The business owners are able to advertise their products more effectively by giving incentives for the users in the local area to come and buy their stock. It also makes advertising more effective for these smaller businesses as they do not need to spend nearly as much on advertising on other platforms. It aims to appeal to this audience as an alternative to existing social media websites that focuses more on their surrounding community and benefits both the businesses and the customers by providing them with incentives to use the application rather than merely having a Facebook page that exists more as a communication platform between the user and business, or an advertisement in a newspaper/magazine, which may not be as common of a platform used by younger generations. When a business owner decides to sell of their remaining products they will advertise their sale on their website and provide a QR Code for the users based on the various deals.
As soon as a business owner puts up their sale promotion on their website, the people in the local area will receive a push notification on their phone screen. Once the user decides to swipe open the push notification they are able to see which local businesses company are selling their products at a discounted price. If the user wishes to go ahead and check out the store, all they have to do is show their QR Code to the local store and they will be able to purchase the product at the discounted price which they will automatically receive once they open the push notification. However, if they do not want to go to the store and check it out they can either delete or ignore the push notification or they can share their QR Codes with either their friends or family.


BEERxMATCH is a web application that visualizes personal beer check-in data from an iPhone/Android app Untappd.
With Untappd, you can check in beers you drink: search your beer and rate it up to 5 stars. When you check in, timestamp is also saved and you can tag a location where you drink.Each check-in data includes meta information of the beer such as style, ABV, brewery, and the origin country.
Harnessing these personal beer drinking data, BEERxMATCH analyzes these data and shows "quantified self" beyond the timeline on Untappd. With BEERxMATCH you can learn more about your everyday life around an interesting but otherwise hidden subject (i.e., beer drinking!) and to examine the comparison between you and and your friends' behavior.
BEERxMATCH showcases two views, Single and Match, each of which has a series of visualizations. See some of the visualizations!
You may, first of all, be curious how much you drink although you can roughly guess. Check out the daily, weekly, and monthly trend.
Play with the context - style, ABV, brewery, and the origin country - of the beers you love or hate.
On which days are you a more social drinker? How much did you drink when you traveled?
See your match with your friends in terms of beer taste. 100% is the beer soul mate. Also compare your drinking behavior.
Side-by-side visualization of you and your friends: Examine by day or hour, in bars or bubbles.
Differences in check-in counts visualized in chord chart.
BEERxMATCH (BM) uses Untapped API to acqure Unatappd users' data.
Thus if you're using BM on a public computer, make sure that you delete your data after playing with the site. To delete your dataset, click the trash icon on top of the visualization pages.


I am a Web developer and Android developer. I like to learn new things. I like to debug Application.
I am a Full-Stack Web developer.I use NodeJS as backend.I worked and make projects using REST API,Mongo DB & Word Press.
I have make intermiate Anroid Native Apps through Android Studio. I have make Many android apps like Just_Java App, Court_Counter App , Miwok App etc.
Take a look on my PROJECTS below. Want any help to improve to Webdite? Let's talk .
CONTACT ME


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Larry Page
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The BaselineModel
is dependent on msk.util.preprocess.Baseline
which stores all the logic for 4 methods of baseline removal.
The BaselineDialog
provides a very basic GUI for the user to select only
the method of baseline removal, and to choose the size of the window in which we calculate the baseline.
The class extends DefaultNodeSettingsPane
which makes this easy and quick to code.


Developer documentation for the utilities used to implement the MQTT-C client.
More...
|
| enum | MQTTQueuedMessageState { MQTT_QUEUED_UNSENT,
MQTT_QUEUED_AWAITING_ACK,
MQTT_QUEUED_COMPLETE
} |
| | An enumeration of queued message states.
|
| |
Developer documentation for the utilities used to implement the MQTT-C client.
- Note
- To deserialize a packet from a buffer use mqtt_unpack_response (it's the only function you need).
◆ mqtt_mq_get
| #define mqtt_mq_get |
( |
|
mq_ptr, |
|
|
|
index |
|
) |
| (((struct mqtt_queued_message*) ((mq_ptr)->mem_end)) - 1 - index) |
◆ __mqtt_next_pid()
| uint16_t __mqtt_next_pid |
( |
struct mqtt_client * |
client | ) |
|
Generate a new next packet ID.Packet ID's are generated using a max-length LFSR.
- Parameters
-
- Returns
- The new packet ID that should be used.
◆ __mqtt_puback()
| ssize_t __mqtt_puback |
( |
struct mqtt_client * |
client, |
|
|
uint16_t |
packet_id |
|
) |
| |
Acknowledge an ingree publish with QOS==1.
- Parameters
-
| [in,out] | client | The MQTT client. |
| [in] | packet_id | The packet ID of the ingress publish being acknowledged. |
- Returns
MQTT_OK
upon success, an MQTTErrors otherwise.
◆ __mqtt_pubcomp()
| ssize_t __mqtt_pubcomp |
( |
struct mqtt_client * |
client, |
|
|
uint16_t |
packet_id |
|
) |
| |
Acknowledge an ingree PUBREL packet.
- Parameters
-
| [in,out] | client | The MQTT client. |
| [in] | packet_id | The packet ID of the ingress PUBREL being acknowledged. |
- Returns
MQTT_OK
upon success, an MQTTErrors otherwise.
◆ __mqtt_pubrec()
| ssize_t __mqtt_pubrec |
( |
struct mqtt_client * |
client, |
|
|
uint16_t |
packet_id |
|
) |
| |
Acknowledge an ingree publish with QOS==2.
- Parameters
-
| [in,out] | client | The MQTT client. |
| [in] | packet_id | The packet ID of the ingress publish being acknowledged. |
- Returns
MQTT_OK
upon success, an MQTTErrors otherwise.
◆ __mqtt_pubrel()
| ssize_t __mqtt_pubrel |
( |
struct mqtt_client * |
client, |
|
|
uint16_t |
packet_id |
|
) |
| |
Acknowledge an ingree PUBREC packet.
- Parameters
-
| [in,out] | client | The MQTT client. |
| [in] | packet_id | The packet ID of the ingress PUBREC being acknowledged. |
- Returns
MQTT_OK
upon success, an MQTTErrors otherwise.
◆ __mqtt_recv()
Handles ingress client traffic.
- Parameters
-
- Returns
- MQTT_OK upon success, an MQTTErrors otherwise.
◆ __mqtt_send()
Handles egress client traffic.
- Parameters
-
- Returns
- MQTT_OK upon success, an MQTTErrors otherwise.
◆ mqtt_mq_clean()
Clear as many messages from the front of the queue as possible.
- Note
- Calls to this function are the only way to remove messages from the queue.
- Parameters
-
◆ mqtt_mq_find()
Find a message in the message queue.
- Parameters
-
| mq | The message queue. |
| [in] | control_type | The control type of the message you want to find. |
| [in] | packet_id | The packet ID of the message you want to find. Set to NULL if you don't want to specify a packet ID. |
- Returns
- The found message.
NULL
if the message was not found.
◆ mqtt_mq_init()
Initialize a message queue.
- Parameters
-
| [out] | mq | The message queue to initialize. |
| [in] | buf | The buffer for this message queue. |
| [in] | bufsz | The number of bytes in the buffer. |
◆ mqtt_mq_register()
Register a message that was just added to the buffer.
- Note
- This function should be called immediately following a call to a packer function that returned a positive value. The positive value (number of bytes packed) should be passed to this function.
- Parameters
-
| mq | The message queue. |
| [in] | nbytes | The number of bytes that were just packed. |
- Note
- This function will step mqtt_message_queue::curr and update mqtt_message_queue::curr_sz.
- Returns
- The newly added struct mqtt_queued_message.


A Few Streams to Learn From: Apacha Kafka!
Here I am in the middle of Qcon SF, about to enjoy the “Demystifying Stream Processing with Apache Kafka“ talk with Neha Narkhede @nehanarkhede. The background on this talk is rooted in Neha being a co-founder of Confluent.io, with co-founder Jay Kreps of Karka co-creation fame. Neha is providing a fundamental talk on the insight and usage of streams across distributed systems.
#Qcon "Demystifying Stream Processing w/ Apache Kafka" w/ @nehanarkhede pic.twitter.com/zgR2H87xVn
— Λdrøn (@Adron) November 18, 2015
Holy smokes the distributed systems track is CRAZY packed!! #qconsf pic.twitter.com/tVmUxExk0j
— Λdrøn (@Adron) November 18, 2015
That second tweet was of the room before we had to move to the keynote space to make room for everybody that was interested in the topic! Holy snikies!
If you’d like to read some more information on Kafka and streaming, check out some of these posts.
- Distributed Consensus Reloaded: Apache Zookeeper and Replication in Kafka by Neha Narkhede & Flavio Jungueira
- Spark + Kafka Streaming Integration (from Docs)
- The Kafka Project
- Getting the Code
- A crazy awesome list of papers & related material for those that love papers and want to read papers on Kafka. ;)
- Follow the Kafka project on Twitter, you should be on twitter, for professional and time killing reasons, because… just follow the account if you really want to keep up with the latest.
- Putting Apache Kafka to Use: A Practical Guide to Building a Streaming Data Platform Part 1 and Part 2.
- More on Spark and Kafka integration.
Visual Studio Code goes OSS & more Wicked F#!
As I’m sitting listening to Neha’s talk I see a stream (because I multi-task like a crazy person) of things getting mentioned about something something OSS and something something F# and something something Visual Studio Code. So even though we’re heavy into the middle of compaction, stream processings, discussions of queue points and how to manage so many things Kafka using a library with kstream DSL, processor API, and interfaces in a library Neha is discussing. It’s very interesting soI’m going back and forth between what Neha is talking about, taking notes on the specific topic points I’ll need to research after her talk, and reading up on these something something OSS something something F# somethign something Visual Studio Code tweets. Then I stumbled into the rabbit hole of goodies that I was seeing…
Visual Studio Code is OSS now w/ F# Goodies!At least, that’s my first response because this fixes my #1 complaint about Visual Studio Code. I hated that it wasn’t open source, when there was very little reason for it to be closed source. So much of it was open already, it just seemed confusingly absurd that it wasn’t open source. But here it is, wide open and ready for PRs yo! The Marketplace for Visual Studio now has a few new goodies for F# too which is excellent!HELL YEAH!
Most of this is mentioned on the Visual Studio Code blog of course, but I’m outlining a few of the bits here, since I know not too many follow the VSC blog that read my blog - for various good reasons! ;)
With that, I leave you with the two key tidbits that worked their way into my brain while I enjoyed learning about Kafka in Neha’s talk. Cheers!


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GEOG*2420
The Earth From Space
Electromagnetic Radiation
and the Spectrum
John Lindsay
Fall 2015
Readings
JR Jensen Chapter 2
Wave Properties of EM radiation
- Maxwell (1831-1879) conceptualized EMR as wave traveling through space at the speed of
light, c.
- c = 3x108 m/s, enough to circle the Earth 7.5 times a second!
- The EM wave consists of two orthogonal fluctuating fields, one electric and one magnetic.
(source: Jensen, 2007)
Wave Properties of EM radiation
(source: http://www.molphys.leidenuniv.nl/monos/smo/index.html?basics/light_anim.htm)
Properties of EM radiation
- Wavelength (λ) – distance between maximums
- Frequency (ν) – number of wavelengths that pass per unit of time
- Long wave lengths = lower frequency and vice versa
- That is, ν is inversely proportional to λ such that:
\(\nu=\frac c\lambda\)
Properties of EM radiation
(source: Jensen, 2007)
Common Units of Measurement
- Micrometre (not micrometer) μm: one millionth of a metre, 1 × 10-6 m
- Nanometre (nm): one billionth of a metre, 1 × 10-9 m or 1 × 10-3 μm
- Angstrom (Å): 0.1 nanometre or 1 × 10-10 m
- Also cm or metres for longer wavelengths
Common Units of Measurement
The Electromagnetic Spectrum
(source: "EM Spectrum Properties edit" by Inductiveload, information by NASA)
The Electromagnetic Spectrum
(source: Christopherson and Byrne, 2008)
The Electromagnetic Spectrum
(source: Jensen, 2007)
Portions of the Spectrum Important for Remote Sensing
- Ultraviolet: .10 μm — .40 μm
- Visible: .40 μm — .70 μm
- Blue: .40 μm — .50 μm
- Green: .50 μm — .60 μm
- Red: .60 μm — .70 μm
- Infrared: (.7—1) μm — 1000 μm, i.e. 1 mm
- Near or reflected: (.7—1) μm to 3 μm
- Mid-infrared: 3 μm to (25–50) μm
- Far or thermal: (25–50) μm to 1000 μm
- Microwave 0.3 cm to 30.0 cm
- Note: All ranges are approximate
The amount of energy associated with EMR is inversely related to its wavelength
(source: Jensen, 2007)
Interaction with matter
Reflectance
Reflectance is the ratio of energy reflected (bounced off) to the energy incident upon.
Reflectance
(source: NASA’s Observatorium, 1999)
Transmittance and Refractance
- Transmittance is the propagation of energy through a medium.
- Refractance occurs when EMR is transmitted through the interface between materials
of different optical density.
Refraction is bending of light due to a change
in speed
Absorptance
Why is the transmitted light from these filters coloured?
(source: http://www.aoe.com.au/filters.html)
Absorptance
- Absorbed energy is converted to some other form, e.g. heat.
- It is frequently re-radiated (emitted).
Atmospheric Scattering
- Results in a change in the path of a ray, but not the characteristics of light, i.e. the
speed and wavelength.
- Rayleigh Scattering: diameter of matter is smaller (<0.1) than λ
- Mie Scattering: due to particles approximately equal to the λ (dust, pollen, water vapour)
- Non-selective Scattering: due to large particles (water droplets)
Atmospheric Scattering
(source: Jensen, 2007)
Atmospheric Scattering
(source: Unknown)
The blue sky results from the preferential
scattering of the shorter blue wavelength of visible light...Rayleigh scattering!
Atmospheric Absorption
- Absorption occurs in the atmosphere due to interaction with water, carbon dioxide,
ozone and nitrous oxide.
- This gives the atmosphere absorption bands where no EMR at a certain λ is
available for remote sensing.
Atmospheric Windows
(source: Jensen, 2007)
Atmospheric Windows
(source: Jensen, 2007)


{% extends "app/layout.html" %} {% block navi_items %}
Purpose of this web application is to work as marketing material for me and provide information about my capabilities and interests. My professional career started in year 2003 when I first joined Nokia for summer trainee position. At that time I had 3 years of my master of science studies done and couple of years ahead. My first years I was doing many applications and scripts that were helping to automate and streamline integration processes phones software. I got graduated in December 2004. My main subject was Software Engineering and subsidiary subjects Digital and Computer Engineering and Communication Networks and Protocols.
In the beginning of 2007 I decided to pursue different kind of challenges and moved from SW integration to SW Customization area. In this position my main job was to study how different operator requirements can be implemented by variating the SW. After the technical implementation was clear it was documented so that group of subcontractors were able to perform the same steps for other products and operators. During these years I also continued SW development activites, for example I created test automation system, which purpose was to verify that manually created SW variants were configured according to customer specification. I also implement set of small tools that made creation of SW variants simpler and less error prone. This was the beginning of moving to more automated solutions, which requires less and less manual work and subcontracting.
In November 2008 I decided that it was a time to move forward. I applied and got selected to Product Owner position for Configuration Tools team. Our main product at that point was Eclipse based stand-alone tool that was used to create different customization files for Nokia S60 phones. Team also produced set of other tools like SW image creation tool. Main technologies at this point were Java and Perl. Pretty soon there raised requirement to automate integration and SW customization process more and at that point we started to implement Web based solution to solve this problem. This was complemented with Python application, which handled file generation part of the process. We selected Django as Web Framework. It is written in Python and this way majority of tooling in the team was using the same programming language, which made easy to move persons across the tools. Due to automation within short period of time subcontractor amount was reduced by 90% and this saved several millions of euros to the company. My duties within the project included lots of planning and designing of the system but I also coded many parts of the application, held the trainings and created user documentation. This first generation of the SW Customization tool chain was used for SW platforms like S40, Symbian S60, MeeGo and Windows Phone 7.X.
Due to organizational changes in year 2012 I got opportunity to take more responsibilities in addition to Product Owner role. I first time got direct reports. During this time we also had few subcontractors working in the same Scrum team. Line management duties included resource planning, subcontracting management and normal people management responsibilities like having feedback sessions, 1-to-1s and making personal development plans. At the same time in Product owner role I was designing and specifying next generation SW Customization toolchain for new SW Platforms. Main improvements compared to previous system were much clearer responsibilities of systems involved in the process and automating even larger part of the SW delivery chain. Separation of the services was implemented by specifying set of ReST APIs that were used system to system communication. As example UI part of the system was separated from SW Customization business logic with one ReST API and furthermore SW Customization business logic was separated from SW Image creation process with another ReST API. There was many services that were used across different phone SW platforms. In automation side for the first time SW delivery all factories and care points was fully automated. This removed the last need for subcontracting. Different instances of this project were used in phone SW platforms like Nokia X, S30+, Nokia Tablet and Windows Phone 8.x.
After another re-organization in year 2014 team increased with four people. We got responsibilites of doing quality assurance activities within the team and also couple of persons that were already working for the same tools were moved in line management wise also to the team. First time team wasn't co-located. There was one person working from Salo while others were still in Tampere. Microsoft decision to stop several SW platforms and streamline the business also had impact on how SW Customization was done in general. This opened opportunity to create less distributed and more focused system for Windows Phone 10 needs. I was responsible of leading this project. I consider myself as main architect of the system (while of course there were several others also included in the work). This time work was done by several different teams and totally work took almost one year and had more than 50 active persons working with it. Main difference compared to previous systems was change of configuration architecture to more modular. As example individual configuration points were splitted to layers, which were handled separately in the tooling. This helped to minimize work needed to maintain configurations and provided greater reuse of them. Also first time ever each Windows Phone 10 device worked optimally in every SW variant. No matter if user inserted Sonera or Elisa Sim card to Finnish or Spanish variant, all network settings were still configured in optimal way. In this project I was involved in everything from designing and coding to deployments and trainings. In this third generation of SW Customization tool chain we still had Python and Django in server side but UI was built using Angular.js. As system has been now in use more than an year I can say that this generation has really proven to be very flexible, easy to maintain and achieved all business goals for it.
After the second last re-organization I got selected to lead Build, Integration and Customization Tools team. Our responsibility area covered the whole SW delivery chain starting from Qualcomm and Windows intake to delivering SW images to factories, Care points and over-the-air to customers. Team structure was also quite much different. Team was located equally in two sites: Tampere and Espoo and team consisted of several nationalities and ethical backgrounds. Totally team was responsible of over 50 different SW tools and we actively developed roughly 10 of those. I want to cover 2 projects in more detail. The first was a system that based on the phone activation and configuration data decided whether certain volume based licenses must be paid or not. This was implemented as Azure WebApp using C# and ASP.NET in server side and Angular.js and JQuery in UI code. The second system targeted to deliver SW from RD to factories and service points using Azure in a way that requires less infrastructre and installation in factories that current system. This was implemented as mixed Azure WebApp and Windows Service running in factory premises. This was implemented with C# and ASP.NET.
Now when Microsoft has announced to to discontinue phone operations in Finland it is time to think next steps. I am looking for positions that include more coding related activities than previously. I can imagine myself doing mainly coding and rest of the time with customer to define what needs to implemented for their problem. I really want to be in more close co-operation with customer and have first-hand contact there. That is something I haven't experienced too much yet. I see that something is missing even I have in many projects defined features and splitted those to user stories. Prioritization and definition with customer instead of Product Managers just feels more right. On the other hand unfortunately I haven't had time to do enough coding in my current role and that has frustrated me quite much. My target was to use 30% time for coding activities but in very few week I have been able to achieve that.


e-petitions is unavailable over as we're making a number of enhancements. Sorry for the inconvenience. We'll be back online soon.


This is a simple implementation of Promises. It is a super set of ES6 Promises designed to have readable, performant code and to provide just the extensions that are absolutely necessary for using promises today.
For detailed tutorials on its use, see www.promisejs.org
N.B. This promise exposes internals via underscore (_
) prefixed properties. If you use these, your code will break with each new release.
Server:
$ npm install promise
Client:
You can use browserify on the client, or use the pre-compiled script that acts as a polyfill.
<script src="https://www.promisejs.org/polyfills/promise-6.1.0.js"></script>
Note that the es5-shim must be loaded before this library to support browsers pre IE9.
<script src="https://cdnjs.cloudflare.com/ajax/libs/es5-shim/3.4.0/es5-shim.min.js"></script>
The example below shows how you can load the promise library (in a way that works on both client and server using node or browserify). It then demonstrates creating a promise from scratch. You simply call new Promise(fn)
. There is a complete specification for what is returned by this method in Promises/A+.
var Promise = require('promise');
var promise = new Promise(function (resolve, reject) {
get('http://www.google.com', function (err, res) {
if (err) reject(err);
else resolve(res);
});
});
If you need domains support, you should instead use:
var Promise = require('promise/domains');
If you are in an environment that implements setImmediate
and don't want the optimisations provided by asap, you can use:
var Promise = require('promise/setimmediate');
If you only want part of the features, e.g. just a pure ES6 polyfill:
var Promise = require('promise/lib/es6-extensions');
// or require('promise/domains/es6-extensions');
// or require('promise/setimmediate/es6-extensions');
By default, promises silence any unhandled rejections.
You can enable logging of unhandled ReferenceErrors and TypeErrors via:
require('promise/lib/rejection-tracking').enable();
Due to the performance cost, you should only do this during development.
You can enable logging of all unhandled rejections if you need to debug an exception you think is being swallowed by promises:
require('promise/lib/rejection-tracking').enable(
{allRejections: true}
);
Due to the high probability of false positives, I only recommend using this when debugging specific issues that you think may be being swallowed. For the preferred debugging method, see Promise#done(onFulfilled, onRejected)
.
rejection-tracking.enable(options)
takes the following options:
boolean
) - track all exceptions, not just reference errors and type errors. Note that this has a high probability of resulting in false positives if your code loads data optimisticlyArray<ErrorConstructor>
) - this defaults to [ReferenceError, TypeError]
but you can override it with your own list of error constructors to track.onUnhandled(id, error)
and onHandled(id, error)
- you can use these to provide your own customised display for errors. Note that if possible you should indicate that the error was a false positive if onHandled
is called. onHandled
is only called if onUnhandled
has already been called.To reduce the chance of false-positives there is a delay of up to 2 seconds before errors are logged. This means that if you attach an error handler within 2 seconds, it won't be logged as a false positive. ReferenceErrors and TypeErrors are only subject to a 100ms delay due to the higher likelihood that the error is due to programmer error.
Before all examples, you will need:
var Promise = require('promise');
This creates and returns a new promise. resolver
must be a function. The resolver
function is passed two arguments:
resolve
should be called with a single argument. If it is called with a non-promise value then the promise is fulfilled with that value. If it is called with a promise (A) then the returned promise takes on the state of that new promise (A).reject
should be called with a single argument. The returned promise will be rejected with that argument.These methods are invoked by calling Promise.methodName
.
(deprecated aliases: Promise.from(value)
, Promise.cast(value)
)
Converts values and foreign promises into Promises/A+ promises. If you pass it a value then it returns a Promise for that value. If you pass it something that is close to a promise (such as a jQuery attempt at a promise) it returns a Promise that takes on the state of value
(rejected or fulfilled).
Returns a rejected promise with the given value.
Returns a promise for an array. If it is called with a single argument that Array.isArray
then this returns a promise for a copy of that array with any promises replaced by their fulfilled values. e.g.
Promise.all([Promise.resolve('a'), 'b', Promise.resolve('c')])
.then(function (res) {
assert(res[0] === 'a')
assert(res[1] === 'b')
assert(res[2] === 'c')
})
Non Standard
Takes a function which accepts a node style callback and returns a new function that returns a promise instead.
e.g.
var fs = require('fs')
var read = Promise.denodeify(fs.readFile)
var write = Promise.denodeify(fs.writeFile)
var p = read('foo.json', 'utf8')
.then(function (str) {
return write('foo.json', JSON.stringify(JSON.parse(str), null, ' '), 'utf8')
})
Non Standard
The twin to denodeify
is useful when you want to export an API that can be used by people who haven't learnt about the brilliance of promises yet.
module.exports = Promise.nodeify(awesomeAPI)
function awesomeAPI(a, b) {
return download(a, b)
}
If the last argument passed to module.exports
is a function, then it will be treated like a node.js callback and not parsed on to the child function, otherwise the API will just return a promise.
These methods are invoked on a promise instance by calling myPromise.methodName
This method follows the Promises/A+ spec. It explains things very clearly so I recommend you read it.
Either onFulfilled
or onRejected
will be called and they will not be called more than once. They will be passed a single argument and will always be called asynchronously (in the next turn of the event loop).
If the promise is fulfilled then onFulfilled
is called. If the promise is rejected then onRejected
is called.
The call to .then
also returns a promise. If the handler that is called returns a promise, the promise returned by .then
takes on the state of that returned promise. If the handler that is called returns a value that is not a promise, the promise returned by .then
will be fulfilled with that value. If the handler that is called throws an exception then the promise returned by .then
is rejected with that exception.
Sugar for Promise#then(null, onRejected)
, to mirror catch
in synchronous code.
Non Standard
The same semantics as .then
except that it does not return a promise and any exceptions are re-thrown so that they can be logged (crashing the application in non-browser environments)
Non Standard
If callback
is null
or undefined
it just returns this
. If callback
is a function it is called with rejection reason as the first argument and result as the second argument (as per the node.js convention).
This lets you write API functions that look like:
function awesomeAPI(foo, bar, callback) {
return internalAPI(foo, bar)
.then(parseResult)
.then(null, retryErrors)
.nodeify(callback)
}
People who use typical node.js style callbacks will be able to just pass a callback and get the expected behavior. The enlightened people can not pass a callback and will get awesome promises.
MIT


Back
Our goals were to make the website more personal, visually appealing, and informative. I was tasked with the development of the website and ensuring the final product functioned properly. As the developer, I arose to the challenge of replicating a complicated, new design and I succeeded by learning new CSS techniques, setting up the Gulp workflow, managing dependencies, and creating custom JavaScript components.
The website is fully responsive across all different devices and is more user friendly. Not only is the design also more visually appealing to visitors, but it perfectly reflects our style and captures our growth as designers. We have received a lot of positive feedback about the functionality and design of this site, and we are happy with the final product.
Type:
Website Design/Development and Branding
Date:
September 2018
Collaborators:
Allison Pao
Technologies:
BACK TO TOP


In the class, we learnt how to use Fusion 360 to do CAD design such as making models. In order to build all of these models, we need to know the hight, depth and wideth of the things we want to make. In addition, we need to use the techniques such as how to sketch, extrude, mirror, holes and copy/move to make a 2D sketch become a 3D models. It is a really challenge process, but I really get the sense of satisfaction after I successfully finish making all the models for my project which is choosing 6 models to make out of 50.
Making these models for me is a hard thing at the beginning. I was not really familir with how to change models' size or how to extrude. Therefore it took me more time to make these models compare to others. However, after I finished these six models as practices, I am more skillful at building models by using Fusion 360.
Another challenge that I need to do is to make a hinge according to a Youtube video. It is complicate to make a hinge. I found a video on Youtube which teaches me how to design a hinge step by step. Bascially the hinge is consisted of two parts which are easy to make. What really chanllege here is how to combine these two parts of hinge to gether and at the same time allow the joint of hinge to move. After I failed for several times, I finally use the function wihch called Joint combined the two parts together. Here is my hinge!


v
The idea of fun in learning can be a hard one to grasp. Do you remember the last time you sat down just to learn something new or improve your skills at work? Though the idea of self-development is exciting, the process is usually a bit dull. There’s a lot of hard, boring work to do before you can reap the rewards. Sometimes it’s tough to motivate yourself. Winston Churchill said, “Personally I’m always ready to learn, although I do not always like being taught”. This is how most of us see learning and development. That’s because the approach to training hasn’t evolved since Churchill was yawning at the back of a classroom. The thought of accessing an online learning platform probably doesn’t fill you with a sense of giddy joy..


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Creating a serverless blog system
downloaded Node.js
updated git
installed Hexo
1 | sudo npm install -g hexo-cli |
Navigate to the directory where you want your site to reside, then create a new empty project
1 | hexo init blog.mastertheclouds.com |
- this clones a hexo-starter project from git
#h2 Here are my hexo command notes:
1 | hexo new <filename> |
- makes a new post/file in the _posts folder
1 | hexo new draft <filename> |
- makes a draft post in the _posts/drafts folder
you can use command to see the drafts temporarily
1 | hexo server --draft |
when you are ready to publish, use
1 | hexo publish <filename> |
- moves to a the _posts folder
hexo new page
- creates a dir with filename, used for an “About us” type page
I went over to github and created a public repository for blog.mastertheclouds.com.
I then signed into the AWS console, and created a matching S3 bucket with versioning enabled, and encryption enabled using Server-side encryption Amazon S3 master-key (SSE-S3). I also enabled static website hosting.
This bucket will be private, and can only be accessed by going through a Cloudfront distribution.
arn:aws:s3:::blog.mastertheclouds.com
note: need:
index.html and error.html
buildspec.yaml
Setting up Cloudfront
using these settings:
- Redirect HTTP to HTTPS
- using a cache policy
- since this is primarily a development tool, using Managed-CachingDisabled
- using a Custom SSL certificate, set for *.mastertheclouds.com
- security policy is set to TLSv1.2_2019
Setting up Route 53
I went to my hosted zone, and added an A record to point to the distribution
d21o54m1ge68qs.cloudfront.net
Creating a CodeBuild project
blog-mastertheclouds-com setup to point at the github repository.
repo is https://github.com/sjohnsonpbh/blog.mastertheclouds.com.git
checked Webhook - rebuild every time a change is pushed
use a Managed Image, Operaing system Ubuntu
using a buildspec.yaml file
First build failed, no buildspec.yaml file. Rookie mistake…
Cloning the repo in VSCode
setting up Git
git config –global user.name “Scott Johnson”
git config –global user.email<EMAIL_ADDRESS>manually added the buildspec.yml file and re-tried the Codebuild
failed again,
I now have 31 tabs open
run this:
npm install -g npm
setup a test for a word on index.html ?
after installing Amplify CLI and signing into AWS, I created a new IAM user amplify-user, and then in the blog.mastertheclouds.com directory, I ran
amplify init
amplify add hosting
￼
￼
amplify publish -c
￼


Week 1 - Sign up for an XSEDE account here - Download putty terminal (for windows machines only!) here - Command line bootcamp: You can (and should) be working on this from you personal laptop.
Week 2 - Log in to Jetstream. Here is some info about it. - Setting up your Jetstream VM for mac users - Setting up your Jetstream VM for windows users - Launch a Jetstream instance - Connect to a Jetstream instance
Week 3 - Command Line BLAST
Week 4 - Use a HMM to identify unknown sequences
Week 5 - Trimming fastQ files - Download notrim.zip - Download p2trim.zip - Download p10trim.zip - Download p30trim.zip
Week 6 - Mapping read data
Week 8 - genome assembly - Download Illumina _report.pdf - Download PacBio_report.pdf
Week 9 - transcriptome assembly
Week 10 - gene expression
Week 11 - final project tips
Final project example - transcriptome project example


Mandor Mountains [ao21], mountain, in Mandoria, peasants: 209
Last updated Turn #140
Mandor Mountains [ao21], mountain, in Mandoria, peasants: 209
------------------------------------------------------------------------
30: The population grows by one peasant.
Province controlled by Castle Phoenix [w3p], castle, in Open
Pampas [au23]
Routes leaving Mandor Mountains:
North, mountain, to Mandor Mountains [an21], 10 days
East, mountain, to Mandor Mountains [ao22], 10 days
Garrison [fh5s], garrison, Mandor Confederacy, with ten soldiers
South, mountain, to Mandor Mountains [ap21], 10 days
Garrison [ag6y], garrison, uncontrolled, with ten peasants
West, swamp, to Barren Bogs [ao20], 14 days
Seen here:
Garrison [dd0w], garrison, uncontrolled, with ten undead


Just before the test part of a loop.
This is were for
loops automatically put it,
and where it is sensible to put it if you are implementing a loop with a while.
Here is another example. Notice that the loop body is a block statement although there is only one statement nested inside the block. This is syntactically correct.
int count; for ( count = 0; count < 7; count++ ) { System.out.println( "count is: " + count ); } System.out.println( "Done with the loop" );
Here is a JavaScript version of this loop.
To see the code behind this demonstration, in your Web browser click "View" then "Source". Of course, because this is Javascript, not Java, there are several differences.


Once you have Spectre installed, use:
>>> spectre startapp <appname>
to create an application stub. For example, let’s create getting_started app. Type in command prompt:
>>> spectre startapp getting_started
You’ll see a folder was created:
getting_started/
fan/
static/
templates/
build.fan
Test you app by starting development server:
>>> spectre rundevserver getting_started
and pointing browser at http://localhost:8080/. You should see Spectre stub page. Let’s see how it works.
The only thing mandatory in stub app is the build.fan file, it must exists in the root folder of your app. Anything else may be changed to better fit your needs. In build.fan you can see a dependency on Spectre specified:
using build
class Build : build::BuildPod {
new make() {
podName = "getting_started"
summary = ""
srcDirs = [`fan/`]
depends = ["sys 1.0", "spectre 0.8+"]
}
}
In fan/app.fan you’ll see a root application’s class:
using spectre
class Getting_startedApp : Settings {
new make(Str:Obj? params) : super(params) {
...
}
}
You’ll need one and only one Settings implementation in your app, it will be used as a root of your application. For application to work, you set Settings.root property to the root Turtle of your application.
You also should see a couple of routes specified. Routes are specified by creating Router class and passing a list of [route path, view method] tuples to it. Let’s change it a little:
using spectre
class Getting_startedApp : Settings {
new make(Str:Obj? params) : super() {
routes = Router {
["/", IndexView#index],
}
}
}
Our route still points at an unimplemented class method (view). To implement it, we just create a class with index method returning Res:
class IndexView {
Res index() {
return Res("
Hello from the other world!
"
+ "List of items")
}
}
If you refresh http://localhost:8080/ in browser, you should see your hello message. Relax, take a cup of coffee, take a deep breath. We’re just in the beginning.
What we’ve done is the simplest possible way to implement view: just return Res instance with all the content of html page. However, we are not using any power of templates at all. Let’s fix that in ItemsView:
class ItemsView {
[Str:Obj][] items() {
[["id": 1, "name": "Item 1"],
["id": 2, "name": "Item 2"],
["id": 3, "name": "Item 3"]]
}
TemplateRes list() {
return TemplateRes("items_list.html", ["items": items])
}
}
By returning TemplateRes, we are sending data obtained in view (items) to be rendered in template items_list.html with context ["items": items]. Let’s create items_list.html template in templates folder:

<meta http-equiv="Content-Type"
content="text/html; charset=utf-8" />

Items:

{{#items}}

{{name}}

{{/items}}

← Return to main page

Syntax used here is the Mustache template language. You can find a really short introduction to Musatche syntax on their website.
For this template to work, we should set up template renderer, in our case it will be MustacheRenderer class. After that, TemplateRes will then be properly intercepted by it and rendered to the proper HTML. Add this to Getting_startedApp constructor:
renderer = MustacheRenderer([appDir + `templates/`])
And don’t forget to add a route to our brand-new ItemsView class:
routes = Router {
["/", IndexView#index],
["/items/", ItemsView#list],
}
Switch back to your browser, find a link on the index page and click it. You should be redirected to view we’ve just implemented. Have you noticed that without restarting the server you still could see new changes? That’s a feature, not a bug (see Spectre development server for more details. You also will find out how to put static files into your project — css, js, images. This can make your app much prettier).
But we’re not using any request parameters yet. Let’s fix it by creating a page for individual item. Add a method to ItemsView:
TemplateRes edit(Str itemId) {
Int _itemId := Int.fromStr(itemId)
item := items.find { it["id"] as Int == _itemId }
return TemplateRes("item_edit.html", ["id": item["id"],
"name": item["name"]])
}
now add a route:
routes = Router {
...
["/items/{itemId}/", ItemsView#edit],
}
itemId parameter will be captured in url and passed to your view as an Str argument with the same name. Finally you create a template:

<meta http-equiv="Content-Type"
content="text/html; charset=utf-8" />

{{name}}

<form action="." method="POST">

Id:	{{id}}

Name:
<input type="text" name="name" value="{{name}}"/>

{{message}}

<input type="submit" value="Save changes"/>

</form>

← Return to items

Now on http://localhost:8080/items/1/ you should see a form, but the button doesn’t work. Let’s change our view a little:
// Warning! Not safe for real-world use with concurrent website access.
static const Unsafe itemsUnsafe := Unsafe(
[["id": 1, "name": "Item 1"],
["id": 2, "name": "Item 2"],
["id": 3, "name": "Item 3"]])
[Str:Obj][] items() { itemsUnsafe.val }
TemplateRes edit(Str itemId, Req req) {
Int _itemId := Int.fromStr(itemId)
item := items.find { it["id"] as Int == _itemId }
Str message := ""
if (req.method == "POST") {
item["name"] = req.post["name"]
message = "Item ’" + item["name"] + "’ saved"
}
return TemplateRes("item_edit.html", ["id": item["id"],
"name": item["name"],
"message": message])
}
Here we detect form posting via Req.method attribute, and then access form data through Req.post which is a map-like object containing all POST parameters.
We’ve changed items to be stored in the static array (only one instance for app) using Unsafe. As you can get from the name, it’s not safe for multi-threaded environment, but ok for our single-user demo. “Save changes” button should work now. Of course, changes won’t persist across application restart, but hey, it’s just a demo. You should get the general idea.
Last thing is missing: we should redirect back to page using GET after processing POST request to avoid form reposting on page refresh. Let’s see how we can do this:
Res edit(Str itemId, Req req) {
Int _itemId := Int.fromStr(itemId)
item := items.find { it["id"] as Int == _itemId }
if (req.method == "POST") {
item["name"] = req.post["name"]
Str message := "Item ’" + item["name"] + "’ saved"
return ResRedirect(Uri.fromStr("/items/" + item["id"]
+ "/?message=" + Util.urlencode(message)))
}
Str message := req.get.get("message", "")
return TemplateRes("item_edit.html", ["id": item["id"],
"name": item["name"],
"message": message])
}
Here we just return ResRedirect from view that will issue 302 FOUND http redirect. We also encode() message value, so if it contains any of &, = or ; characters they will be backslash-escaped.
Congratulations! You’ve just completed this tutorial and should have basic undestanding of how to build applications with Spectre. You may now continue by reading Understanding basics to get a deeper understanding of how these things actually work. Wish you good luck!
Note
Full source code of this tutorial can be found in examples/getting_started dir inside Spectre distribution.


#Genuary2021
January 11th
Prompt
Use something other than a computer as an autonomous process (or use a non-computer random source).
Interpretation
Both input images were created using process that introduces randomness because of their nature. Reflections created by taking the pictures introduce another level of uncontrolled color changes. The combination of both effects is close to real randomness.
While the black-and-white image creates the ususal b/w noise, the colorful image is the first one in this row of experiments that actually created colors during its rendering process.


SQL injection occurs when SQL statements are inserted into a database and automatically run when the database is reviewed by a computer. This may be a problem because executable code causing the loss of data may be hidden inside a large database and remain undetected until too late. One way to help mitigate the occurance of SQL injection is by automatically escaping characters that have a meaning in SQL, thereby preventing the system from the seeing these characters as having that special meaning and preventing execution of the code. Other methods for mitigation are available, but escaping is one example.


Choosing this menu entry opens the dialog Poker Test.
For the Poker Test, the sub-sequence s of length n with si element from [0; 1]; 0 <= i <= n - 1 that is to be tested must be transformed through ui = d * si; 0 <= i <= n - 1, into whole numbers from the range [0; d - 1]. Let us now consider in each case five integer, contiguous, non-overlapping numbers that follow in sequence from u. The following patterns can occur, as in a game of poker:
Bust: abcde
One Pair: aabcd
Two Pairs: aabbc
Three of a Kind: aaabc
Full House: aaabb
Four of a Kind: aaaab
Five of a Kind: aaaaa
One determines how often each of these five tuples occurs in the sequence. One then compares the values calculated with the expected values, using a chi^2 test. The probabilities for the various models can be specified as follows with a transformation factor of d = 10.
P("abcde") = 0.3024
P("aabcd") = 0.504
P("aabbc") = 0.108
P("aaabc") = 0.072
P("aaabb") = 0.009
P("aaaab") = 0.0045
P("aaaaa") = 0.0001
A chi^2 test can be carried out with six degrees of freedom on the frequency distribution of the seven classes with d = 10. Only the number of the different values is calculated here and this is then used to reduce the number of classes to five categories. For each class, the following probabilities hold true:
P("5 different") = 0.3024
P("4 different") = 0.504
P("3 different") = 0.180
P("2 different") = 0.0135
P("1 different") = 0.0001
Menezes Alfred J., Van Oorschot Paul C. and Vanstone Scott A. (1997), Handbook of Applied Cryptography, CRC Press, Boca Raton, New York, London contains the following variant of the classic Poker Test for binary sequences. For every number m there are 2^m different possibilities for a binary sequence of length m. Under this test, sequence s is split into blocks of length m and then the probability of each of the 2^m possible sub-sequences of length m contained in s is determined. The Poker Test now checks whether the 2^m possible values occur to an acceptable extent in the sequence.
Let m be a positive, whole number for which (n/m) >= 5 * 2^m, and let k = (n/m). We now break down sequence s into k non-overlapping parts, each of length m. We then count the number of occurrences of the 2^m possible m-bit values in the sequence. Let n_i be the number of the m-bit value i, 0 <= i <= 2^m - 1. The Poker Test now determines whether all sub-sequences of length m occur approximately equally often in s.
The test statistics used are given by
X3 = (2^m / k) * (sum[i = 0; i = 2 ^ m – 1] ni ^ 2) - k
whereby X3 approaches a chi^2 distribution with 2^m-1 degrees of freedom. It is recommended repeating the test several times with different values for m.
Example of a Poker Test
By way of illustration, a classical Poker Test will be carried out on the short binary sequence
s =
00010111 01101101 01111101 11110011 00101111
00001111 10100100 11001111 11000011 11010001
11010001 00101110 11010100 11000011 01010001
11010110 00110010 10001111 00000111 01000111
of length n = 160 (20 bytes). The significance level is set with alpha = 0.05.
We choose m=3 (tuple size). The analysis of the k=53 non-overlapping trigrams contained in s produces the following:
N[000] = 4 N[100] = 9
N[001] = 8 N[101] = 9
N[010] = 3 N[110] = 4
N[011] = 9 N[111] = 7
Let us now calculate the test statistics for the Poker Test:
X3 = (8 / 53) * (4^2 +8^2 +3^2 +9^2 +9^2 +9^2 +4^2 +7^2) – 53 = 6.925
According to the table for the chi^2 distribution, with a significance level of alpha = 0.05 and a chi^2 distribution with 2^3-1 = 7 degrees of freedom, the threshold value is 14.07. With X3 = 6.925 <= 14.07, sequence s passes the poker test.
References:


{% extends "base.html" %} {% import "macros.html" as macros with context %} {% block content %}
{{ note.content|safe }}
This user doesn't have any notes.


Before Change
for url in urls:
print(url, file=url_fp)
os.kill(int(pid), SIGNAL)
sys.exit(0)
print("No existing %s process: starting a new one." % progname)
// Return control to the shell before creating the window:
After Change
// instead of creating a new window.
// XXX This should be in a try, and then fall through if no answer.
urls = args[1:]
try:
for url in urls:
print("Trying to send", url)
BrowserWindow.send_command("new-tab", url)
sys.exit(0)
except FileNotFoundError as msg:
print("No existing %s process: starting a new one." % progname)
// Remove the --new-tab argument
args = args[1:]
// Return control to the shell before creating the window:
rc = os.fork()
if rc:
sys.exit(0)


One person killed in violence near Bolivian fuel plant
by Natacha Pisarenko, The Associated PressEL ALTO, Bolivia -- Security forces in Bolivia on Tuesday launched an operation to supply gasoline from a major fuel plant that had been blockaded by supporters of former President Evo Morales.
At least one person was killed and eight were injured during the operation in the city of El Alto, near La Paz, the public defender's office and a hospital said.
The circumstances of the violence were not immediately clear, though an Associated Press journalist in the area heard shooting near the fuel plant.
Smoke rose from fires set by protesters and a military helicopter was seen flying over the area.
The public defender's office identified the man who was killed as 31-year-old Deybi Posto Cusi.
Some Bolivian cities have reported food and gasoline shortages because of demonstrations by pro-Morales groups. The operation by security forces was aimed at restoring the supply of fuel to communities.
Victor Hugo Zamora, the hydrocarbons minister, told ATB television that 23 tanker trucks were able to load up on fuel at the plant after days of blockades.
Morales resigned on Nov. 10 following a disputed election and massive protests by Bolivians who believe he rigged the vote. He left for asylum in Mexico.
About two-dozen people have been killed in unrest since the Oct. 20 election. An interim government says it wants to organize new elections, but it faces fierce opposition from Morales' camp.
A U.N. envoy and church groups are trying to broker dialogue among Bolivia's factions.


Successful! Your freelancer profile has been updated!
Overview
My freelancer profile
Avdeenko Oleg Alexandrovich
freelancer, web developer-
Employment
-
About me
My name is Oleg Avdeenko and I was born in 1989. I have graduated from Poltava University of Economics and Trade (Poltava, Ukraine) with a degree in Economic Cybernetics.
I started my career path in 2010 with projects at UCOZ - MobileMonkey (the site for mobile phones), sites for the cinema named after Kotlyarevskiy, the Listopad Leisure Palace, etc. Afterwards I studied CMS Drupal and due to it, I transferred all sites into it. In 2013, I was working as a system administrator as well as creating a website for the hotel "Kiev", the Recreation center in Zatoka. Then there were several projects on CMS Joomla which were created on my own. Since 2015 I developed CS GO roulettes on node.js and mongoDB, which included data parsing and browser emulation. Since 2016 I started developing plugins, templates for CMS DLE, Wordpress, Opencart and Drupal and configuring and installing them on a VPS server. My further diverse projects were written in pure PHP from scratch (Back-End and Front end, plus admin panels). Since 2018, I made 2 online stores based on the Laravel framework: a t-shirt store, a a lingerie store (96% completed). I have also written some extensions for Browser and Telegram bots. -
My main skills


{% extends "sentry/teams/members/index.html" %} {% load i18n %} {% block title %}{% trans "New Member" %} | {{ block.super }}{% endblock %} {% block sidebar %} {{ block.super }}
{% blocktrans %}The primary difference between access levels is team management. Any member with admin access is treated almost identical to the team owner.{% endblocktrans %}
{% endblock %} {% block inner %}{% trans "Invite a member to join this team via their email address. If they do not already have an account, they will first be asked to create one." %}
{% with invite_form as form %} {% include "sentry/partial/_form.html" %} {% endwith %}{% trans "You may add a user by their username if they already have an account." %}
{% with add_form as form %} {% include "sentry/partial/_form.html" %} {% endwith %}


Class AppendRowsFuture (2.4.0)
AppendRowsFuture(
manager: google.cloud.bigquery_storage_v1beta2.writer.AppendRowsStream,
)
Encapsulation of the asynchronous execution of an action.
This object is returned from long-running BigQuery Storage API calls, and is the interface to determine the status of those calls.
This object should not be created directly, but is returned by other methods in this library.
Inheritance
builtins.object > google.api_core.future.base.Future > google.api_core.future.polling.PollingFuture > AppendRowsFutureMethods
add_done_callback
add_done_callback(fn)
Add a callback to be executed when the operation is complete.
If the operation is not already complete, this will start a helper thread to poll for the status of the operation in the background.
| Name | Description |
| fn |
Callable[Future]
The callback to execute when the operation is complete. |
cancel
cancel()
Stops pulling messages and shutdowns the background thread consuming messages.
The method does not block, it just triggers the shutdown and returns
immediately. To block until the background stream is terminated, call
result()
after cancelling the future.
cancelled
cancelled()
:returns: True
if the write stream has been cancelled.
:rtype: bool
done
done(retry: typing.Optional[google.api_core.retry.Retry] = None)
Check the status of the future.
exception
exception(timeout=None)
Get the exception from the operation, blocking if necessary.
| Name | Description |
| timeout |
int
How long to wait for the operation to complete. If None, wait indefinitely. |
| Type | Description |
| Optional[google.api_core.GoogleAPICallError] | The operation's error. |
result
result(timeout=None, retry=<google.api_core.retry.Retry object>)
Get the result of the operation, blocking if necessary.
| Name | Description |
| timeout |
int
How long (in seconds) to wait for the operation to complete. If None, wait indefinitely. |
| Type | Description |
| google.api_core.GoogleAPICallError | If the operation errors or if the timeout is reached before the operation completes. |
| Type | Description |
| google.protobuf.Message | The Operation's result. |
running
running()
True if the operation is currently running.
set_exception
set_exception(exception)
Set the result of the future as being the given exception.
Do not use this method, it should only be used internally by the library and its unit tests.
set_result
set_result(result)
Set the return value of work associated with the future.
Do not use this method, it should only be used internally by the library and its unit tests.


Welcome to my portfolio where I am showcasing the different projects I have done throughout this semester. In this portfolio I have combined my culuture with art and created projects I hope introduce fresh perspectives.
About MeThis is my first sketch depicting images of my home, Monument Valley, and aspects of my tribal nation. There are four Navajo baskets on each corner of the canvas, and the Navajo Nation seal in the middle. The background changes color with the movements of the mouse which in many ways can resemble a changing environment. Though the environment changes with movement, the aspects of culture and home remain constant. Written at the top of the page I have written "Yá'át'ééh",the Navajo word for "hello". Also written is "Nizhónígo Nee Ado’ááł", which translates to, "have a good day". The protections and preservation of my Indigenouse language, culture, and ancestral lands is important to me and it is what I hoped to depict in my sketch.
View ProjectThis sketch was inspired by all the rain we have been getting in North Caroina this spring. In Navajo culture we recognize two forms of rain, male and female. Male rain is more associated with thunderstorms and torrential rain, often occuring during monsoon seasons. Female rain is more of a gentle, slow-moving rain, accompanied frequently by low clouds and mist. Additionally, Female rains are associated with the stirring of the seasons when spring rains bring the high desert to life - this is especially true in the Southwest where our ancestral lands are located. Like much else in our cultural beliefs there is duality introduced in rain and we recognize this equilibrium between the two forces, qualities, and characteristics to enable healthfulness, harmony, and beauty. I wanted to incorporate and share this knowledge visually in my sketch.
View ProjectI wanted my Data Visualization project to reflect an historical year for Native American Women. Seeing women who look like me run for public office and win has been transformational. I wanted to share how important this history is not just for Native communities, but for all communities because women have always had a seat at the table in many tribal societies. It is only now that this is beginning to be reflected on the local, state, and fedral levels. I wanted to use this project to highlight what an amazing year it has truly been for Native women. By creating a map, I hope to offer a visual for how many Native women ran for office across the country!#NativeWomen18
View ProjectI decided that I wanted to expand my original sketch I did on the Navajo interpretation of rain. I had a lot of fun creating that piece and the feedback I received from my classmates was really positive and they even had more questions on the concepts begin my piece. So, I wanted to expand my project by adding more conceptual information on what inspired my creative process. I included a really pretty timelapse of a rainy day in Monument Valley, UT on the Navajo Nation. Additionally, there are tabs viewers can select that will lead them to more information on the Navajo myth I was told as a child in regards to the first rain. I have also added a basic description of the Navajo emergence story and philisophical beliefs as well as the male and female logic we have of rain.
View ProjectIf you have any comments or questions about my work, let's connect!


|
IAIK PKCS#11 Wrapper version 1.2.17 |
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
This interface defines the available certificate types as defined by PKCS#11: X_509_PUBLIC_KEY, X_509_ATTRIBUTE or VENDOR_DEFINED.
| Field Summary | |
static Long |
VENDOR_DEFINED
The indentifier for a vendor-defined certificate. |
static Long |
X_509_ATTRIBUTE
The indentifier for a X.509 attribute certificate. |
static Long |
X_509_PUBLIC_KEY
The indentifier for a X.509 public key certificate. |
| Field Detail |
public static final Long X_509_PUBLIC_KEY
public static final Long X_509_ATTRIBUTE
public static final Long VENDOR_DEFINED
|
IAIK PKCS#11 Wrapper version 1.2.17 |
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


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Main
- Class in
gui.panels.monitoring.example
Main()
- Constructor for class gui.panels.monitoring.example.
Main
main(String[])
- Static method in class gui.panels.monitoring.example.
Main
main(String[])
- Static method in class gui.panels.monitoring.example.
StatisticMain
Main
- Class in
main
Main()
- Constructor for class main.
Main
main(String[])
- Static method in class main.
Main
MAXSIZE_FOREACH_RESPPACK
- Static variable in class shared.
Constants
The max number of responses we want for each responses pack
MENU_FILE
- Static variable in class tools.
GUIConstants
MENU_FILE_EXIT
- Static variable in class tools.
GUIConstants
MENU_FILE_NEW
- Static variable in class tools.
GUIConstants
MENU_FILE_NEW_TEST
- Static variable in class tools.
GUIConstants
MENU_FILE_NEW_TESTPLAN
- Static variable in class tools.
GUIConstants
MENU_FILE_OPEN
- Static variable in class tools.
GUIConstants
MENU_FILE_SAVE
- Static variable in class tools.
GUIConstants
MENU_FILE_SAVEAS
- Static variable in class tools.
GUIConstants
MENU_HELP
- Static variable in class tools.
GUIConstants
MENU_HELP_ABOUT
- Static variable in class tools.
GUIConstants
MENU_HELP_USERMANUAL
- Static variable in class tools.
GUIConstants
ModificationAdder
- Class in
tools.widgets.ldap
ModificationAdder(JFrame, String, boolean)
- Constructor for class tools.widgets.ldap.
ModificationAdder
modifyAttribute(String, String)
- Method in class controls.protocols.ldap.instructions.
LDAPInstructionUpdate
Monitor
- Class in
controls.ctestplanmanagement
Monitor()
- Constructor for class controls.ctestplanmanagement.
Monitor
MonitoringPanel
- Class in
gui.panels
MonitoringPanel(String, ITestPlanManagement, AbstractMonitoredTest, boolean)
- Constructor for class gui.panels.
MonitoringPanel
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Item 17.
Your student will first need to fill out the Send To field. The e-mail address of the person who you wish to e-mail will go here. Computer Braille is required for e-mail addresses. Do not use Braille contractions. For the at sign, use space with u followed by the dot4. To move to the next field, use the advance thumb-key. A dot is written with dots4 6.


Fundamentals of Web Development
Share your Travel Photos
Customer Relations Management Admin
Chapter 8 - project 2


Operation Entebbe恩德培行动 was a successful counter-terrorist hostage-rescue mission carried out by commandos of the Israel Defense Forces (IDF) at Entebbe Airport in Uganda on 4 July 1976.


DuplicateApplicationFeatureException(message: String)
Thrown when Application Feature has been attempted to be installed with the same key as already installed Feature


The Generic Asynchronous Base Sink
March 16, 2022 - Zichen LiuFlink sinks share a lot of similar behavior. Most sinks batch records according to user-defined buffering hints, sign requests, write them to the destination, retry unsuccessful or throttled requests, and participate in checkpointing.
This is why for Flink 1.15 we have decided to create the AsyncSinkBase
(FLIP-171), an abstract sink with a number of common functionalities extracted.
This is a base implementation for asynchronous sinks, which you should use whenever you need to implement a sink that doesn’t offer transactional capabilities. Adding support for a new destination now only requires a lightweight shim that implements the specific interfaces of the destination using a client that supports async requests.
This common abstraction will reduce the effort required to maintain individual sinks that extend from this abstract sink, with bug fixes and improvements to the sink core benefiting all implementations that extend it. The design of AsyncSinkBase
focuses on extensibility and a broad support of destinations. The core of the sink is kept generic and free of any connector-specific dependencies.
The sink base is designed to participate in checkpointing to provide at-least-once semantics and can work directly with destinations that provide a client that supports asynchronous requests.
In this post, we will go over the details of the AsyncSinkBase so that you can start using it to build your own concrete sink.
Adding the base sink as a dependency #
In order to use the base sink, you will need to add the following dependency to your project. The example below follows the Maven syntax:
<dependency>
<groupId>org.apache.flink</groupId>
<artifactId>flink-connector-base</artifactId>
<version>${flink.version}</version>
</dependency>
The Public Interfaces of AsyncSinkBase #
Generic Types #
<InputT>
– type of elements in a DataStream that should be passed to the sink
<RequestEntryT>
– type of a payload containing the element and additional metadata that is required to submit a single element to the destination
Element Converter Interface #
public interface ElementConverter<InputT, RequestEntryT> extends Serializable {
RequestEntryT apply(InputT element, SinkWriter.Context context);
}
The concrete sink implementation should provide a way to convert from an element in the DataStream to the payload type that contains all the additional metadata required to submit that element to the destination by the sink. Ideally, this would be encapsulated from the end user since it allows concrete sink implementers to adapt to changes in the destination API without breaking end user code.
Sink Writer Interface #
There is a buffer in the sink writer that holds the request entries that have been sent to the sink but not yet written to the destination. An element of the buffer is a RequestEntryWrapper<RequestEntryT>
consisting of the RequestEntryT
along with the size of that record.
public abstract class AsyncSinkWriter<InputT, RequestEntryT extends Serializable>
implements StatefulSink.StatefulSinkWriter<InputT, BufferedRequestState<RequestEntryT>> {
// ...
protected abstract void submitRequestEntries(
List<RequestEntryT> requestEntries, Consumer<List<RequestEntryT>> requestResult);
// ...
}
We will submit the requestEntries
asynchronously to the destination from here. Sink implementers should use the client libraries of the destination they intend to write to, to perform this.
Should any elements fail to be persisted, they will be requeued back in the buffer for retry using requestResult.accept(...list of failed entries...)
. However, retrying any element that is known to be faulty and consistently failing, will result in that element being requeued forever, therefore a sensible strategy for determining what should be retried is highly recommended. If no errors were returned, we must indicate this with requestResult.accept(Collections.emptyList())
.
If at any point, it is determined that a fatal error has occurred and that we should throw a runtime exception from the sink, we can call getFatalExceptionCons().accept(...);
from anywhere in the concrete sink writer.
public abstract class AsyncSinkWriter<InputT, RequestEntryT extends Serializable>
implements StatefulSink.StatefulSinkWriter<InputT, BufferedRequestState<RequestEntryT>> {
// ...
protected abstract long getSizeInBytes(RequestEntryT requestEntry);
// ...
}
The async sink has a concept of size of elements in the buffer. This allows users to specify a byte size threshold beyond which elements will be flushed. However the sink implementer is best positioned to determine what the most sensible measure of size for each RequestEntryT
is. If there is no way to determine the size of a record, then the value 0
may be returned, and the sink will not flush based on record size triggers.
public abstract class AsyncSinkWriter<InputT, RequestEntryT extends Serializable>
implements StatefulSink.StatefulSinkWriter<InputT, BufferedRequestState<RequestEntryT>> {
// ...
public AsyncSinkWriter(
ElementConverter<InputT, RequestEntryT> elementConverter,
Sink.InitContext context,
int maxBatchSize,
int maxInFlightRequests,
int maxBufferedRequests,
long maxBatchSizeInBytes,
long maxTimeInBufferMS,
long maxRecordSizeInBytes) { /* ... */ }
// ...
}
By default, the method snapshotState
returns all the elements in the buffer to be saved for snapshots. Any elements that were previously removed from the buffer are guaranteed to be persisted in the destination by a preceding call to AsyncWriter#flush(true)
.
You may want to save additional state from the concrete sink. You can achieve this by overriding snapshotState
, and restoring from the saved state in the constructor. You will receive the saved state by overriding restoreWriter
in your concrete sink. In this method, you should construct a sink writer, passing in the recovered state.
class MySinkWriter<InputT> extends AsyncSinkWriter<InputT, RequestEntryT> {
MySinkWriter(
// ...
Collection<BufferedRequestState<Record>> initialStates) {
super(
// ...
initialStates);
// restore concrete sink state from initialStates
}
@Override
public List<BufferedRequestState<RequestEntryT>> snapshotState(long checkpointId) {
super.snapshotState(checkpointId);
// ...
}
}
Sink Interface #
class MySink<InputT> extends AsyncSinkBase<InputT, RequestEntryT> {
// ...
@Override
public StatefulSinkWriter<InputT, BufferedRequestState<RequestEntryT>> createWriter(InitContext context) {
return new MySinkWriter(context);
}
// ...
}
AsyncSinkBase implementations return their own extension of the AsyncSinkWriter
from createWriter()
.
At the time of writing, the Kinesis Data Streams sink and Kinesis Data Firehose sink are using this base sink.
Metrics #
There are three metrics that automatically exist when you implement sinks (and, thus, should not be implemented by yourself).
- CurrentSendTime Gauge - returns the amount of time in milliseconds it took for the most recent request to write records to complete, whether successful or not.
- NumBytesOut Counter - counts the total number of bytes the sink has tried to write to the destination, using the method
getSizeInBytes
to determine the size of each record. This will double count failures that may need to be retried. - NumRecordsOut Counter - similar to above, this counts the total number of records the sink has tried to write to the destination. This will double count failures that may need to be retried.
Sink Behavior #
There are six sink configuration settings that control the buffering, flushing, and retry behavior of the sink.
int maxBatchSize
- maximum number of elements that may be passed in the list to submitRequestEntries to be written downstream.int maxInFlightRequests
- maximum number of uncompleted calls to submitRequestEntries that the SinkWriter will allow at any given point. Once this point has reached, writes and callbacks to add elements to the buffer may block until one or more requests to submitRequestEntries completes.int maxBufferedRequests
- maximum buffer length. Callbacks to add elements to the buffer and calls to write will block if this length has been reached and will only unblock if elements from the buffer have been removed for flushing.long maxBatchSizeInBytes
- a flush will be attempted if the most recent call to write introduces an element to the buffer such that the total size of the buffer is greater than or equal to this threshold value.long maxTimeInBufferMS
- maximum amount of time an element may remain in the buffer. In most cases elements are flushed as a result of the batch size (in bytes or number) being reached or during a snapshot. However, there are scenarios where an element may remain in the buffer forever or a long period of time. To mitigate this, a timer is constantly active in the buffer such that: while the buffer is not empty, it will flush every maxTimeInBufferMS milliseconds.long maxRecordSizeInBytes
- maximum size in bytes allowed for a single record, as determined bygetSizeInBytes()
.
Destinations typically have a defined throughput limit and will begin throttling or rejecting requests once near. We employ Additive Increase Multiplicative Decrease (AIMD) as a strategy for selecting the optimal batch size.
Summary #
The AsyncSinkBase is a new abstraction that makes creating and maintaining async sinks easier. This will be available in Flink 1.15 and we hope that you will try it out and give us feedback on it.


+
■ Funding lines up to $500,000
■ Funding as fast as 2 business days
■ Minimum of 3 years in business
■ No recent bankruptcies
■ Pass a background check
■ Provide at least 2 business references


UINotificationCenter
public final class UINotificationCenter
Handles the queueing and presenting of UINotification
s
-
The type of presenter to use for presenting notifications. Change this to change the way notifications need to be presented.
Declaration
Swift
public var presenterType: UINotificationPresenter.Type = UINotificationEaseOutEaseInPresenter.self
-
The type of view which will be used to present the notifications.
Declaration
Swift
public var notificationViewType: UINotificationView.Type = UINotificationView.self
-
Request to present the given notification.
Declaration
Swift
@discardableResult public func show(notification: UINotification, dismissTrigger: UINotificationDismissTrigger? = nil) -> UINotificationRequest
Parameters
notification
The notification to be presented.
dismissTrigger
Optional dismiss trigger to use for the animation. If
nil
the default trigger will be used.Return Value
An
UINotificationRequest
for the requested notification presentation. Can be cancelled usingcancel()
.


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A portable, open-source, coherent noise-generating library for C++ |
libnoise
0.9.0 with Crater module add-onIntroductionlibnoise is a portable C++ library that is used to generate coherent noise, a type of smoothly-changing noise. libnoise can generate Perlin noise, ridged multifractal noise, and other types of coherent noise.Coherent noise is often used by graphics programmers to generate natural-looking textures, planetary terrain, and other things. It can also be used to move critters in a realistic way. libnoise is known to compile using the following compilers on the following platforms:
It is not known if libnoise will compile on 64-bit platforms, although there is a good change that it will. Noise ModulesIn libnoise, coherent-noise generators are encapsulated in classes called noise modules. There are many different types of noise modules. Some noise modules can combine or modify the outputs of other noise modules in various ways; you can join these modules together to generate very complex coherent noise.A noise module receives a 3-dimensional input value from the application, computes the noise value given that input value, and returns the resulting value back to the application. If the application passes the same input value to a noise module, the noise module returns the same output value. All noise modules are derived from the noise::module::Module abstract base class. ContactContact jas for questions about libnoise. The spam-resistant email address is<EMAIL_ADDRESS>(For great email, take off every zig.) |
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© 2003-2005 Jason Bevins
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Fast becoming one of North Queensland's cultural jewels the Barrier Reef Orchestra this year launches
its
15th year
of performing orchestral music throughout North Queensland. A community orchestra consisting of the finest
musicians
drawn from as far afield as Cairns and Mackay, it focuses on unique orchestral juxtapositions.
An outstanding performance of Beethoven's 9th Symphony presented to a sell-out audience was
recently
followed
by Peter Sculthorpe's Mangroves, a collaboration with audio-visual artists, ABC radio and Umbrella Studios.
The
programs
are testament to the orchestra's willingness to embrace mainstream classical repertoire as well as
opportunities
for
collaboration.
In 2015 the orchestra has been invited to perform in three festivals, and features in the
Townsville
Civic
Theatre season. This is a first for the orchestra - underscoring its value to the community and highlighting
its
continued prominence in the cultural soundscape of North Queensland.
Welcome to 2016 which is going to be a stellar year for your Orchestra. Already we have our three major
concerts which will include opera, featuring Paul Tabone born in Ingham, but now working the international
stage as a tenor based in Italy. Rachmaninov’s Piano Concerto No.2 featuring last year’s winner of the instrumental
section of the ACVC, Arthur Athan. Our opening performance titled Dreams and Dances is sure to have some favourites
such as Afternoon of a Fawn by Debussy. We are also pleased to be part of the Townsville 150 Concert where we will
share the stage with the likes of David Campbell, Luke Kennedy, Bronwyn Douglas and the 1 RAR Band just to
name a few of the guests. We will be back to Queens Gardens for a repeat performance as part of AFCM due to
the huge popularity of last year’s concert. All of these performances are ably managed by our Orchestra Manager,
Sally Frewen-Lord and the wonderful team that is your committee.
As we look forward to the next milestone for the Orchestra in 2020 it is worthwhile to reflect on the
development and struggles the BRO has endured. It is through the Townsville Council’s financial support that
started the ball rolling and assisted with seed funding that has allowed BRO to develop to where it is today.
Initially, this funding represented the majority of the turnover for BRO. Through the hard work of the committee
and the musicians the Council funding is now around 20% of the turnover. In my opinion this is a substantial
move forward and shows the Council’s support is well founded and supported by the public attendance at our
concerts. It is crucial that the support from the Council be maintained into the future to assist BRO to grow.
The funding is not taken as a given and we must all do our bit to let the Council know how important it is to
continue the development of BRO for Townsville audiences and local musicians. I urge all members to make this
point as often and as loudly as you can to ensure the Council knows it is getting value for money and meeting
the needs of the community.
Finally, the AGM is soon to be upon us and there will be some vacancies on the committee. My reign of terror
will be coming to an end as I will be stepping down, so we will be looking for a new President. I am flagging
this now to allow the search to begin for the next President. I can assure any prospective nominees that they
will find a willing and dynamic committee at their disposal and a myriad of challenges just waiting to be resolved.
I can highly commend this position and would be pleased to speak to anyone considering the position.
See you all at the launch.
Twilight Classics on the 17/07/2016,
Conducted by Mario Doberrnig, featuring Arthur Athan on piano.
World Music Concert on the 5/09/2016.
New Life Members:Nixon, Jacinta Payne


Linergame Teambuilding
A 1-day teambuilding exercise centered around the management of a container shipping line with a weekly Asia-Europe service. The objective is for the team to collectively maximize the earnings of the shipping line through coordination of their individual specialist roles in the game. Coordination requires teamwork both across people with similar roles in different geographies as well as across different roles. The session will be tailored to match varying skill levels across the participants.
Ideal for: Teambuilding with container shipping lines, supply chain companies, ports and terminals. Especially well suited for newly formed departments or project teams.


Feedback System invites international colleges and students to use Feedback system as an online
service to provide and take feedback about the presentations that are given in their respective colleges
Faculty can assign topics to students and can form groups. Students will give presentations based on their topics.
Presentations can be given either individually or with a group. Students can give live feedback on other
presentations.
Student will have facilities like updating their profile, providing feedback for others, history of their
activities etc.
Admin will have rights to create classes, add and remove students to different classes, allocate faculty to
classes. Faculty will have rights to assign topics to the students and almost all other controls over students
that an admin generally have.


Mine Sweeper
Beginner
Medium
Expert
Timer:
0
Mines:
💡
💡
💡
❤
❤
❤
Safe
Click
0 Left
Manual
Mode
Undo
7 BOOM!
Fastest times:
Beginner
Medium
Expert


Frequently Asked Questions
We've had several frequently asked questions, so we're putting the answers online to make it easier to get the information out.
What is a Hack Day?
On Saturday, April 26th, we're sponsoring a Hack Day. It's an unofficial day of the conference where there will be no formally scheduled activities. Instead, members of the community will be organizing Lightning Talks and informal demonstrations of libraries, devices, and technologies. Gopher Academy will be providing a comfortable space for socialization with couches, tables, chairs, and WiFi.
Why are tickets so inexpensive?
We wanted to make conference that was easy to attend, and easy to afford. Cost per attendee is higher than the posted ticket price, but we're relying on sponsorship dollars to offset the cost of attendance. Thank our sponsors for helping to make GopherCon affordable on any budget!
Will the talks be recorded?
Yes! The awesome folks over at Countersoft have offered to sponsor the recording of the talks. More details will be available as it's worked out.
Do you offer student discounts? Military discounts? Disenfranchised Rubyist discounts?
See the above question for specifics, but no. We don't have any discounted level of tickets. At $299, you'll be hard pressed to find a lower cost major conference anywhere. If that's too much for you, reach out to a company that you know uses Go and offer your services in exchange for a ticket/transportation costs. We've each gone to several conferences with arrangements like that, and you might just make connections that get you good employment in the future. Be creative!
What is the GopherCon Scholarship for Women?
We've asked members of the community to sponsor tickets to allow women who wouldn't be able to attend the opportunity to go to GopherCon. If you'd like to BUY a ticket to support this scholarship, you can purchase them here: GopherCon 2014 Scholarship for Women. If you'd like to be considered for the scholarship, send an email to<EMAIL_ADDRESS>We'll sort out the details and do everything we can to help you attend. If you are a company and willing to help defray travel costs for a scholarship recipient, email us at<EMAIL_ADDRESS>and we'll help get you connected to an attendee who needs travel arrangements.
Connect with us
Join our mailing list


Version 2.2.1 of this tool utilizes the Dakota software to provide the UQ and optimization methods. Dakota will repeatedly invoke the finite element application either locally on the users dekstop machine or remotely on high performance computing resources at the Texas Advanced Computing Center through the NHERI DesignSafe cyberinfrastructure.
This work is based on material supported by the National Science Foundation under grant 1612843


SCOT-TUSSIN SENIOR SF DMEXP- dextromethorphan hydrobromide and guaifenesin liquid
SCOT-TUSSIN Pharmacal Co., Inc.
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active Ingredients:
(in each 5 mL. tsp. teaspoon)
Dextromethorphan HBr. USP 15mg
Guaifenesin USP 200mg
Purpose
Cough Suppressant
Expectorant
Uses
- Temporarily relieves cough due to minor throat and bronchial irritation as may occur with a cold. Quiets and calms a dry cough.
- Helps loosen phlegm (mucus) and thin bronchial secretions to make coughs more productive thereby relieving chest congestion.
Warnings
*Phenylketonurics: Contains Phenylalanine.
Do not use
- more than the recommended dosage.
- If drowsiness occurs, do not drive or operate machinery.
- if you are taking a prescription monoamine oxidase inhibitor (MAOI); (certain drugs for depression, psychiatric, or emotional conditions, or Parkinson’s disease), or for 2 weeks after stopping the MAOI drug. If you do not know if your prescription drug contains an MAOI, ask a doctor or pharmacist before taking this product.
Ask a doctor before use is you have
- A chronic cough such as occurs with smoking, asthma, chronic bronchitis or emphysema.
- Difficulty in urination due to enlargement of the prostate gland.
- A Cough accompanied by excessive phlegm (mucus).
- Glaucoma.
- Thyroid disease.
Stop use and ask a doctor if
- Cough lasts more than seven days, returns or is accompanied by fever, rash or persistent headache. These could be signs of a serious condition.
If pregnant or breast-feeding,
Do Not Use.
Keep out of reach of children.
In case of accidental overdose get medical help or contact a Poison Control Center right away.
Directions
- Follow Dosage Chart.
- Do not take more than 4 doses in any 24 hour period.
- This product is not intended for use in children under 12 years of age.
| age |
dose |
Adults and children over 12 years old |
2 teaspoons (2 tsp. 10 ml) every 6 hours |
Children Under 12 years old |
DO NOT USE |
Other Information
- Each teaspoon contains Phenylalanine 7.5 mg.
- Store at 20º – 25º C (68º – 77º F).
- Do not refrigerate.
- Dosage cup provided.
Inactive Ingredients
*Aspartame (see warning), Benzoic Acid, Citric Acid, Glycerin, Hydroxypropylmethylcellulose, Menthol, Methyl Paraben, Peppermint Stick Flavor, Propyl Paraben, Propylene Glycol, Purified Water.
PRINCIPAL DISPLAY PANEL
NDC 0372-0050-04
SCOT-TUSSIN
SENIOR
Maximum Strength COUGH SUPPRESSANT & EXPECTORANT
4 FL OZ (118 ml)
COUGH SUPPRESSANT & EXPECTORANT
4 FL OZ (118 ml)
" src="http://dailymed.nlm.nih.gov/dailymed/image.cfm?setid=4f0aefe3-e80f-44b8-bc24-1a325f36c2d3&name=scot-tussin-senior-sf-dmexp-01.jpg">
SCOT-TUSSIN Pharmacal Co., Inc.


The natural world fascinates me. I spend much of my spare time hiking and observing plants over the seasons. This leads me to classifying and familiarizing myself with the habits of the things I often see. This project is a data driven app that graphs the classification.
I post pictures of flowers and mushrooms at perobscurus


© 2017 Viniyata Pany
Design.Problem.Intervention.Solution.
Art.Research.Curiosity.Exploration.Hypotheses.


ePlant
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| Package | Description |
|---|---|
| ar.com.hjg.pngj |
PNGJ main package
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IImageLineFactory<T extends IImageLine>
Image Line factory.
|
interface |
IImageLineSet<T extends IImageLine>
Set of
IImageLine elements. |
interface |
IImageLineSetFactory<T extends IImageLine>
Factory of
IImageLineSet , used by PngReader . |
class |
ImageLineSetDefault<T extends IImageLine>
Default implementation of
IImageLineSet . |
| Modifier and Type | Class and Description |
|---|---|
class |
ImageLineByte
Lightweight wrapper for an image scanline, used for read and write.
|
class |
ImageLineInt
Represents an image line, integer format (one integer by sample).
|
| Modifier and Type | Field and Description |
|---|---|
protected T |
ImageLineSetDefault.imageLine |
| Modifier and Type | Field and Description |
|---|---|
protected IImageLineSet<? extends IImageLine> |
PngReader.imlinesSet
Represents the set of lines (rows) being read.
|
| Modifier and Type | Method and Description |
|---|---|
static <T extends IImageLine> |
ImageLineSetDefault.createImageLineSetFactoryFromImageLineFactory(IImageLineFactory<T> ifactory)
utility function, given a factory for one line, returns a factory for a set
|
| Modifier and Type | Method and Description |
|---|---|
IImageLine |
IImageLineSet.getImageLine(int n)
Asks for imageline corresponding to row n in the original image (zero based).
|
IImageLine |
IImageLineSet.getImageLineRawNum(int n)
Like
IImageLineSet.getImageLine(int) but uses the raw numbering inside the LineSet This makes little sense for a cursor |
IImageLine |
PngReaderApng.readRow() |
IImageLine |
PngReader.readRow()
Reads next row.
|
IImageLine |
PngReaderApng.readRow(int nrow) |
IImageLine |
PngReader.readRow(int nrow)
The row number is mostly meant as a check, the rows must be called in ascending order (not necessarily consecutive)
|
| Modifier and Type | Method and Description |
|---|---|
protected IImageLineSet<? extends IImageLine> |
PngReader.createLineSet(boolean singleCursor,
int nlines,
int noffset,
int step)
By default this uses the factory (which, by default creates ImageLineInt).
|
IImageLineSet<? extends IImageLine> |
PngReaderApng.readRows() |
IImageLineSet<? extends IImageLine> |
PngReader.readRows()
Reads all rows in a ImageLineSet This is handy, but less memory-efficient (except for interlaced)
|
IImageLineSet<? extends IImageLine> |
PngReaderApng.readRows(int nRows,
int rowOffset,
int rowStep) |
IImageLineSet<? extends IImageLine> |
PngReader.readRows(int nRows,
int rowOffset,
int rowStep)
Reads a subset of rows.
|
| Modifier and Type | Method and Description |
|---|---|
static int |
ImageLineHelper.getPixelARGB8(IImageLine line,
int column) |
static int |
ImageLineHelper.getPixelRGB8(IImageLine line,
int column)
integer packed R G B only for bitdepth=8! (does not check!)
|
void |
PngWriter.writeRow(IImageLine imgline)
Writes next row, does not check row number.
|
void |
PngWriter.writeRow(IImageLine imgline,
int rownumber) |
| Modifier and Type | Method and Description |
|---|---|
void |
PngReader.setLineSetFactory(IImageLineSetFactory<? extends IImageLine> factory)
Sets the factory that creates the ImageLine.
|
void |
PngWriter.writeRows(IImageLineSet<? extends IImageLine> imglines)
Writes the full set of row.
|
Copyright © 2014. All rights reserved.


{% extends "withoutnav_template.html" %} {% from "components/page-footer.html" import page_footer %} {% block per_page_title %} {{ _('Resend email link') }} {% endblock %} {% block maincolumn_content %}
{{ _('Sometimes email messages take a few minutes to arrive. If you don’t receive the email, you can resend it.') }}
{{ _('Has your email address changed since you joined Notification? Please ask your account manager to reset it.') }}


| Interface | Description |
|---|---|
| RegionCache |
This interface defines an internal cached region implementation as well as a mechanism
to unmap the cache to an underlying Map data-structure
|
| Class | Description |
|---|---|
| AbstractHazelcastCacheRegionFactory |
Abstract superclass of Hazelcast based
RegionFactory implementations |
| CacheEnvironment |
This class is used to help in setup the internal caches.
|
| HazelcastCacheRegionFactory |
Simple RegionFactory implementation to return Hazelcast based Region implementations
|
| HazelcastLocalCacheRegionFactory |
Simple RegionFactory implementation to return Hazelcast based local Region implementations
|
| HazelcastTimestamper |
Helper class to create timestamps and calculate timeouts based on either Hazelcast
configuration of by requesting values on the cluster.
|
| VersionAwareMapMergePolicy |
A merge policy implementation to handle split brain remerges based on the timestamps stored in
the values.
|
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


Box Office: Ayushmann Khurrana’s ‘Bala’ joins Rs. 100 crore club
by Raj BaddhanAyushmann Khurrana’s latest release ‘Bala’ has become the latest film to enter the lucrative Rs. 100 crore club in India.
The film based on premature balding, is the third Khurrana film to enter the club after ‘Badhaai Ho’ and ‘Dream Girl’. ‘Bala’ released three weeks ago and surpassed the Rs. 100 crore mark, after it grabbed another Rs. 1.35 crore on Friday, totalling its business to Rs. 100.15 crore.
‘Bala’ has crossed Rs. 150 crore in global business. On Friday, actress Bhumi Pednekar expressed her happiness on social media. She said,”#Bala crosses another milestone. And it’s a big one! So tonight’s the time to celebrate the success with the team! Soda, pani nimbu ke saath kya piyenge aaj? #DineshVijan @amarkaushik @ayushmannk @yamigautam @MaddockFilms @JioCinema @jiostudios.”