interface and applications which allows users to set their own current time, days of the year and also how fast the time is passing. Everyone will have their own time.
Second phase is to build an interactive network for individuals to share their personalized time. Long distance lovers in Los Angeles and Seoul can be awake in the same time. The time of their communion is neither in standard time, but it is the time they share. Their device will indicate same time and speed over great distance, their presence is achieved in synchronized time.
Fig. 1. An example of circular slide rule and a clock showing absolute time
Finally, we will construct a third kind of time, Consensus Time of a gallery in LACMA that will be dedicated for the project. Museum visitors and online participants, who have already set their own time, can become play the Time Game. They trade in their time to decide LACMA’s time. Playful game mechanics will be applied as the committee of time players decided what time it is. True democracy of time is achieved. The game play consequently affects duration and time of scheduled events in the gallery. For example, the gallery may have to open 4 AM if everyone decides it is 11AM Consensus Time is actually 4AM Pacific Time.
Fig. 2. Collection of images of Public Clock, Time Travel, Consensus and Master- Slave clock system
Since definition of Absolute Time by Isaac Newton, most of societies throughout history depended on the mathematical concept of time as a factor independent from external events. Thus, Time has the ultimate supremacy over objects and space as the backdrop for everything that happens. We propose to investigate the relative concept of personalized time. Through a series of artistic research in collaboration with scientists and economists, we will define new concept of time that will be more relevant to the current society and needs of individuals.
Fig.3. Seeing through multiple present
Through extensive research, prototyping and consultation, we will collaborate with technologists, sociologists, economists and the museum public to build a conceptual and technical framework to challenge the Greenwich Mean Time, geopolitical divide of 24 time zones. Personalized time will enable instant disconnect from the standard time zone. This means you will have an ability to become transparent from data collection agency, ability to exist in multiple places at once, ability to live in an unreal time.
In the alternate reality we are creating, you can stretch the present by slowing down speed of time. ‘Now’ becomes a malleable space in which you can sculpt memory from past and future. By synthesizing time and space, you can be present elsewhere in another time. Appropriating advanced computational and network technology (from Electronic Trading, Precision Time Control, Global Positioning Systems and so on) the project will enable individuals to remap their sense of time to perception and cognition. This results non-standard time, a flexible sense of space based on shared sentience.
Fig. 4. Distributed Network of Clocks
The contemporary world operates on the global synchronization of nano second precision. The financial industry rely on fiber optic communication for instant trade exchange. Massive architectures are built for data storage of private and public information. Capitalism works in time. We intend to create disruption in the synchronize the world by appropriating time signal technology such as PTP (such as NTP and GPS) and atomic clock. Almost all time clock synchronization is built for master and slave system. We envision a rhizomatic system based on direct democracy of all times, where each clock is master and slave.
The mode of perception in the 20th century was based on consumption of mass produced contents, News, Radio, Television and Cinema. In the 21st century, it is is shaped by continuous customization of online identities based on real time synchronization. Bernard Stiegler notes integration of consciousness and technology results in “Industrialization of Memory” (Technics and Time 2: Disorientation).
As complex computational systems (cybernetics) merge with tertiary memory (database), a crude form of automation take control of our time. Our presence is preserved as quantified data and patterns.
This project is a guide to resist global synchronization and create autonomy of consciousness. By creating alternative flow of times in distributed network, time becomes a new form of shared resource.
For the duration of one month, we will be in residence at a laboratory inside of a gallery in LACMA. We will build a working prototype of a mobile device and applications, and also present a series of participatory workshops and performances. We are especially interested in engaging with youth and young adult in the project. We have extensive experience of teaching technical and artistic workshops. Taeyoon co-founded School for Poetic Computation, and directs Making Lab at APAP, South Korea
About 10 guest collaborators will be invited to experiment with the device and system we build. The list includes artists David Horvitz, Christine Sun Kim, Chris Woebken, Sascha Pohflepp, Jamie Zigelbaum and more. We are searching for more scientists and philosophers to join in conversation with us through out our residency.
The project will log information of participants involvement with the alternate time. The data set will include the time of the their location at the moment, and the location of the time they wish to live. In deciding Consensus Time, information of currency of time to labor and attention will be archived.
Taeyoon Choi is an artist, educator and curators based in Brookyn, NY and Seoul, Korea. He is the co-founder of School for Poetic Computation, an alternative school with motto of “More Poems, Less Demos”. His art practice often involve hacking electronics and building circuits, drawing and storytelling, as well as intervention in the public space. Taeyoon often collaborates with media artists, performing artists and activists to realize socially engaged projects and immersive experience. Recently he has been curating exhibitions and education programs for public art festivals such as Anyang Public Art Festival in South Korea, where he directs Making Lab, a community hackerspace run by artists. He lectured at Parsons School of Design and served as a facilitator for The Public School New York. Taeyoon was a resident and fellow at Eyebeam between 2008 and 2011.
E Roon Kang lives and works in New York, where he operates an interdisciplinary design studio, Math Practice, with interest in studying, evaluating, and criticizing complex systems and its consequential pointlessness of a pursuit of efficiency. E Roon is a TED Fellow (2012), and was previously a research fellow at SENSEable City Laboratory of MIT. His work has been shown at places including the Museum of Modern Art (MoMA), Seattle Public Library, and Architectural League of New York, and had won NSF Science and Engineering Visualization Challenge in 2010. E Roon is currently an adjunct professor at New York University, ITP, taught courses at SUNY Purchase, Rutgers University and Bauhaus-Universität Weimar, and holds an MFA in graphic design from Yale.
Budget and schedule
We are omitting detailed budget and schedule because the detail does not hold useful information yet
Skethes by Taeyoon Choi.


public interface ClientRequestInterceptorOperations extends InterceptorOperations
A request Interceptor is designed to intercept the flow of a request/reply sequence through the ORB at specific points so that services can query the request information and manipulate the service contexts which are propagated between clients and servers. The primary use of request Interceptors is to enable ORB services to transfer context information between clients and servers. There are two types of request Interceptors: client-side and server-side.
To write a client-side Interceptor, implement the
ClientRequestInterceptor
interface.
ClientRequestInfo
| Modifier and Type | Method and Description |
|---|---|
void |
receive_exception(ClientRequestInfo ri)
Indicates to the interceptor that an exception occurred.
|
void |
receive_other(ClientRequestInfo ri)
Allows an Interceptor to query the information available when a
request results in something other than a normal reply or an
exception.
|
void |
receive_reply(ClientRequestInfo ri)
Allows an Interceptor to query the information on a reply after it
is returned from the server and before control is returned to the
client.
|
void |
send_poll(ClientRequestInfo ri)
Allows an Interceptor to query information during a Time-Independent
Invocation (TII) polling get reply sequence.
|
void |
send_request(ClientRequestInfo ri)
Allows an Interceptor to query request information and modify the
service context before the request is sent to the server.
|
destroy, name
void send_request(ClientRequestInfo ri) throws ForwardRequest
This interception point may throw a system exception. If it does,
no other Interceptors' send_request
operations are called.
Those Interceptors on the Flow Stack are popped and their
receive_exception
interception points are called. This
interception point may also throw a ForwardRequest
exception. If an Interceptor throws this exception, no other
Interceptors' send_request
operations are
called. Those Interceptors on the Flow Stack are popped and their
receive_other
interception points are called.
Compliant Interceptors shall properly follow completion_status
semantics if they throw a system exception from this interception
point. The completion_status
shall be
COMPLETED_NO
.
ri
- Information about the current request being intercepted.ForwardRequest
- If thrown, indicates to the ORB that a
retry of the request should occur with the new object given in
the exception.void send_poll(ClientRequestInfo ri)
With TII, an application may poll for a response to a request sent
previously by the polling client or some other client. This poll is
reported to Interceptors through the send_poll
interception point and the response is returned through the
receive_reply
or receive_exception
interception points. If the response is not available before the
poll time-out expires, the system exception TIMEOUT
is
thrown and receive_exception
is called with this
exception.
This interception point may throw a system exception. If it does,
no other Interceptors' send_poll
operations are
called. Those Interceptors on the Flow Stack are popped and their
receive_exception
interception points are called.
Compliant Interceptors shall properly follow
completion_status
semantics if they throw a system
exception from this interception point. The completion_status shall be
COMPLETED_NO
.
ri
- Information about the current request being intercepted.TIMEOUT
- thrown if the response is not available before
the poll time-out expiresvoid receive_reply(ClientRequestInfo ri)
This interception point may throw a system exception. If it does,
no other Interceptors' receive_reply
operations are
called. The remaining Interceptors in the Flow Stack shall have
their receive_exception
interception point called.
Compliant Interceptors shall properly follow
completion_status
semantics if they throw a system
exception from this interception point. The
completion_status
shall be COMPLETED_YES
.
ri
- Information about the current request being intercepted.void receive_exception(ClientRequestInfo ri) throws ForwardRequest
This interception point may throw a system exception. This has the
effect of changing the exception which successive Interceptors
popped from the Flow Stack receive on their calls to
receive_exception
. The exception thrown to the client
will be the last exception thrown by an Interceptor, or the original
exception if no Interceptor changes the exception.
This interception point may also throw a ForwardRequest
exception. If an Interceptor throws this exception, no other
Interceptors' receive_exception
operations are called.
The remaining Interceptors in the Flow Stack are popped and have their
receive_other
interception point called.
If the completion_status
of the exception is not
COMPLETED_NO
, then it is inappropriate for this
interception point to throw a ForwardRequest
exception.
The request s at-most-once semantics would be lost.
Compliant Interceptors shall properly follow
completion_status
semantics if they throw a system
exception from this interception point. If the original exception is
a system exception, the completion_status
of the new
exception shall be the same as on the original. If the original
exception is a user exception, then the completion_status
of the new exception shall be COMPLETED_YES
.
Under some conditions, depending on what policies are in effect, an
exception (such as COMM_FAILURE
) may result in a retry
of the request. While this retry is a new request with respect to
Interceptors, there is one point of correlation between the original
request and the retry: because control has not returned to the
client, the PortableInterceptor.Current
for both the
original request and the retrying request is the same.
ri
- Information about the current request being intercepted.ForwardRequest
- If thrown, indicates to the ORB that a
retry of the request should occur with the new object given in
the exception.void receive_other(ClientRequestInfo ri) throws ForwardRequest
LOCATION_FORWARD
status was
received); or on asynchronous calls, the reply does not immediately
follow the request, but control shall return to the client and an
ending interception point shall be called.
For retries, depending on the policies in effect, a new request may or
may not follow when a retry has been indicated. If a new request does
follow, while this request is a new request, with respect to
Interceptors, there is one point of correlation between the original
request and the retry: because control has not returned to the client,
the request scoped PortableInterceptor.Current
for both
the original request and the retrying request is the same.
This interception point may throw a system exception. If it does, no
other Interceptors' receive_other
operations are called.
The remaining Interceptors in the Flow Stack are popped and have
their receive_exception
interception point called.
This interception point may also throw a ForwardRequest
exception. If an Interceptor throws this exception, successive
Interceptors' receive_other
operations are called with
the new information provided by the ForwardRequest
exception.
Compliant Interceptors shall properly follow
completion_status
semantics if they throw a system
exception from this interception point. The
completion_status
shall be COMPLETED_NO
.
If the target invocation had completed, this interception point
would not be called.
ri
- Information about the current request being intercepted.ForwardRequest
- If thrown, indicates to the ORB that a
retry of the request should occur with the new object given in
the exception. Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


Coronation Street's Bernie confronts paedo ex Kel, as abuse storyline heats up
The latest scenes in the gripping storyline see Bernie try to take a photo of Kel on her phone for evidence, after he sexually abused Bernie's son Paul
by Karen RockettIt all kicks off as Bernie confronts her ex-partner, paedophile Kel, in Coronation Street next week.
Kel, played by Joe Alesso, is caught stalking woodland and struggles with her as she tries to take his picture on her phone for evidence.
Son Paul (Peter Ash), sexually abused by him, had been hiding with her in bushes and helped her pounce. And his twin Gemma (Dolly-Rose Campbell) turned up too as things got heated.
Bernie (Jane Hazlegrove) is shocked to learn that a plastic bag Kel was carrying contained booze and condoms.
Appearing on Lorraine, actor Joe Alesso admitted that he had "qualms" about playing the character.

Paul was only 14 when Kel sexually abused the teenager and manipulated him into thinking that they were in love.
Speaking to Lorraine Kelly about the storyline, he said: "I have no idea [how long I have left], it is open-ended.
"The character I’m playing is finite, I’ll never be a regular on Corrie that’s sure. My role will come to an end."
Asked whether he had any qualms about playing the character, he said: "Yes of course. Talk about being thrown into the deep end. It's not just another acting job."
Revealing he felt a "lot of pressure" to get it right, he said he researched the subject matter and found that 12,000 men were raped last year.
He also said that it was important to not make Kel a 'caricature': "A lot of these people seem to be normal people; they’re not monsters – they’re not the child catcher from Chitty Chitty Bang Bang."
Coronation Street airs Mondays, Wednesdays and Fridays at 7:30pm and 8:30pm on ITV.


Grayscale is a free Hugo theme, originally created for Bootstrap by Start Bootstrap. It can be yours right now, simply download the template from the Github page. The theme is open source, and you can use it for any purpose, personal or commercial.
This theme was also adapted from a Jekyll version, brought to you by Jerome Lachaud
This theme features stock photos by Gratisography along with a custom Google Maps skin courtesy of Snazzy Maps.
Grayscale includes full HTML, CSS, and custom JavaScript files along with SASS and LESS files for easy customization!
Feel free to leave us a comment on the Grayscale template Github page to give some feedback about this theme!


Take a look at this short video tutorial. Watch it HD full screen otherwise you won't see anything.
Copy your data to a Google Spreadsheet or Microsoft Excel and format it following this example.
If you do not use Google Spreadsheet, export your data table as a .CSV file.
Go on www.bertifier.com and do one of the following:
- CSV: Upload your .CSV file from your computer. Note that the separator for the .CSV must be a comma ",", while some languages such as French use the semicolon by default.
- Google Spreadsheet: Google spreadsheet links are not supported anymore.
- Refer to the video to use Bertifier.
- The standard starting point consists of designing roa and column headers and encoding all values using your preferred shape.
- Tooltips also appear at the top of the page when hovering a button.
- Then, there are no rules, and your painter's eye will do the rest.
Once you are done, you can add free floating annotations to your table using using the tools that appear at the top of the page when your mouse cursor enters this area: You can then export your table in SVG format using the export icon that appears at the top of the page when your mouse cursor enters this area: You can then retouch it as you wish using any vector graphic editor.
All data you load in Bertifier will be kept confidential. We have no way of looking at it. The data you load in Bertifier is stored locally, on your computer, and does not circulate on the web.
Bertifier is the result of a research project conducted at Aviz, INRIA. You can find many more information and examples on the project page.
Bertifier is a prototype and we are aware of some limitations and problems that can occur. If you encounter any issue using the tool, we encourage you to email all co-authors of the project.


Profile
Please answer the questions below to define your profile:
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Flight number
{{launch.flight_number}}
Mission name
{{launch.mission_name}}
Launch year
{{launch.launch_year}}
Launch date
{{launch.launch_date_utc | date:'dd/MM/yyyy HH:MM'}}
Launch date local
{{launch.launch_date_local | date:'dd/MM/yyyy HH:MM'}}
Flight club
{{launch.telemetry.flight_club}}
Parts reused
Core
{{launch.reuse.core}}
Side core 1
{{launch.reuse.side_core1}}
Side core 2
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Links


Apply MistNet segmentation model to a polar volume file on disk, and load the
resultant segmentation as a polar volume (pvol
) object.
apply_mistnet( file, pvolfile_out, verbose = FALSE, mount = dirname(file), load = TRUE, mistnet_elevations = c(0.5, 1.5, 2.5, 3.5, 4.5) )
| file | character. File path for a radar polar volume. |
|---|---|
| pvolfile_out | character. Filename for the polar volume to be stored, including the MistNet segmentation results |
| verbose | logical. When TRUE, pipe Docker stdout to R console. On Windows always TRUE. |
| mount | character. String with the mount point (a directory path) for the Docker container. |
| load | on completion load the data |
| mistnet_elevations | numeric vector of length 5. Elevation angles to feed to the MistNet segmentation model, which expects exactly 5 elevation scans at 0.5, 1.5, 3.5, 3.5 and 4.5 degrees. Specifying different elevation angles may compromise segmentation results. |
If parameter load
is TRUE an object of class pvol
on success.
If parameter load
is FALSE, TRUE
on success.
MistNet is a deep convolutional neural network that has been trained using labels derived from S-band dual-polarization data across the US NEXRAD network.
It's purpose is to screen out areas of precipitation in weather radar data, primarily legacy data for which dual-polarization data are not available.
Because the network has been trained on S-band data, it may not perform as well on C-band.
MistNet requires three single-polarization parameters as input: reflectivity (DBZH), radial velocity (VRADH), and spectrum width (WRADH), at 5 specific elevation angles (0.5, 1.5, 3.5, 3.5 and 4.5 degrees). Based on these data it can estimate a segmentation mask that identifies pixels with weather that should be removed when interested only in biological data.
MistNet will calculate three class probabilities (from 0 to 1, with 1 corresponding to a 100% probability) as additional scan parameters to the polar volume:
BACKGROUND
"class probability that no signal was detected above the noise level of the radar
WEATHER
"class probability that weather was detected
BIOLOGY
"class probability that biological scatterers were detected
These class probabilities are only available for the 5 input elevations used
as input for the MistNet model. Based on all the class probabilities a final weather segmentation map calculated,
stored as scan parameter CELL
, which is available for all elevation scans.
CELL
"Final weather segmentation, with values > 1 indicating pixels classified as weather, and values equal to 1 indicating pixels that are located within 5 km distance of a weather pixels
A pixel is classified as weather if the class probability WEATHER
> 0.45
or when the average class probability for rain across all five MistNet elevation
scans at that spatial location > 0.45.
MistNet may run more slowly on Windows than on Linux or Mac OSX.
See Lin et al. 2019 for details.
Please also cite this publication when using MistNet:
Lin T-Y, Winner K, Bernstein G, Mittal A, Dokter AM, Horten KG, Nilsson C, Van Doren B, Farnsworth A, La Sorte FA, Maji S, Sheldon D (2019) MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural networks. Methods in Ecology and Evolution 10: 1908– 1922. https://doi.org/10.1111/2041-210X.13280
# \dontrun{ # download a NEXRAD file, save as KBGM_example download.file(paste("https://noaa-nexrad-level2.s3.amazonaws.com/", "2019/10/01/KBGM/KBGM20191001_000542_V06", sep = "" ), "~/KBGM_example") # calculate MistNet segmentation: mistnet_pvol <- apply_mistnet("~/KBGM_example") # print summary info for the segmented elevation scan at 0.5 degree, # verify new parameters BIOLOGY, WEATHER, BACKGROUND and CELL have been added: my_scan <- get_scan(mistnet_pvol, 0.5) # project the scan as a ppi: my_ppi <- project_as_ppi(my_scan, range_max = 100000)#> Warning: CRS object has comment, which is lost in output# plot the final segmentation result, with values >1 indicating # areas classified as weather, and value 1 pixels that fall within an # additional 5 km fringe around weather areas. plot(my_ppi, param = "CELL")#> [1] TRUE# }


rbac.cr
rbac.cr provides simple role based access control for crystal programs
Installation
Add to your shard.yml
dependencies:
rbac.cr:
github: tpei/rbac.cr
branch: master
and then install the library into your project with
$ crystal deps
Usage
rbac.cr come with two basic modules
Rbac::Resource
: for which access is requiredRbac::Accessor
: for instances that can be given access to resources
Consider the following simple example:
# a DataStore that has different access levels
class DataStore
include Rbac::Resource
end
# a User that can also have different access levels
class User
include Rbac::Accessor
end
# create a DataStore and add access levels
ds = DataStore.new
ds.has_roles :add, :edit, :delete
ds.roles # => [:add, :edit, :delete]
ds.has_role? :add # => true
ds.has_role? :read # => false
# create users with different access levels
admin = User.new
admin.has_roles ds.roles
author = User.new
author.has_roles :add, :edit
editor = User.new
editor.has_roles :edit
impotent = User.new
impotent.has_roles :read
# now you can simply check if a user has any of the resource rights
ds.authorized? author # => true
ds.authorized? impotent # => false
# and you can also check if a user has a specific resource right
ds.authorized?(admin, :add, :delete) # => true
# may is a shorthand for the `authorized?(Roleable, *Symbol)` method
ds.may?(editor, :add) # => false
You can also define default roles per model by adding the has_roles
call to the initializer:
class UserWithDefaultRoles
include Rbac::Accessor
def initialize
has_roles :add
end
end
# every instance now has this roles
u = UserWithDefaultRoles.new
u.roles # => [:add]
# roles can of course still be extended for class instances
u.has_roles :edit, :delete
u.roles # => [:add, :edit, :delete]
Contributing
- Fork it ( https://github.com/tpei/rbac/fork )
- Create your feature branch (git checkout -b my-new-feature)
- Commit your changes (git commit -am 'Add some feature')
- Push to the branch (git push origin my-new-feature)
- Create a new Pull Request
Contributors
- tpei TPei - creator, maintainer


Hello,
My name is Đorđe Otašević. I am from Montenegro. I am a 19 years old post graduate at Western Reserve Academy. I have been playing basketball for 10 years and my dream is to become a professional basketball player. Welcome to my website of Digital Fabrication and Engineering!
I am interested in Digital Engineering because I like creating things, and this class will help me explore and learn different ways to create something.


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Ukraine confirms Russia returning three captured naval ships
Russia's Ministry of Foreign Affairs said earlier on Monday that Moscow had successfully handed three naval ships it captured last year back to Ukraine.
Ukraine's military confirmed on Monday that Russia is returning three Ukrainian naval ships that it captured in the Kerch Strait in November 2018.
Russia's Ministry of Foreign Affairs said earlier on Monday that Moscow had successfully handed three naval ships it captured last year back to Ukraine.
Ukraine has been pushing for their return as a goodwill gesture from Moscow ahead of a four-way peace summit on eastern Ukraine next month in Paris.
More than 13,000 people have been killed in the more than five-year-old conflict in east Ukraine between pro-Russian separatists and Ukrainian government forces.
Relations between Ukraine and Russia collapsed following Moscow's annexation of the Crimean peninsula, which prompted Western sanctions. Ukrainian President Volodymyr Zelenskiy won a landslide election victory in April promising to end the conflict.


Our vision is to enhance the inner talent of every individual student in
the best way possible.We are constantly trying to encourage students to
achieve their full potential. Our vision is to make our country proud and
prosper with the help of youth empowerment .
OUR MISSION
Our misssion is to train our students in the latest technical as well as
non-technical fields so that they become the flagbearers in thier
respective fields and achieve success in thier career.We at OOUG focus to
build students technically as well as morally so that the succeed in their
life.


--- notes: | For wide images that we'd like to fade out on really wide browsers. Can be applied to the left `.fade--left` or right `.fade--right` ---


| Term 1 | 31 January | 20 March |
| Term 2 | 17 April | 19 June |
| Term 3 | 17 July | 11 September |
| Term 4 | 9 October | 4 December |
Here we'll put a snippet from the latest news item from the news page. There will be a "read more" link at the end of the preview, which will take the user to the full article when clicked... read more
We offer a range of programs in Chinese Language and academic development for students at all school levels. Our Learning Centre can help your child get ready to apply for a scholarship, and we can guide you through the entire process.


|
Intel(R) Threading Building Blocks Doxygen Documentation
version 4.2.3
|
Public Types | |
| typedef kernel_multifunction_node::output_ports_type | output_ports_type |
Public Member Functions | |
| virtual void | enqueue (kernel_input_tuple &ip, output_ports_type &op, const streaming_node &n)=0 |
| virtual void | send (device_type d)=0 |
| virtual args_storage_base * | clone () const =0 |
| virtual | ~args_storage_base () |
Protected Member Functions | |
| args_storage_base (const kernel_type &kernel, StreamFactory &f) | |
| args_storage_base (const args_storage_base &k) | |
Protected Attributes | |
| const kernel_type | my_kernel |
| StreamFactory & | my_factory |
Additional Inherited Members | |
| Private Member Functions inherited from tbb::internal::no_copy | |
| no_copy () | |
| Allow default construction. More... | |
Definition at line 469 of file _flow_graph_streaming_node.h.
| typedef kernel_multifunction_node::output_ports_type streaming_node< tuple< Ports... >, JP, StreamFactory >::args_storage_base::output_ports_type |
Definition at line 471 of file _flow_graph_streaming_node.h.
|
inlinevirtual |
Definition at line 476 of file _flow_graph_streaming_node.h.
|
inlineprotected |
Definition at line 479 of file _flow_graph_streaming_node.h.
|
inlineprotected |
Definition at line 483 of file _flow_graph_streaming_node.h.
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pure virtual |
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pure virtual |
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pure virtual |
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protected |
Definition at line 488 of file _flow_graph_streaming_node.h.
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protected |
Definition at line 487 of file _flow_graph_streaming_node.h.


CONNECT
To get help in designing your website, writing content or website review find my details below.
Obafemi Awolowo University Ile-Ife Osun state Nigeria
+234-8094352445
“You can buy a person’s time; you can buy their physical presence at a given place; you can even buy a measured number of their skilled muscular motions per hour. But you cannot buy enthusiasm … You cannot buy loyalty … You cannot buy the devotion of hearts, minds, or souls. You must earn these.”
–Clarence Francis, Former Chairman of the Board General Foods Corporation
I am impressed with the professionalism and exectution of the project by Peace. Highly efficient, easy to
communicate with and definitely know his craft. Thanks for an incredible result.
BOLUTIFE AKINLOYE
client


Meridian Jill Dechiaro<PHONE_NUMBER>
Analytic Recruiting
www.statistics.com Ok, it's not a recruiter but does have job ads.
www.fincareer.com
www.numa.com - Internet "home page" for derivative securities.


| URL |
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| Label |
Description comes here |
| ESCO Skills v0 |
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| ESCO Skills v1 |
- No direct v1 ESCO skills found for this CV
- Skill...
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| ESCO v0 Occupations |
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occupation...
- No skills found for this occupation
- skill
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| ESCO v1 Occupations |
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occupation v1...
- No skills found for this occupation
-
skill
Add skill
|


This Stock Phrase is usually said in exasperation or annoyance to highlight an unlikely, unusual, nonsensical, or out of character moment. It is most often said by the Plucky Comic Relief or the Deadpan Snarker.
The related phrase "Who are you, and what have you done with X?" is used when a character is Not Himself. It may or may not be Leaning on the Fourth Wall.
Not to be confused with the outraged "WHAT IS THIS!?!?" usually expresed by medieval heroes or the biggest of bads - very often followed by a resounding Oh, Crap!. A close relative of If I Wanted X, I Would Y.
Examples
- In the Funimation dub of Dragon Ball, in one episode, when Bulma gets surprised that she has to wear a Playboy Bunny costume: "What is this, Easter?!"
- The Streamline dub of The Castle of Cagliostro gives us the following when Jodo's assassins open up the door to Lupin and Jigen's rented cabin:
Lupin: Hey, what is this, a tour group from hell?
Fanfiction
- In Run Harry is picked up by the Ministry of Magic after living on the London streets for three years with no knowledge of magic.

- In Deaf, Mute, and an Owl to Boot a judge orders Marge Dursley to be arrested when she becomes unruly during a child abuse trial involving Harry's aunt and uncle.
Marge: This is ludicrous!  What is this, America?
- The film Holiday Inn makes use of it:
Dance Extra: What is this, a daisy chain?Ted Hanover: Sorry, we're just looking for the back of a girl we don't know...
- The Black Ranger uses it in Mighty Morphin Power Rangers: The Movie
Adam: What is this, pick on the Frog day?
- Willy Wonka & the Chocolate Factory has two examples:
- As the group makes its way through a variety of optical illusion-based corridors to get to the Chocolate Room, Mr. Salt asks "What is this, Wonka, some kind of funhouse?" Mr. Wonka replies, "Why, having fun?"
- During the creepy boat ride, Violet asks "What is this, a freak-out!?"
- From Garfield: A Tale Of Two Kitties, after Garfield is served a Carlyle Log:
Garfield: What is this, Fear Factor?
- A variation in Who Framed Roger Rabbit, when Eddie tries to pay for a Red Car ride with a check:
Conductor: What do I look like, a bank?
- Good Burger: Dexter's reaction when Ed explains how he climbed the giant food on Mondo Burger's roof.
Dexter: What is this, American Gladiators!?
- The Aquabats! Super Show!, episode "ManAnt!", after Jimmy the Robot fires a buttermint at the MC Bat Commander:
ManAnt: What is this, a kindergarten snack break?
- In the CSI episode, "Sheltered", Morgan discovers a secret bunker in the middle of a desert:
Morgan: What is this, Lost?
- On MythBusters, just before a test regarding alkali metals in a water-filled bathtub:
Grant: Okay, but instead of a bathtub, we should do a toilet!
Tory: Yeah, well, I wouldn't know anything about that; I was too busy studying chemistry.
(beat)
Kari: ...What is this? Opposite land? - From the Pee-wee's Playhouse Christmas Episode, after Pee-Wee asks for an extra wish.
Jambi: "Extra wish?" (growing irate) You want an extra wish? What do you think this is, Christmas?
Pee-wee: Yeah.
Jambi: (suddenly placated) Oh. All right.
- In SMG4's Mario Bloopers, Mario is cursed to wear Brown Note clothes that send Bowser bounding about. His response?
"What is Bowser, a ball?"
- In one "Bullseye" page of Entertainment Weekly Issue #1248 (March 1, 2013): "Downton Abbey adds to its body count. What is this, a Saw movie?"
- In the November 2002 issue of Game Informer, Matt Helgeson's review of Shox starts off with, "What is this, National Mediocre Games Month?"
- This◊ Dogs of C-Kennel strip:
Will: WHAT IS THIS? THE !#@*$!! WALTONS!?
- In Batman: Arkham Origins, whenever Batman hits Firefly with one of his glue grenades, Firefly will ask: "What's this, bat spit?"
- This exchange in Time Crisis 4:
Evan: What is this? A picnic?Giorgio: At least it won't be boring.
- In Cthulhu Saves the World, right at the beginning where Interactive Narrator explains the player basics of the game, and on subject of saving the game Cthulhu has this to say:
Cthulhu: I can save at any time? What is this, a first person shooter?
- The Angry Video Game Nerd
- In "Game Glitches", the Nerd is distracted by the Glitch Gremlin messing up Rocky Balboa (Bug-Eyed Balboa) and Spider Rico (Spider Rico with no jaw) on the Rocky PS2 game:
AVGN: They're like zombies! What is this, "Rocky: The Undead Edition"?
- In the Pong episode:
AVGN: You get 4 different kinds of Pong, like...
[The TV screen shows two walls with small holes replacing the paddles]
AVGN: ...what the hell is this, Reverse Pong? Okay...
[The TV screen shows one regular paddle at the left and an extra long paddle at the right]
AVGN: Oh, now what's this? Asshole Pong? That's not fair!- Also, in the Nerd's and The Nostalgia Critic's collaboration review of the Teenage Mutant Ninja Turtles: Coming Out of Their Shells Tour, when they see the Shredder crashing the turtles' party:
AVGN: OH, MY GOD, THAT IS THE WORST SHREDDER I'VE EVER SEEN!
- Also, in the Nerd's and The Nostalgia Critic's collaboration review of the Teenage Mutant Ninja Turtles: Coming Out of Their Shells Tour, when they see the Shredder crashing the turtles' party:
- In "Game Glitches", the Nerd is distracted by the Glitch Gremlin messing up Rocky Balboa (Bug-Eyed Balboa) and Spider Rico (Spider Rico with no jaw) on the Rocky PS2 game:
- From Occupy Richie Rich:
"what is this, the goddamn Flintstones?"
- In the Zero Punctuation review of Velvet Assassin, when Yahtzee discovers that the game is a World War II game made in Germany, he thinks about the other game about World War II made in Japan:
Yahtzee: Between this and Valkyria Chronicles, what's with all the World War II games being developed by the Axis forces? What is this, community service? [while he is speaking, we see Valkyria Chronicles wearing a Japanese headband and mowing the lawn, while Velvet Assassin wears a German army helmet and holds up a sign that says, "Sorry about that."]
- In his review of Shantae and the Seven Sirens, Yahtzee sees Shantae's using her hair and dancing moves as weapons and says, "Hair attacks and dance attacks? What is this, the Bayonetta Saturday morning cartoon?!"
- In one episode of FETCH! with Ruff Ruffman, Ruff does this when he sees Chet pasting an underwater wallpaper on the studio wall:
Ruff: Chet, an under-the-sea motif? What is this, "FETCH! with Ruff Rumblefish"? Come on!

- In "Brian in Love", after Brian urinates at the supermarket, Peter asks him "Where do you think you are, Kmart?" (reruns changed it to "Payless").
- Danger Mouse and Penfold are captured by an alien craft in "Close Encounters Of The Absurd Kind," and DM thinks it's Greenback's craft. He also thinks the alien leader Dr. Zok is Greenback in disguise.
- "What is this? Communist Russia?" is Daffy Duck's standard response whenever he is asked for an innocuous piece of information in The Looney Tunes Show.
- In an episode of Rick and Morty, alien parasites with the monikers of Ham Samurai (a samurai armoured in ham) and Amish Cyborg prompt Rick to ask "what is this, 90s Conan?"
- In the Ed, Edd n Eddy episode "Urban Ed" in response to a traffic jam, obnoxious loudmouth driver Eddy repeatedly honks his horn and cries out, "What is this, a funeral?!"


 Unlock your creativity and receive daily drawing challenges with DrawQuest.") }} {% endblock %}
{{ _("Every day, people come together on DrawQuest to draw and be creative. Unlock your creativity and receive daily drawing challenges with DrawQuest.") }}


The first p element in the document.
Another p element.
Click the button to find out how many p elements there are in this document.
Try it
I am also a div element.


WEEKLY STATUS REPORT
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Period Ending: |
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Green, Yellow, Red |
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ACTIVITIES COMPLETED THIS WEEK |
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ACTIVITIES IN PROCESS |
NEXT ACTION |
DUE DATE |
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ACTIVITIES TO BE STARTED NEXT WEEK |
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.apache.catalina.authenticator.SingleSignOnEntry
A class that represents entries in the cache of authenticated users.
This is necessary to make it available to
AuthenticatorBase
subclasses that need it in order to perform
reauthentications when SingleSignOn is in use.
SingleSignOn
,
AuthenticatorBase.reauthenticateFromSSO(java.lang.String, org.apache.catalina.HttpRequest)
| Field Summary | |
protected java.lang.String |
authType
|
protected boolean |
canReauthenticate
|
protected java.lang.String |
password
|
protected java.security.Principal |
principal
|
protected Session[] |
sessions
|
protected java.lang.String |
username
|
| Constructor Summary | |
SingleSignOnEntry()
|
|
SingleSignOnEntry(java.security.Principal principal,
java.lang.String authType,
java.lang.String username,
java.lang.String password)
Creates a new SingleSignOnEntry |
| Method Summary | |
void |
addSession(SingleSignOn sso,
Session session)
Adds a Session to the list of those associated with
this SSO. |
Session[] |
findSessions()
Returns the Session s associated with this SSO. |
java.lang.String |
getAuthType()
Gets the name of the authentication type originally used to authenticate the user associated with the SSO. |
boolean |
getCanReauthenticate()
Gets whether the authentication type associated with the original authentication supports reauthentication. |
java.lang.String |
getPassword()
Gets the password credential (if any) associated with the SSO. |
java.security.Principal |
getPrincipal()
Gets the Principal that has been authenticated by
the SSO. |
java.lang.String |
getUsername()
Gets the username provided by the user as part of the authentication process. |
void |
removeSession(Session session)
Removes the given Session from the list of those
associated with this SSO. |
void |
updateCredentials(java.security.Principal principal,
java.lang.String authType,
java.lang.String username,
java.lang.String password)
Updates the SingleSignOnEntry to reflect the latest security information associated with the caller. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
protected java.lang.String authType
protected java.lang.String password
protected java.security.Principal principal
protected Session[] sessions
protected java.lang.String username
protected boolean canReauthenticate
| Constructor Detail |
public SingleSignOnEntry(java.security.Principal principal, java.lang.String authType, java.lang.String username, java.lang.String password)
principal
- the Principal
returned by the latest
call to Realm.authenticate
.authType
- the type of authenticator used (BASIC, CLIENT-CERT,
DIGEST or FORM)username
- the username (if any) used for the authenticationpassword
- the password (if any) used for the authenticationpublic SingleSignOnEntry()
| Method Detail |
public void addSession(SingleSignOn sso, Session session)
Session
to the list of those associated with
this SSO.
sso
- The SingleSignOn
valve that is managing
the SSO session.session
- The Session
being associated with the SSO.public void removeSession(Session session)
Session
from the list of those
associated with this SSO.
session
- the Session
to remove.public Session[] findSessions()
Session
s associated with this SSO.
public java.lang.String getAuthType()
public boolean getCanReauthenticate()
true
if getAuthType
returns
"BASIC" or "FORM", false
otherwise.public java.lang.String getPassword()
null
if the original authentication type
does not involve a password.public java.security.Principal getPrincipal()
Principal
that has been authenticated by
the SSO.
public java.lang.String getUsername()
public void updateCredentials(java.security.Principal principal, java.lang.String authType, java.lang.String username, java.lang.String password)
principal
- the Principal
returned by the latest
call to Realm.authenticate
.authType
- the type of authenticator used (BASIC, CLIENT-CERT,
DIGEST or FORM)username
- the username (if any) used for the authenticationpassword
- the password (if any) used for the authentication
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Enjoy learning new things
I enjoy these things I've learnt so far
You can contact me via pidgin or google


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↑
Tilt down to see all places
← Move the device around to find spots →
↵
Map
Nearby
Geolocation
Compass
Accelerometer
Log


Rvmmin: Variable Metric Nonlinear Function Minimization
Variable metric nonlinear function minimization with bounds constraints.
| Version: |
2018-4.17 |
| Imports: |
optextras |
| Suggests: |
knitr |
| Published: |
2018-04-17 |
| Author: |
John C. Nash [aut, cre] |
| Maintainer: |
John C. Nash <nashjc at uottawa.ca> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| Materials: |
NEWS |
| In views: |
Optimization |
| CRAN checks: |
Rvmmin results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=Rvmmin
to link to this page.


To address the problem of predicting future trajectories of person and vehicles in surveillance applications. we collected and annotated a challenging set of traffic camera footages. This dataset is named Car Accident Trajectories (CAT) dataset, contains 2184 person/vehicle annotations from 205 videos which has been downloaded from YouTube. We divided it (by random sampling) to 1208 trajectories for training and 976 trajectories for testing. 103 videos has been selected randomly for training and 102 for testing. Therefore, no test trajectories is seen during training. Details to download this CAT dataset can be found in Download section.
This CAT dataset was built for the following problem:
Problem: Given a trajectory of \(T+\Delta\) points \(\mathbf{s}_t,~t=1,\ldots,T+\Delta\) where
\(\mathbf{s}_t=[x_t,y_t]\) is the coordinates of points in a 2D plane.
We let the algorithm observe first \(T\) points, and we ask it to predict the next \(\Delta\) points.
In another word, we want to build a computer algorithm \(f\) which can infer the future from past observations:
$$f(\{\mathbf{s}_t\}_{t=1}^T)=\{\mathbf{s}_t\}_{t=T+1}^{T+\Delta}$$
A common setting for CAT dataset is \((T,\Delta)=(8,12)\), i. e., given 8 points from the past, predict next 12 points of the trajectory.
Person/Vehicle trajectories in CAT dataset. Points in the same color define a trajectory. Traffic scenes can be very dense and the accidents can happen clearly or in a small corner. These movement patterns are often unusual and can be considered unacceptable in social contexts.


ST7789V Display driver
make sure this patch is applied : https://github.com/zephyrproject-rtos/zephyr/pull/20570/files
Overview
This sample will draw some basic rectangles onto the display. The rectangle colors and positions are chosen so that you can check the orientation of the LCD and correct RGB bit order. The rectangles are drawn in clockwise order, from top left corner: Red, Green, Blue, grey. The shade of grey changes from black through to white. (if the grey looks too green or red at any point then the LCD may be endian swapped).
Note: The display driver rotates the display so that the ‘natural’ LCD orientation is effectively 270 degrees clockwise of the default display controller orientation.
Building and Running
References
ST7789V datasheet [https://www.crystalfontz.com/controllers/Sitronix/ST7789V/]


-
An exercise created in a class using geolocation, csv parsing, and logging. Using the Geolocator Nuget Package the program will calculate the two furthest Taco Bell locations.
- Truecoders
Taco Parser Repository
-
This mock BestBuy database simulates an inventory management system along with employee sales records, through a console user interface via ASP.NET and used dabatbases in VS C# with dapper(ORM) via MySQL
- MM
Mock Best Buy DB
-
Truecoders bootcamp
- MM
Truecoders
-
Code Wars Progress
- MM
Code Wars
-
Check back for more projects.
- MM


Counts colors within color range(s) in images, and provides a masked version of the image with targeted pixels changed to a different color. Output includes the locations of the pixels in the images, and the proportion of the image within the target color range with optional background masking. Users can specify multiple color ranges for masking.
| Version: | 0.9.0 |
| Depends: | R (≥ 3.4.0) |
| Imports: | colordistance, tools, graphics, png, jpeg |
| Suggests: | knitr, rmarkdown, scatterplot3d |
| Published: | 2018-11-02 |
| Author: | Hannah Weller [aut, cre] |
| Maintainer: | Hannah Weller <hannahiweller at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | countcolors results |
| Reference manual: | countcolors.pdf |
| Vignettes: |
Bat wing WNS Bat wing WNS |
| Package source: | countcolors_0.9.0.tar.gz |
| Windows binaries: | r-devel: countcolors_0.9.0.zip, r-release: countcolors_0.9.0.zip, r-oldrel: countcolors_0.9.0.zip |
| OS X binaries: | r-release: countcolors_0.9.0.tgz, r-oldrel: countcolors_0.9.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=countcolors to link to this page.


table-section-js is a jQuery plugin adding sticky headers and/or sections "à la" iOS to HTML tables.
Scroll down and enjoy :-)
| # | First Name | Last Name | Username |
|---|---|---|---|
| 1 | Mark | Otto | @mdo |
| 2 | Jacob | Thornton | @fat |
| 3 | Larry | the Bird | |
| 4 | Mark | Otto | @mdo |
| 5 | Jacob | Thornton | @fat |
| 6 | Larry | the Bird | |
| 7 | Mark | Otto | @mdo |
| 8 | Jacob | Thornton | @fat |
| 9 | Larry | the Bird | |
| 10 | Section A | ||
| 11 | Mark | Otto | @mdo |
| 12 | Jacob | Thornton | @fat |
| 13 | Larry | the Bird | |
| 14 | Mark | Otto | @mdo |
| 15 | Jacob | Thornton | @fat |
| 16 | Larry | the Bird | |
| 17 | Mark | Otto | @mdo |
| 18 | Jacob | Thornton | @fat |
| 19 | Larry | the Bird | |
| 20 | Section B | ||
| 21 | Mark | Otto | @mdo |
| 22 | Jacob | Thornton | @fat |
| 23 | Larry | the Bird | |
| 24 | Mark | Otto | @mdo |
| 25 | Jacob | Thornton | @fat |
| 26 | Larry | the Bird | |
| 27 | Mark | Otto | @mdo |
| 28 | Jacob | Thornton | @fat |
| 29 | Larry | the Bird | |
| 30 | Section C | ||
| 31 | Mark | Otto | @mdo |
| 32 | Jacob | Thornton | @fat |
| 33 | Larry | the Bird | |
| 34 | Mark | Otto | @mdo |
| 35 | Jacob | Thornton | @fat |
| 36 | Larry | the Bird | |
| 37 | Mark | Otto | @mdo |
| 38 | Jacob | Thornton | @fat |
| 39 | Larry | the Bird | |
| 40 | Section D | ||
| 41 | Mark | Otto | @mdo |
| 42 | Jacob | Thornton | @fat |
| 43 | Larry | the Bird | |
| 44 | Mark | Otto | @mdo |
| 45 | Jacob | Thornton | @fat |
| 46 | Larry | the Bird | |
| 47 | Mark | Otto | @mdo |
| 48 | Jacob | Thornton | @fat |
| 49 | Larry | the Bird |
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Et voilà.


You are currently viewing this application!! Application is ment to be a tool to help aide is discovering new oppurtunities within Software Development community. Within the application, potential employers can read alittle bit about myself and my personal life, learn about a few applications I have developed and view my resume.
Wrapper Code is a platform ment for the rod building craft. The web application has a series of necessary Mathematical equations needed to completed specific decorative cross wraps. Curently there are three active calculators: Taper Offset(square reasoning), Taper Offset(offset patterning) and mult axis layouts. All calculations are dynamic and the output is specific to the user's specifications. I launched this app on June 20th, 2019 and have close to 300 paid registerest users, and growing strong!
This app started out as a referance, for myself, that provides guide sizes and spacing statistics specific to ice fishing rod blanks, blank lengths and handle lengths. I started passing the URL around to fellow rod builders and the app took off from there. The app has been through several renditions and is currently more of a "log book" than a guide spacing referance. Users can now create an account, get authenticated and save their own stats in the PostgreSQL database with specific notes and file uploads. Guide Spacing DB currently has over 8,000 registered users and is used several hundred times daily.
This app was developed to help streamline Anna's new employee's correctly fill out the New Employee document packet. The original packet consists of 62 pages where the staff would give this to the new employee to complete but is never properly completed. This app is user friendly, and guides the employee through the documentation and how to file correctly. Once the new employee has completed filling out all required fields, the app then creates a PDF file which contains the data the user provided/submitted, and is then emailed to an Anna's Bananas employee to process. This app is used daily and has been used several hundred times within the last year.
Full MEAN stack application that uses Passport for authentication, bcrypt for password hashings and adds a salt to all passwords from client to server side, Angular front-end and an Express/Postgresql back-end to create, maintain and save Fire and Gas Inspection logs that follow NFPA regulations and guidelines. The application has a User/Employee side and an Admin level to manage inspection details.
People Sourced Policy is an app that allows the Twin Cities communities get involved within the community of Minneapolis. Once logged in, User's can participate by adding their own ideas to the pre selected topics for each trimester or comment on other peoples ideas. Each tri-srmester contains a main topic with five sub-topics that pertain to the main topic. The app includes a user rights as well as admin rights where "admin" can change the topics, manage all comments and ideas and manage all users. This app is now owned by someone else and is in production.
Fishing Rod Wrap Designer is a simulator to show a user their thread color combinations before production starts on the fishing rod. The app gives the user a realistic idea on the design, width and color choices made before production is started on making the fishing rod. The user can pick from real thread MFG colors and change widths to create specific thread patterns. Users can also pick handles and view a scaled down version of the entire fishing rod, that includes: wraps, blank color, and a selected handle. This is a client side app that is using AngularJS.
Fishing Rod Wrap Designer is a simulator to show a user their thread color combinations before production starts on the fishing rod. The app gives the user a realistic idea on the design, width and color choices made before production is started on making the fishing rod. The user can pick from real thread MFG colors and change widths to create specific thread patterns. This is a client side application that is written in HTML, CSS and vanilla Javascript.
Local Weather Forcast App uses DarkSky's API to give the user the current weather conditions. The User can also view an hourly and daily graph thats displays current temp. "feels like" temp, humidity and chance of rain. lastly the user can view a 7 day outlook with high/low temps, sunrise/sunset times and chance of rain.


Based in Dublin, we design and build functional, beautiful and engaging applications
Websites & Digital Media
Websites for small and medium sized companies
Read More ❯
Web and App Development
We pride ourselves on performance, responsiveness and simple design
Read More ❯
Gamification
Using cutting edge game technology for entertainment, education or user engagement
Read More ❯