Biz EOD: Sensex hits new high; WhatsApp helps startups; ITC's e-Choupal 4.0 delivers early gains
by BusinessToday.InCatch the top stories from the world of business and economy with BusinessToday.In's end of day (EOD) report
Employment in the appliances and consumer electronics industry can jump 62 per cent over the next five-six years if India can achieve higher levels of localisation in manufacturing. Popular messaging platform WhatsApp has invested $250,000 into the startup ecosystem in India. In its twentieth year since its launch, FMCG-to-hotel conglomerate ITC's e-Choupal platform on agri engagement is seeing some early results from its newest version e-Choupal 4.0. Read for more top stories from the world of business and economy:
1. Make in India: Consumer electronics industry can employ 62% more with higher localisation
A Frost & Sullivan-CEAMA analysis now says that employment can grow to 3.6 lakh by 2024/25 with the current state of localisation and to over 4 lakh if Make in India is a true success.
2. Sensex hits fresh lifetime high; 5 factors behind the rally
Benchmark BSE S&P Sensex surged 530 points to hit a fresh closing high of 40,889.23, while NSE Nifty50 soared 164 points higher to end Monday's trade at 12,079.
3. Bharti Airtel, Vodafone Idea shares rally up to 6%; here's why
Bharti Airtel share price jumped 5.86 per cent to touch an intraday high of Rs 445.70 apiece compared to Friday's close level of Rs 421 on the BSE. Vodafone Idea share price soared 6.55 per cent to touch a day's high of Rs 6.99.
4. WhatsApp throws surprise for Indian startups, offers $250,000 of ad credits to 500 firms
WhatsApp invests in startups: Only start-ups that are at an early traction or scalable stage and are recognised by the DPIIT will be able to avail the ad credits.
5. ITC sees e-Choupal 4.0 deliver early gains; focus shifts to expanding geographical footprint
ITC's e-Choupal 4.0 is largely about a digital network of ecosystems built by different players.


Owner/Driver Manoj (pronounced Mon-os) Manandhar has been a licensed taxi driver in Kathmandu for 15+ years. Manoj speaks Nepali and English. He knows the Nepali culture and the sites to see in Kathmandu.
Get Started!Always clean and significantly larger than the average taxi in Kathmandu.
Passenger pick-up in Kathmandu: airport, hotel, home or business.
Local package pick-up or delivery, including delivery of take-out meals.
Always competitive and reasonable. Call or email for a quote.


locate
Syntax
locate ( row, column : int )
Description
The locate procedure is used to move the cursor so that the next output from put will be at the given row and column. Row 1 is the top of the screen and column 1 is the left side of the screen.
Example
This program outputs stars of random colors to random locations on the screen. The variable colr is purposely spelled differently from the word color to avoid the procedure of that name (used to set the color of output). The row number is purposely chosen so that it is one less than maxrow. This avoids the scrolling of the screen which occurs when a character is placed in the last column of the last row.
setscreen ("screen")
var row, column, colr : int
loop
randint ( row, 1, maxrow - 1)
randint ( column, 1, maxcol)
randint (colr, 0, maxcolor)
color (colr)
locate (row, column )
put "*" .. % Use dot-dot to avoid clearing end of line
end loop
Details
The locate procedure is used to locate the next output based on row and column positions. See also the locatexy procedure which is used to locate the output based x and y positions, where x=0, y=0 is the left bottom of the screen.
The screen should be in a "screen" or "graphics" mode. See the setscreen procedure for details. If the screen is not in one of these modes, it will automatically be set to"screen" mode.
See also
setscreen and drawdot.
See also predefined unit Text.


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Poisoned Sumatran elephant found dead in Indonesia’s Aceh
by AFPA Sumatran elephant has been found dead from an apparent poisoning, an Indonesian conservation official said Thursday, in the second killing of the critically endangered subspecies this week.
Related: Decapitated Sumatran elephant found dead in Indonesia
The 25-year-old female elephant’s corpse was discovered at a palm oil plantation in East Aceh regency Thursday, hundreds of kilometres from where another was found decapitated and with its tusks ripped off on Monday — a suspected poaching case.
“Our initial findings found that the Sumatran elephant was allegedly killed by poison,” said Rosa Rika, a doctor with Aceh’s conservation agency.
The dead elephant’s stomach contents would be analysed to confirm its cause of death, she added.
Last year, a Sumatran elephant was found dead from poisoning in another part of the region, after several similar cases in recent years.
Rampant deforestation to create plantations has reduced Sumatran elephants’ natural habitat and brought them into conflict with humans, while their tusks are also prized in the illegal wildlife trade.
On Wednesday, some three dozen wild elephants stormed into a village in Aceh, destroying two homes.
Last month, Aceh said poachers who threatened endangered animals in the province could receive up to 100 lashes starting from next year. The conservative region administers public whippings for a range of offences under local Islamic law.
Indonesia’s environment ministry estimates there are fewer than 2,000 Sumatran elephants still in the wild.


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For further information please contact services@ardc.edu.au.


Regular scrolling is used to preserve space as content of the tree is dynamic whereas virtual scrolling is a performant approach to large data rendering.
Flex scroll feature makes the scrollable viewport section dynamic so that it can grow or shrink relative to the parent size of the tree. Click the button below to display a resizable and maximizable Dialog where data viewport adjusts itself according to the size changes.


 Open the folder (click on it).
Step 2: Find the key file. It will have a name like 'SteamSpaceKeyFile-YourName'. Right-click on the file and select share.
Step 3: You have 2 options, you can share via email, or you can 'get a shareable link' and put this on your web site for students to click on.
I chose the latter option and put link on my web site. Take a look here for an example.


How to Get Google Camera 7.0 (GCam Mod APK) on Any Android
by Amarnath ChakrabortyIt doesn’t matter how compelling your phone’s camera is, without a proper camera app, it’s useless. Also, having a proper and most advanced camera app is not always enough to capture fantastic photos, as photography skills also play its parts.
Let’s talk about the best camera apps for Android. Over the past few years, we have seen many third-party camera apps like VSCO, Open Camera, etc., but it was the Google Camera that steals the show. Google Camera has revolutionized smartphone photography and has brought a few powerful camera features to the budget Android smartphones.
Google Camera is limited to Pixel devices, but still, developers have ported Google Camera to other Android devices. The modded Google Camera Apk is known as GCam Mod, and its the best shot to get the latest camera features from Google.
Contents show
How to Get Google Camera 7.0 (GCam) on Any Android
So, in this article, we are going to share the best method to get Google Camera 7.0 (GCam) on any Android smartphone. However, before following the method given below, please make sure that your phone meets these requirements.
Requirements To Run Google Camera 7.0 (GCam Mod)
Your Phone must have Camer2API support to run the GCam 7.0. You can use Camera2 API Probe Android app to check whether your phone has Camer2API support or not. If it supports, then it will show you ‘Limited’, ‘Full’ or ‘Level_3’
- Your phone must be running on Android Pie or Android 10 operating system. The latest GCam Mod is based on the new APIs
- As per the previous GCam builds, some features might work on one device and may not work on the other. So, users need to keep trying different settings to get the desired results.
Devices that support Google Camera 7.0 Apk + Download Links:
Below, we are going to share a list of devices that are said to work with the latest GCam Mod. If your device is not listed, then try to install the APKs on your phone to check whether it works or not.
- Redmi K20 / K20 Pro, OnePlus Devices (Download, by Parrot043)
- Redmi Note 5 Pro / 6 Pro / 7 / 7S / 7 Pro, Mi A3 / A2, Zenfone Max Pro M1 / M2 (Download, by Parrot043)
- Poco F1 (Download, by san1ty)
- Realme Devices (Download, by BSG)
How To Install Google Camera 7.0 on Any Android
Installing Google Camera 7.0 Apk is easy, and you just need to follow some of the simple steps given below. So, let’s check out how to install Google Camera 7.0 on any Android smartphone 2019.
- First of all, download the Google Camera 7.0 Apk file on your Android device. You can get the download links from the download section.
- Head to the Settings > Unknown Sources. There you need to enable the ‘Unknown Sources’ option.
- Once done, install the Google Camera Apk on your Android device.
- If your device supports the GCam Mod, then the apk will be installed without any error.
- If you get some errors during the installation or the app won’t open, then the app is incompatible with your device.
That’s it, you are done! Now just go through the settings to explore the advanced features of Google Camera 7.0. I hope this article helped you! Share it with your friends also.


--- layout: post title: Build Your Own Audiobook date: '2012-12-17 23:28:17 -0700' mt_id: 1502 blog_id: 1 post_id: 1502 basename: build-your-own-audiobook categories: - getting-things-done - high-geekery ---
I'm a fan of Instapaper the service and the iPhone app. Lately, though I have accumulated a queue of quite-long articles that I can't seem to decrease. I really want to read the content I save for later; this backlog feels qualitatively different from the substantial RSS backlog I've built up in Google Reader.
I got to thinking that it'd be handy to listen to my Instapaper items. I remembered the developer's blog entry touting his accessibility improvements and that got me to thinking: why not use VoiceOver? This seemed like the ideal use since the Instapaper-stored content is primarily textual and simplified.
Sure enough, it was easy and performed beautifully—enabling me to listen to an article or two while I did the dishes. Here's how to do it:
The neat thing about this is that Instapaper automatically saves your place and syncs it with all devices, so resuming where you left off is easy.
[UPDATE (12/18/2012): Other options brought to my attention include Instapaper to Podcast, Voice Dream Reader, and Readomator. I still like my way best for the time being because it's free and uncomplicated.]


Intro to HTML/CSS
http://www.teaching-materials.org/htmlcss-2day
Materials
Class 1 Slides
Class 1 Reference
Class 2 Slides
Class 2 Reference
Class 3 Slides
Class 3 Reference
Class 4 Slides
Class 4 Reference
Homework
Sample files


Be part of Team Impulse and start selling Beauty and Fashion products today! Earn discounts on your own purchases or sell the products for a great margin. Find your path to financial success here. Contact us today to get started.
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Feature Collections vs Aggregations
Updating
- Feature Collection: may be updated in the background
- Aggregation: will only be updated when the user makes a request (synchronously), and the user waits until the update is complete.
This document was last updated Oct 2013.


public class ClassicCounter<E> extends java.lang.Object implements java.io.Serializable, Counter<E>, java.lang.Iterable<E>
Counters
class.
Note that this class stores a
totalCount
field as well as the map. This makes certain
operations much more efficient, but means that any methods that change the
map must also update totalCount
appropriately. If you use the
setCount
method, then you cannot go wrong.
This class is not threadsafe: If multiple threads are accessing the same
counter, then access should be synchronized externally to this class.| Constructor and Description |
|---|
ClassicCounter()
Constructs a new (empty) Counter backed by a HashMap.
|
ClassicCounter(java.util.Collection<E> collection)
Constructs a new Counter by counting the elements in the given Collection.
|
ClassicCounter(Counter<E> c)
Constructs a new Counter with the contents of the given Counter.
|
ClassicCounter(int initialCapacity) |
ClassicCounter(MapFactory<E,MutableDouble> mapFactory)
Pass in a MapFactory and the map it vends will back your Counter.
|
ClassicCounter(MapFactory<E,MutableDouble> mapFactory,
int initialCapacity)
Pass in a MapFactory and the map it vends will back your Counter.
|
| Modifier and Type | Method and Description |
|---|---|
void |
addAll(Counter<E> counter)
Adds the counts in the given Counter to the counts in this Counter.
|
void |
clear()
Removes all entries from the counter.
|
boolean |
containsKey(E key)
Returns whether a Counter contains a key.
|
double |
decrementCount(E key)
Decrements the count for this key by 1.0.
|
double |
decrementCount(E key,
double count)
Decrements the count for this key by the given value.
|
double |
defaultReturnValue()
Returns the default return value.
|
java.util.Set<java.util.Map.Entry<E,java.lang.Double>> |
entrySet()
Returns a view of the entries in this counter.
|
boolean |
equals(java.lang.Object o)
Equality is defined over all Counter implementations.
|
static ClassicCounter<java.lang.String> |
fromString(java.lang.String s)
Converts from the format printed by the toString method back into
a Counter<String>.
|
double |
getCount(java.lang.Object key)
Returns the count for this key as a double.
|
Factory<Counter<E>> |
getFactory()
Returns a factory that can create new instances of this kind of Counter.
|
int |
hashCode()
Returns a hashCode which is the underlying Map's hashCode.
|
static <E> ClassicCounter<E> |
identityHashMapCounter() |
double |
incrementCount(E key)
Increments the count for this key by 1.0.
|
double |
incrementCount(E key,
double count)
Increments the count for the given key by the given value.
|
boolean |
isEmpty()
Returns whether a Counter has no keys in it.
|
java.util.Iterator<E> |
iterator()
This is a shorthand for keySet.iterator().
|
java.util.Set<E> |
keySet()
Returns the Set of keys in this counter.
|
double |
logIncrementCount(E key,
double count)
Increments the count stored in log space for this key by the given
log-transformed value.
|
void |
prettyLog(Redwood.RedwoodChannels channels,
java.lang.String description)
Pretty logs the current object to specific Redwood channels.
|
double |
remove(E key)
Removes the given key and its associated value from this Counter.
|
void |
removeAll(java.util.Collection<E> keys)
Removes all the given keys from this Counter.
|
void |
setCount(E key,
double count)
Sets the count for the given key to be the given value.
|
void |
setDefaultReturnValue(double rv)
Sets the default return value.
|
int |
size()
Returns the number of entries stored in this counter.
|
java.lang.String |
toString()
Returns a String representation of the Counter, as formatted by
the underlying Map.
|
double |
totalCount()
Computes the total of all counts in this counter, and returns it
as a double.
|
static ClassicCounter<java.lang.String> |
valueOfIgnoreComments(java.lang.String s)
Returns the Counter over Strings specified by this String.
|
java.util.Collection<java.lang.Double> |
values()
Returns a copy of the values currently in this counter.
|
public ClassicCounter()
public ClassicCounter(int initialCapacity)
public ClassicCounter(MapFactory<E,MutableDouble> mapFactory)
mapFactory
- The Map this factory vends will back your Counter.public ClassicCounter(MapFactory<E,MutableDouble> mapFactory, int initialCapacity)
mapFactory
- The Map this factory vends will back your Counter.initialCapacity
- initial capacity of the counterpublic ClassicCounter(Counter<E> c)
c
- The Counter which will be copied.public ClassicCounter(java.util.Collection<E> collection)
collection
- Each item in the Collection is made a key in the
Counter with count being its multiplicity in the Collection.public static <E> ClassicCounter<E> identityHashMapCounter()
public Factory<Counter<E>> getFactory()
getFactory
in interface Counter<E>
public final void setDefaultReturnValue(double rv)
setDefaultReturnValue
in interface Counter<E>
rv
- The default valuepublic double defaultReturnValue()
defaultReturnValue
in interface Counter<E>
public double getCount(java.lang.Object key)
public void setCount(E key, double count)
Counter.incrementCount(Object,double)
.public double incrementCount(E key, double count)
Counter.incrementCount(Object)
.
To set a count to a specific value instead of incrementing it, use
Counter.setCount(Object,double)
.incrementCount
in interface Counter<E>
key
- The key to incrementcount
- The amount to increment it bypublic final double incrementCount(E key)
Counter.incrementCount(Object,double)
.
To set a count to a specific value instead of incrementing it, use
Counter.setCount(Object,double)
.incrementCount
in interface Counter<E>
key
- The key to increment by 1.0public double decrementCount(E key, double count)
incrementCount
.
To more conveniently decrement the count by 1.0, use
Counter.decrementCount(Object)
.
To set a count to a specific value instead of decrementing it, use
Counter.setCount(Object,double)
.decrementCount
in interface Counter<E>
key
- The key to decrementcount
- The amount to decrement it bypublic double decrementCount(E key)
Counter.decrementCount(Object,double)
.
To set a count to a specific value instead of decrementing it, use
Counter.setCount(Object,double)
.decrementCount
in interface Counter<E>
key
- The key to decrement by 1.0public double logIncrementCount(E key, double count)
Counter.setCount(Object,double)
.logIncrementCount
in interface Counter<E>
key
- The key to incrementcount
- The amount to increment it by, in log spacepublic void addAll(Counter<E> counter)
public double remove(E key)
public boolean containsKey(E key)
containsKey
in interface Counter<E>
key
- The keypublic java.util.Set<E> keySet()
public java.util.Collection<java.lang.Double> values()
public java.util.Set<java.util.Map.Entry<E,java.lang.Double>> entrySet()
public void clear()
public int size()
public double totalCount()
totalCount
in interface Counter<E>
public java.util.Iterator<E> iterator()
iterator
in interface java.lang.Iterable<E>
public void removeAll(java.util.Collection<E> keys)
keys
- The keys to remove from the Counter. Their values are
subtracted from the total count mass of the Counter.public boolean isEmpty()
public boolean equals(java.lang.Object o)
Note that a Counter with a key with value defaultReturnValue will not be judged equal to a Counter that is lacking that key. In order for two Counters to be correctly judged equal in such cases, you should call Counters.retainNonDefaultValues() on both Counters first.
equals
in class java.lang.Object
o
- Object to compare for equalitypublic int hashCode()
hashCode
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object
public static ClassicCounter<java.lang.String> valueOfIgnoreComments(java.lang.String s)
StringKey\tdoubleValue\n
s
- String representation of a Counter, where entries are one per
line such that each line is either a comment (begins with #)
or key \t valuepublic static ClassicCounter<java.lang.String> fromString(java.lang.String s)
s
- A String representation of a Counterpublic void prettyLog(Redwood.RedwoodChannels channels, java.lang.String description)
prettyLog
in interface PrettyLoggable
channels
- the channels which should be logged to -- all logging calls should
use logging methods on the channels (e.g. channels.log(), etc.)description
- The description of the object. It will potentially identify the
object's functional role or (failing that) its class. This is
typically used as a track name surrounding the contents of this
object.


First, hit Add to Home Screen to create a new shortcut icon on the home screen. Next, open the new shortcut and hit the button below to browse the docs as a fullscreen web app.


Later on) It is a relief to be out of the desert!
Surely I will find a drop to drink, a bite to eat,
or a soft place to rest in this village.
It is a marvel how many beautiful objects
I have seen in this market as I wander around it.
Oh wow! Especially here! I am stunned by this beautiful piece of art!
I have never seen anything like this! I want to buy it.
Which of these was it that caught your eye?


USC at Cal: Game Time, Spread, Channel, Announcers
by Alek ArendBelieve it or not, the USC Trojans are still alive in the Pac-12 South Division race. USC is just one game behind Utah in the division, with the tiebreaker due to their win over the Utes in late September.
But for now, all Clay Helton’s team will focus on is beating Cal on Saturday night. Quarterback Kedon Slovis will have to be sharp against a stingy Golden Bears defense which has several talented playmakers in the secondary.
Cal had a great start to the season, rattling off four straight wins including victories over Washington and Ole Miss. But the Golden Bears have won just one of their last five games, with the offense taking a major hit with the injury to quarterback Chase Garbers in the team’s first loss to Arizona State. They now sit at 5-4 with just a 2-4 record in conference play.
Garbers may be able to go tomorrow, which would be a huge lift for the Golden Bears. This game means a lot to Cal, and the team will certainly be looking to upset USC on Saturday.
Here’s all the details for Saturday’s contest:
Game Time: 11 p.m. ET
Channel: FS1
Spread: USC -6
Over/Under: 48.5
Announcers: Cory Provus, Shane Vereen, Petros Papadakis
USC is a 6-point road favorite over Cal in this contest. Despite the Trojans’ explosive offense, the game’s total is set at just 48.5.
USC-Cal kicks off at 11 p.m. ET on FS1. Cory Provus, Shane Vereen, Petros Papadakis will be on the call.


@NotNull abstract fun mocker(@NotNull mockerConfig: MockerConfig): Mockspresso.Builder
Apply a MockerConfig
to this builder, which tells mockspresso how to create a mock and how they are annotated.
mockerConfig
- MockerConfig: The MockerConfig to apply
Return
Mockspresso.Builder: this


{% extends 'base/layout.html' %} {% load staticfiles %} {% block content %}
Please enter (and confirm) your new password.
{% else %}The password reset link was invalid, possibly because it has already been used. Please request a new password reset.
{% endif %} {% if user.is_authenticated %} {% endif %}


1)What is data-structure?
Data structure is a way of defining, storing and retriving of data in a structural and systemetic way.
A data structure may contain different type of data items.
2)What are various data-structures available?
Data structure availability may vary by programming languages. Commonly available data structures are list, arrays, stack,
queues, graph, tree etc.
3)What is selection sort?
Selection sort is in-place sorting technique. It divides the data set into two sub-lists: sorted and unsorted. Then it selects
the minimum element from unsorted sub-list and places it into the sorted list. This iterates unless all the elements from unsorted
sub-list are consumed into sorted sub-list.
4)How insertion sort and selection sorts are different?
Both sorting techniques maintains two sub-lists, sorted and unsorted and both take one element at a time and places it into
sorted sub-list. Insertion sort works on the current element in hand and places it in the sorted array at appropriate location
maintaining the properties of insertion sort. Whereas, selection sort searches the minimum from the unsorted sub-list and replaces
it with the current element in hand.
5)What is merge sort and how it works?
Merge sort is sorting algorithm based on divide and conquer programming approach. It keeps on dividing the list into smaller
sub-list until all sub-list has only 1 element. And then it merges them in a sorted way until all sub-lists are consumed. It has
run-time complexity of Ο(n log n) and it needs Ο(n) auxiliary space.
6)What is shell sort?
Shell sort can be said a variant of insertion sort. Shell sort divides the list into smaller sublist based on some gap variable
and then each sub-list is sorted using insertion sort. In best cases, it can perform upto Ο(n log n).
7)Briefly explain the approaches to develop algorithms.
There are three commonly used approaches to develop algorithms
Greedy Approach− finding solution by choosing next best option
Divide and Conquer− diving the problem to a minimum possible sub-problem and solving them independently
Dynamic Programming−diving the problem to a minimum possible sub-problem and solving them combinedly
8)Give some examples greedy algorithms.
The below given problems find their solution using greedy algorithm approach
Travelling Salesman Problem Prim's Minimal Spanning Tree Algorithm Kruskal's Minimal Spanning Tree Algorithm Dijkstra's Minimal Spanning Tree Algorithm Graph - Map Coloring Graph - Vertex Cover Knapsack Problem Job Scheduling Problem
9)What are some examples of divide and conquer algorithms?
The below given problems find their solution using divide and conquer algorithm approach
Merge SortQuick SortBinary Search Strassen's Matrix MultiplicationClosest pair (points)
10)What are some examples of dynamic programming algorithms?
The below given problems find their solution using divide and conquer algorithm approach
Fibonacci number series Knapsack problem Tower of Hanoi All pair shortest path by Floyd-Warshall Shortest path by Dijkstra Project scheduling
11)What is a linked-list?
A linked-list is a list of data-items connected with links i.e. pointers or references. Most modern high-level programming
language does not provide the feature of directly accessing memory location, therefore, linked-list are not supported in them or
available in form of inbuilt functions.
12)What is stack?
In data-structure, stack is an Abstract Data Type (ADT) used to store and retrieve values in Last In First Out method.
13)Why do we use stacks?
Stacks follows LIFO method and addition and retrieval of a data item takes only Ο(n) time. Stacks are used where we need to
access data in the reverse order or their arrival. Stacks are used commonly in recursive function calls, expression parsing, depth
first traversal of graphs etc.
14)What operations can be performed on stacks?
The below operations can be performed on a stack −
push() : adds an item to stack
pop() : removes the top stack item
peek() : gives value of top item without removing it
isempty(): checks if stack is empty
isfull() : checks if stack is full
15)What is a queue in data-structure?
Queue is an abstract data structure, somewhat similar to stack. In contrast to stack, queue is opened at both end.
One end is always used to insert data (enqueue) and the other is used to remove data (dequeue). Queue follows First-In-First-Out
methodology, i.e., the data item stored first will be accessed first.
16)Why do we use queues?
As queues follows FIFO method, they are used when we need to work on data-items in exact sequence of their arrival.
Every operating system maintains queues of various processes. Priority queues and breadth first traversal of graphs are some examples
of queues.
17)What operations can be performed on Queues?
The below operations can be performed on a stack −
enqueue() : adds an item to rear of the queue
dequeue() : removes the item from front of the queue
peek() : gives value of front item without removing it
isempty() : checks if stack is empty
isfull() : checks if stack is full
18)What is linear searching?
Linear search tries to find an item in a sequentially arranged data type. These sequentially arranged data items known as
array or list, are accessible in incrementing memory location. Linear search compares expected data item with each of data items in
list or array. The average case time complexity of linear search is Ο(n) and worst case complexity is Ο(n2). Data in target
arrays/lists need not to be sorted.
19)What is binary search?
A binary search works only on sorted lists or arrays. This search selects the middle which splits the entire list into two
parts. First the middle is compared. This search first compares the target value to the mid of the list. If it is not found,
then it takes decision on whether.
20)What is bubble sort and how bubble sort works?
Bubble sort is comparison based algorithm in which each pair of adjacent elements is compared and elements are swapped
if they are not in order. Because the time complexity is Ο(n2), it is not suitable for large set of data.
21)Tell me something about 'insertion sort'?
Insertion sort divides the list into two sub-list, sorted and unsorted. It takes one element at time and finds it
appropriate location in sorted sub-list and insert there. The output after insertion is a sorted sub-list. It iteratively works on
all the elements of unsorted sub-list and inserts them to sorted sub-list in order.
22)How quick sort works?
Quick sort uses divide and conquer approach. It divides the list in smaller 'partitions' using 'pivot'.
The values which are smaller than the pivot are arranged in the left partition and greater values are arranged in the right partition.
Each partition is recursively sorted using quick sort.
23)What is a graph?
A graph is a pictorial representation of a set of objects where some pairs of objects are connected by links.
The interconnected objects are represented by points termed as vertices, and the links that connect the vertices are called edges.
24)How depth first traversal works?
Depth First Search algorithm(DFS) traverses a graph in a depthward motion and uses a stack to remember to get the next
vertex to start a search when a dead end occurs in any iteration.
25)How breadth first traversal works?
Breadth First Search algorithm(BFS) traverses a graph in a breadthwards motion and uses a queue to remember to get
the next vertex to start a search when a dead end occurs in any iteration.
26)What is a tree?
A tree is a minimally connected graph having no loops and circuits.
27)What is a binary tree?
A binary tree has a special condition that each node can have two children at maximum.
28)What is a binary search tree?
A binary search tree is a binary tree with a special provision where a node's left child must have value less than its
parent's value and node's right child must have value greater than it's parent value.
29)What is tree traversal?
Tree traversal is a process to visit all the nodes of a tree. Because, all nodes are connected via edges (links) we
always start from the root (head) node. There are three ways which we use to traverse a tree
In-order TraversalPre-order TraversalPost-order Traversal
30)What is an AVL Tree?
AVL trees are height balancing binary search tree. AVL tree checks the height of left and right sub-trees and assures
that the difference is not more than 1. This difference is called Balance Factor.
BalanceFactor=height(left-sutree) − height(right-sutree)
31)What is a spanning tree?
A spanning tree is a subset of Graph G, which has all the vertices covered with minimum possible number of edges.
A spanning tree does not have cycles and it can not be disconnected.
32)How many spanning trees can a graph has?
It depends on how connected the graph is. A complete undirected graph can have maximum nn-1 number of spanning trees,
where n is number of nodes.
33)How Kruskal's algorithm works?
This algorithm treats the graph as a forest and every node it as an individual tree. A tree connects to another only and
only if it has least cost among all available options and does not violate MST properties.
34)How Prim's algorithm finds spanning tree?
Prim's algorithm treats the nodes as a single tree and keeps on adding new nodes to the spanning tree from the given
graph.
35)What is a minimum spanning tree (MST) ?
In a weighted graph, a minimum spanning tree is a spanning tree that has minimum weight that all other spanning trees
of the same graph.
36)What is a heap in data structure?
Heap is a special balanced binary tree data structure where root-node key is compared with its children and arranged
accordingly. A min-heap, a parent node has key value less than its childs and a max-heap parent node has value greater than its
childs.
37)What is a recursive function?
A recursive function is one which calls itself, directly or calls a function that in turn calls it. Every recursive
function follows the recursive properties − base criteria where functions stops calling itself and progressive approach where the
functions tries to meet the base criteria in each iteration.
38)What is algorithm?
Algorithm is a step by step procedure, which defines a set of instructions to be executed in certain order to get the desired output.
39)Why we need to do algorithm analysis?
A problem can be solved in more than one ways. So, many solution algorithms can be derived for a given problem.
We analyze available algorithms to find and implement the best suitable algorithm.
40)What are the criteria of algorithm analysis?
An algorithm are generally analyzed on two factors − time and space. That is, how much execution time and how much
extra space required by the algorithm.
41)What is asymptotic analysis of an algorithm?
Asymptotic analysis of an algorithm, refers to defining the mathematical boundation/framing of its run-time
performance. Using asymptotic analysis, we can very well conclude the best case, average case and worst case scenario of an algorithm.
42)What are asymptotic notations?
Asymptotic analysis can provide three levels of mathematical binding of execution time of an algorithm −
Best case is represented by Ο(n) notation.Worst case is represented by Ω(n) notation.Average case is represented by Θ(n) notation.
43)What is linear data strucutre?
A linear data-strucutre has sequentially arranged data items. The next time can be located in the next memory
address. It is stored and accessed in a sequential manner. Array and list are example of linear data structure.
44)What are common operations that can be performed on a data-structure?
The following operations are commonly performed on any data-structure
Insertion:adding a data item
Deletion : removing a data item
Traversal:accessing and/or printing all data items
Searching: finding a particular data item
Sorting :arranging data items in a pre-defined sequence
45) What pointer type is used to implement the heterogeneous linked list in C?
Void pointer. The heterogeneous linked list contains different data types in it's nodes and we need a link, pointer,
to connect them. Since we can't use ordinary pointers for this, we use the void pointer. Void pointer is a generic pointer type,
and capable of storing pointer to any type.
46) What is the minimum number of queues needed to implement the priority queue?
Two. One queue is used for the actual storing of data, and the other one is used for storing the
priorities.
47)Which data structure is used to perform recursion?
The answer is Stack. Stack has the LIFO (Last In First Out) property; it remembers it's ‘caller’. Therefore,
it knows to whom it should return when the function has to return. On the other hand, recursion makes use of the system stack
for storing the return addresses of the function calls. Every recursive function has its equivalent iterative (non-recursive)
function. Even when such equivalent iterative procedures are written explicit, stack is to be used.
48) What are some of the applications for the tree data structure?
Manipulation of the arithmetic expressions.Symbol table construction.Syntax analysis.
49)Which data strucutres algorithm used in solving the eight Queens problem?
Backtracking
50) In an AVL tree, at what condition the balancing is to be done?
If the "pivotal value", or the "height factor", is greater than one or less than minus one.
51) What is the bucket size, when the overlapping and collision occur at the same time?
The answer is one. If there is only one entry possible in the bucket, when the collision occurs, there is no way to
accommodate the colliding value. This results in the overlapping of values.
52) There are 8, 15, 13, and 14 nodes in 4 different trees. Which one of them can form a full binary tree?
The answer is the tree with 15 nodes. In general, there are 2^n-1 nodes in a full binary tree.
By the method of elimination: Full binary trees contain odd number of nodes, so there cannot be full binary trees with 8 or 14 nodes.
Moreover, with 13 nodes you can form a complete binary tree but not a full binary tree. Thus, the correct answer is 15.
53)Whether Linked List is linear or Non-linear data structure?
According to Storage Linked List is a Non-linear one.
54) Is it necessary to sort a file before searching a particular item ?
If less work is involved in searching a element than to sort and then extract, then we don’t go for sort
If frequent use of the file is required for the purpose of retrieving specific element, it is more efficient to sort the file.
Thus it depends on situation.
55) What are the issues that hamper the efficiency in sorting a file?
The issues are :
i) Length of time required by the programmer in coding a particular sorting program
ii) Amount of machine time necessary for running the particular program
iii)The amount of space necessary for the particular program .
56) Calculate the efficiency of sequential search?
The number of comparisons depends on where the record with the argument key appears in the table
If it appears at first position then one comparison
If it appears at last position then n comparisons
Average=(n+1)/2 comparisons
Unsuccessful search n comparisons
Number of comparisons in any case is O (n).
57) Is any implicit arguments are passed to a function when it is called?
Yes there is a set of implicit arguments that contain information necessary for the function to execute and return
correctly. One of them is return address which is stored within the function’s data area, at the time of returning to calling program
he address is retrieved and the function branches to that location.
58) Parenthesis is never required in Postfix or Prefix expressions, why?
Parenthesis is not required because the order of the operators in the postfix /prefix expressions determines the actual
order of operations in evaluating the expression
59)What is tower of hanoi?
Tower of Hanoi, is a mathematical puzzle which consists of three tower (pegs) and more than one rings. All rings are
of different size and stacked upon each other where the large disk is always below the small disk. The aim is to move the tower of
disk from one peg to another, without breaking its properties.
60)What is fibonacci series?
Fibonacci Series generates subsequent number by adding two previous numbers. For example − 0 1 1 2 3 5 8 13.
61)What is hashing?
Hashing is a technique to convert a range of key values into a range of indexes of an array. By using hash tables,
we can create an associative data storage where data index can be find by providing its key values.
62)What is interpolation search technique?
Interpolation search is an improved variant of binary search. This search algorithm works on the probing
position of required value.
63)What is the prefix and post fix notation of (a + b) * (c + d) ?
Prefix Notation − * + a b + c d
Postfix Notation − a b + c d + *


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EVENTS


binary-search uses an ordered list, the search is made by starting at the
middle of the list and splitting in half each time checking if the value is
higher or lower than that tested.
Example
Input a list of numbers separated by ';', pressing the generate button will
generate a random list of 10 numbers.
Sorted List: {{ this.sortedList.join(';') }}
0">
Item Found!
0">
Checked Items: {{ this.itemsChecked }}
Items to check
Calculate the maximum number of items that need to be searched in a size of:
0"
>Would take a maximum of {{ this.numberOfChecks }}


{% extends "global/Page.html" %} {% load otree %} {% block title %} Round {{ subsession.round_number }} of {{ Constants.num_rounds }} {% endblock %} {% block content %}
Please, cast your vote! This vote is what will determine the decision for your group:
{% formfield player.ball_vote label="I vote:" %} {% next_button %} {% endblock %}


Who we are and what we do
We are a team of mobile app developers with a good sense of how business works and a keen eye for design.
We do native iOS and Android apps, but no hybrid, or cross platform.
38 projects 11 employesSome awards we've received
Brands we did work for
Our services
We can take a project from the concept and lead it to publication. Design, coding, testing, debugging, app merchandising – we do it all, except promotion or thinking your business up.
What makes us tick
We want more apps on the market that make sense and matter.
Even if your app is used only within your company, but it results in a significant increase in revenue, it matters in a big way and is worth the effort.
You know your business best, and we make sure your app reflects that.
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So, it's test, test and test again.
Before you sign up
We’ve been doing client work since 2012 and we still think it’s


class
or keyword struct
, with the following syntax:class class_name { access_specifier_1: member1; access_specifier_2: member2; ... } object_names; |
class_name
is a valid identifier for the class, object_names
is an optional list of names for objects of this class. The body of the declaration can contain members, which can either be data or function declarations, and optionally access specifiers.private
, public
or protected
. These specifiers modify the access rights for the members that follow them:private
members of a class are accessible only from within other members of the same class (or from their "friends").protected
members are accessible from other members of the same class (or from their "friends"), but also from members of their derived classes.public
members are accessible from anywhere where the object is visible.class
keyword have private access for all its members. Therefore, any member that is declared before any other access specifier has private access automatically. For example:
|
|
Rectangle
and an object (i.e., a variable) of this class, called rect
. This class contains four members: two data members of type int
(member width
and member height
) with private access (because private is the default access level) and two member functions with public access: the functions set_values
and area
, of which for now we have only included their declaration, but not their definition.Rectangle
was the class name (i.e., the type), whereas rect
was an object of type Rectangle
. It is the same relationship int
and a
have in the following declaration:
|
|
int
is the type name (the class) and a
is the variable name (the object). Rectangle
and rect
, any of the public members of object rect
can be accessed as if they were normal functions or normal variables, by simply inserting a dot (.
) between object name and member name. This follows the same syntax as accessing the members of plain data structures. For example:
|
|
rect
that cannot be accessed from outside the class are width
and height
, since they have private access and they can only be referred to from within other members of that same class.
|
|
area: 12 |
::
, two colons), seen in earlier chapters in relation to namespaces. Here it is used in the definition of function set_values
to define a member of a class outside the class itself.area
has been included directly within the definition of class Rectangle
given its extreme simplicity. Conversely, set_values
it is merely declared with its prototype within the class, but its definition is outside it. In this outside definition, the operator of scope (::
) is used to specify that the function being defined is a member of the class Rectangle
and not a regular non-member function.::
) specifies the class to which the member being declared belongs, granting exactly the same scope properties as if this function definition was directly included within the class definition. For example, the function set_values
in the previous example has access to the variables width
and height
, which are private members of class Rectangle
, and thus only accessible from other members of the class, such as this.width
and height
have private access (remember that if nothing else is specified, all members of a class defined with keyword class
have private access). By declaring them private, access from outside the class is not allowed. This makes sense, since we have already defined a member function to set values for those members within the object: the member function set_values
. Therefore, the rest of the program does not need to have direct access to them. Perhaps in a so simple example as this, it is difficult to see how restricting access to these variables may be useful, but in greater projects it may be very important that values cannot be modified in an unexpected way (unexpected from the point of view of the object).Rectangle
, we could have declared the object rectb
in addition to object rect
:
|
|
rect area: 12 rectb area: 30 |
Rectangle
, of which there are two instances (i.e., objects): rect
and rectb
. Each one of them has its own member variables and member functions.rect.area()
does not give the same result as the call to rectb.area()
. This is because each object of class Rectangle
has its own variables width
and height
, as they -in some way- have also their own function members set_value
and area
that operate on the object's own member variables.rect.area
or rectb.area
. Those member functions directly used the data members of their respective objects rect
and rectb
.area
before having called set_values
? An undetermined result, since the members width
and height
had never been assigned a value.void
.Rectangle
class above can easily be improved by implementing a constructor:
|
|
rect area: 12 rectb area: 30 |
Rectangle
has no member function set_values
, and has instead a constructor that performs a similar action: it initializes the values of width
and height
with the arguments passed to it.
|
|
void
: Constructors never return values, they simply initialize the object.
|
|
rect area: 12 rectb area: 25 |
Rectangle
are constructed: rect
and rectb
. rect
is constructed with two arguments, like in the example before.rectb
. Note how rectb
is not even constructed with an empty set of parentheses - in fact, empty parentheses cannot be used to call the default constructor:
|
|
rectc
a function declaration instead of an object declaration: It would be a function that takes no arguments and returns a value of type Rectangle
.class_name object_name = initialization_value;
{}
) instead of parentheses (()
):class_name object_name { value, value, value, ... }
|
|
foo's circumference: 62.8319 |
|
|
initializer_list
as its type.:
) and a list of initializations for class members. For example, consider a class with the following declaration:
|
|
|
|
|
|
|
|
|
|
foo's volume: 6283.19 |
Cylinder
has a member object whose type is another class (base
's type is Circle
). Because objects of class Circle
can only be constructed with a parameter, Cylinder
's constructor needs to call base
's constructor, and the only way to do this is in the member initializer list.{}
instead of parentheses ()
:
|
|
|
|
Rectangle
.->
). Here is an example with some possible combinations:
|
|
*
, &
, .
, ->
, []
). They can be interpreted as:| expression | can be read as |
|---|---|
*x | pointed to by x |
&x | address of x |
x.y | member y of object x |
x->y | member y of object pointed to by x |
(*x).y | member y of object pointed to by x (equivalent to the previous one) |
x[0] | first object pointed to by x |
x[1] | second object pointed to by x |
x[n] | (n+1 )th object pointed to by x |
[]
) and the chapter about plain data structures introduced the arrow operator (->
).class
, but also with keywords struct
and union
.struct
, generally used to declared plain data structures, can also be used to declare classes that have member functions, with the same syntax as with keyword class
. The only difference between both is that members of classes declared with the keyword struct
have public
access by default, while members of classes declared with the keyword class
have private
access by default. For all other purposes both keywords are equivalent in this context.struct
and class
, since unions only store one data member at a time, but nevertheless they are also classes and can thus also hold member functions. The default access in union classes is public
.| Previous: Other data types | Index | Next: Classes (II) |


Description
- Giotto provides a flexible framework for common single-cell processing steps such as:
- quality control
- normalization
- dimension reduction
- clustering and cell type annotation
- To facilitate the analysis of recently emerging high-throughput, but lower-resolution spatial transcriptomic technologies, such as 10X Genomics Visium and Slide-seq, Giotto has 3 implemented algorithms for estimating the spatial enrichment of different cell types by integration of known gene signatures or single-cell RNAseq expression and annotation data.
- Spatial information is retained through the formation of a spatial grid and/or a spatial proximity network, which is used to:
- identify spatial genes
- extract continuous spatial-expression patterns
- identify discrete spatial domains using HMRF
- explore cell-type/cell-type spatial interaction enrichment or depletion
- calculate spatially increased ligand-receptor expression in cells of interacting cell type pairs
- find interaction changed genes (ICG): genes that change expression in one cell type due to interaction with a neighboring cell type
- Giotto provides a number of options to visualize both 2D and 3D data and the outcome of Giotto can be interactively explored using Giotto Viewer, which allows you to overlay the obtained results with raw or additional images of the profiled tissue section(s).
Make sure to check out the Datasets section to see examples of the Giotto workflow.
Workflow diagram
HOWTOs
Giotto provides a lot of analyses, visualizations and other options to facilitate your spatial dataset analysis. We are working on providing easy-to-understand examples or tutorials, but if anything is not clear or if there is something you would like to see in particular, then do not hesitate to contact us.
Giotto analyses [work in progress]
Giotto Analyzer and Viewer interaction [work in progress]
- How to switch between Giotto Analyzer and Viewer?


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Well Sell The Zaniest Items Known to Man
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Sanofi to acquire US biotech firm Sythorx $2.5bn
Mubasher: Sanofi on Monday said it will take over US biotechnology company Synthorx in a cash deal that valued the latter at $2.5 billion, according to a press release.
The French pharmaceutical major aims to boost its pipeline of treatment for cancer and autoimmune disorders.
Under the deal, which was unanimously approved by boards of both companies, Sanofi will pay $68 per each outstanding Synthorx share.
This represents a 172% premium to Synthorx’s closing share price on Friday’s session.
“This acquisition […] is aligned with our goal to build our oncology franchise with potentially practice-changing medicines and novel combinations,” Sanofi’s CEO Paul Hudson said.
It is worth noting that Synthorx a clinical-stage biotechnology company focused on therapies for people with cancer and autoimmune disorders.
The acquisition would boost Sanofi’s immuno-oncology franchise, with Synthorx’s lead product, THOR-707, which is currently under clinical development, having the potential to be the best therapy for solid tumors.
The transaction is set to be concluded on in the first quarter of next year, Sanofi said.
Source: Mubasher Source: {{details.article.source}}


---
layout: post
title: SPIdriver
date: '2018-09-02T18:27:00.002-07:00'
author: gojimmypi
tags:
- Crowd Suppy
- FTDI
- SPIDriver
- '8051'
- Forth
- SPI
- MyForth
- Debug
modified_time: '2018-12-13T07:22:28.252-08:00'
thumbnail: https://2.bp.blogspot.com/-b3dlHF7ld1U/W4xZQIPnx3I/AAAAAAAABm0/W-s2WvLWKdw59KvhFKjzig6slT4yINeNACLcBGAs/s72-c/SPIdriver.PNG
blogger_id: tag:blogger.com,1999:blog-4109066286647243251.post-7056844500265032583
blogger_orig_url: https://gojimmypi.blogspot.com/2018/09/spidriver.html
---
I recently backed an interesting SPIdriver project on Crowd Supply
. For as little as $27 you can have your very own SPI debugging tool!
First, it should be noted what this device is, and what it is not. As clearly stated by the name - it is a
driver and not a monitor. There's an open issue on GitHub regarding monitoring
, I'm interested in seeing what happens with that. But really, for monitoring, that would be the job of an oscilloscope - ideally a DSO, or even better: a logic analyzer.
There was a
(slightly misleading) but otherwise interesting review by the folks over at linuxgizmos
that mentions the word "monitor" several times when describing the SPIdriver.
Still, I had hoped to see how complex of an undertaking it might be to add the monitoring feature. When I looked at the
source for the firmware, I kinda just stared in bewilderment for a few moments: "What is this strange language?"- but then back in the README, I noticed in the first line: "It uses the MyForth compiler written by Charley Shattuck and Bob Nash". wow. Forth! And not just any Forth
:
This version is intended for embedding in small 8051 based projects. They currently feel the product is not commercial worthy as it has too many personal enhancements, and is more an exploration of concepts than a real product.
Really - I'm impressed that not only someone could code something in this language, but as noted on the documentation page:
This version is intended for embedding in small 8051 based projects.
So even more impressive is that this code is compiled and loaded into... (?) what specific chip: "Silicon Labs automotive-grade microcontroller"? I'm not really sure, but have requested the schematic be made available. The article mentioned above claims the controller is an EFM8 8051-based 8-bit MCU
. The text on chip includes 8810 and 1743; not much luck when googling this. So I have not confirmed the exact processor being used. I've not coded for the 8051 in quite some time, and certainly never in Forth. It is good to know this chip is still around if that's what's here.
Not only do I have pretty much no Forth-programming skills; further, I have no idea how the binary, once compiled, would even get on the chip itself. Perhaps something like
avrdude
is used? I wonder if the code comes in via the serial port, or perhaps the bi-directional SPI port? (Hopefully not another vendor specific, proprietary IDE)
In any case, the code seems to work well for the intended purpose: The FTDI chip acts like a serial port talking the to SPIdriver controller. The device works some magic converting serial port text commands into SPI control signals - and displays them!
The
initial out-of-box experience was quite good; I had the device working almost immediately thanks to the great documentation page
. It would have been sooner, had my Ubuntu VM not been in the middle of an update. (thus preventing me from installing anything new). The Windows command-line does not work quite as documented, since the ports are not named /dev/ttyUSB[n]. Fortunately the parameters accept Windows-style port names:
{% include code_header.html %}
>>> from spidriver import SPIDriver
>>> s = SPIDriver("com16")
>>> s.sel()
>>> s.write([0x9f])
>>> list(s.read(3))
[127, 255, 255]
>>> s.unsel()>>> quit()
Very cool. Moving on from the initial test, I played a bit with the pre-compiled Windows executable. Minor stumble here, as my 64-bit Windows 10 installed the app into the x86 directory, thus the sample command-line was slightly different than the docs:
{% include code_header.html %}
C:\workspace>"c:\Program Files\Excamera Labs\SPIDriver\spicl.exe" COM16 i
The system cannot find the path specified.
C:\workspace>"c:\Program Files (x86)\Excamera Labs\SPIDriver\spicl.exe" COM16 iuptime 61 5.029 V 0 mA 29.0 C
The Windows GUI makes it ridiculously easy to send SPI commands. Up to two hex digits can be entered and sent with each "Transfer" button press:
|
|
|
SPIdriver Windows GUI |
Resulting in the display on the SPIdriver to look like this:
|
|
| SPIdriver sample SPI signal |
Note that if you exit the SPIdriver Windows app, you may need to wait a few moments for the process to be completely killed; Otherwise when starting a new instance, I found that the data entry box would sometimes not accept any characters.
On to a more impressive and complex,
sending an entire picture to another SPI display
! Here too, I had a minor stumble, as the docs claim that the command looks like this:
{% include code_header.html %}
python -h /dev/ttyUSB0 st7735s.py grace.png
This brought up the python help for me, and ignored the rest of the parameters. On Windows the command was this one (also note different picture):
{% include code_header.html %}
python st7735s.py -h COM16 spidriver.png
Resulting in this:
|
|
| SPIdriver talking to an SPI display |
Sadly, I could not find a convenient SPI memory device laying around (at least not one I was willing to possibly fry), so I could not continue with the sample SPI flash. But while digging through my parts, I found an ENC28J60 SPI Ethernet board like this one
that I've been meaning to play with. Coming soon...
Other notes:
Please leave comments, ideas, suggestions below (moderated, sometimes delayed) or send me a message at gmail, or find
me on twitter
.
Copyright (c) gojimmypi all rights reserved. Blogger Image Move Cleaned: 5/3/2021 1:35:54 PM


6. Copyright and license¶
The Performance Based Engineering Application is copyright through the The Regents of the University of California.
The software is distributed under the BSD 3-Clause License.
The Performance Based Engineering Application leverages several third-party software packages, which have separate licensing policies.
6.1. Copyright¶
Copyright (c) 2018, The Regents of the University of California
6.2. BSD 3-Caluse license¶
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
* Neither the name of the copyright holder nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.


AWS::AutoScaling::AutoScalingGroup NotificationConfiguration
A structure that specifies an Amazon SNS notification configuration for the
NotificationConfigurations
property of the AWS::AutoScaling::AutoScalingGroup resource.
For an example template snippet, see Auto scaling template snippets.
For more information, see Get Amazon SNS notifications when your Auto Scaling group scales in the Amazon EC2 Auto Scaling User Guide.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "NotificationTypes" :
[ String, ... ]
, "TopicARN" :String
}
YAML
NotificationTypes:
- String
TopicARN:String
Properties
NotificationTypes
-
A list of event types that send a notification. Event types can include any of the following types.
Allowed values:
-
autoscaling:EC2_INSTANCE_LAUNCH
-
autoscaling:EC2_INSTANCE_LAUNCH_ERROR
-
autoscaling:EC2_INSTANCE_TERMINATE
-
autoscaling:EC2_INSTANCE_TERMINATE_ERROR
-
autoscaling:TEST_NOTIFICATION
Required: No
Type: List of String
Update requires: No interruption
-
TopicARN
-
The Amazon Resource Name (ARN) of the Amazon SNS topic.
Required: Yes
Type: String
Update requires: No interruption


The report can contain a description of the strategy. This is set either in the config.json
file or via the command line argument --strategy-description
.
An example config.json
configuration is provided below.
{ "data-folder": "../../../Data", "strategy-name": "Example Algo (FX + Equity) Strategy", "strategy-version": "v1.2.0", "strategy-description": "Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.", "live-data-source-file": "", "backtest-data-source-file": "example_algo_fx.json", "report-destination": "Report.html", ... }
We recommend that you use the existing config.example.json
and rename it to config.json
once you have finished editing the file. Please rebuild the project on rename or if you make any changes to the configuration
so that the file is copied into the binary output path.


This page displays all current connections to the MySQL database server,
except for the one used to actually request the connection list. You can
terminate a connection (and the query it is running) by selecting it and
clicking the Kill Selected Connections button.
In some cases, a connection and its associated query may continue to run even
when the client has exited. It will still appear on this page though.


This is a multi-part message in MIME format.
=09
Dear sheri,
We are very concerned about your loan. Your loan payment is now 16 days=
past due. You have been charged a late fee. Please make a manual paymen=
t below today in the amount of the payment due to bring your account cur=
rent and avoid further fees.=20
If payment is not received:=20
- Your loan will be sent to a collection agency after 30 days past due
- Should your loan go more than 30 days past due, the delinquency will=
be reported to credit reporting agencies
Please make your payment immediately to avoid further fees:=20
http://www.prosper.com/MakePayment/Funnel?loanId=3D359613&utm_source=3Db=
orrower_payment_late_notice_3_v2&utm_medium=3Demail&utm_campaign=3Dsyste=
m_event&utm_content=3Dmake_payment
This is your third notice. If you do not make a payment in the amount=
of $234.00 within 3 days of this notice, the final automatic payment=
attempt will be initiated within 6 days of this notice. Please make sur=
e your bank account has sufficient funds to cover the payment to avoid=
further fees.
If you would like information on changing your bank account, please cont=
act customer service at<EMAIL_ADDRESS>Loan details:
Loan no.: 359613
Payment due date: 9/19/2015=20
Monthly payment: $174.00=20
Payment failure fee: $15.00=20
Late fee: $45.00=20
Payment due: $234.00=20
Regards,=20
Prosper=20
Notice: This is an attempt to collect a debt and any information obtaine=
d will be used for that purpose.
Dear sheri,
We are very concerned about your loan. Your loan payment is=
now 16 days past due. You have been charged a late fee=
. Please make a manual payment below today in the amount of the payment=
due to bring your account current and avoid further fees.
If payment is not received:
| = Make a payment now=20 |


<stepsection>
The <stepsection>
element provides expository text before a
<step>
element. Although the element is specialized from
<li>
and has the same content model as a list item, it is not
intended to represent a step in a task.
Category: Task elements


To begin Votee, create an account by clicking Join or by clicking "Join" on the banner above. Next, enter your information to create a custom user profile. Once you have a profile, you will be able to login and create questions (as a professor)or login and vote as a student. Both students and professors have the ability to track their votes. Click on View Grades or View Courses on your student page to view your courses in progress or the scores you have achieved on previous Votee quizzes.
As a professor, create quizzes by clicking the "Create Quiz" button on the professor page. Additionally, view the current quiz or the past results by clicking on the corresponding buttons.


Starting fresh into the new year with a discussion on Xcode 10.2 beta 1, the Swift Community Podcast, and more
Listen, Download


Analysing London's NoSQL meetups - Mark Needham
Building Graph-Based Web Applications With Structr - Axel Morgner
Pub - The Slaughtered Lamb
@markHneedham@structr |
This is how we're taught to design our code.
Relational DB make a poor technology for expressing the domain because you have to deal with foreign key meta data.
i.e. INNER JOIN, LEFT JOIN, OUTER JOIN
We do all the hard work in the object model due to this impedance mismatch.
(def NEO4J_HOST "http://localhost:7474/db/data/")
(defn cypher
([query] (cypher query {}))
([query params]
(let [conn (nr/connect! NEO4J_HOST)]
(->> (cy/tquery query params)
walk/keywordize-keys))))
MATCH (event:Event)-[:HELD_AT]->(venue)
OPTIONAL MATCH (event)<-[:TO]-(rsvp)<-[:RSVPD]-(person)
OPTIONAL MATCH (rsvp)<-[:NEXT]-(initial)
WITH event, venue, COLLECT({rsvp: rsvp, initial:initial, person:person}) AS responses
WITH event, venue,
[response in responses WHERE response.initial is null AND response.rsvp.response = "yes"] AS a,
[response in responses WHERE NOT response.initial is null] AS d
RETURN event, venue,
LENGTH(a) + REDUCE(acc=0, count IN [value IN a | value.rsvp.guests] | acc + count) as attendees,
LENGTH(d) + REDUCE(acc=0, count IN [value IN d | value.rsvp.guests] | acc + count) as dropouts
(defn extract-date-time [timestamp]
{ :formatted-time (timestamp/as-time timestamp)
:formatted-date (timestamp/as-date timestamp) })
(defn all-events [meetup-id]
(let [query "..."]
(->>
(db/cypher query)
(map #(merge % (extract-date-time
(+ (-> % :event :data :time) (-> % :event :data :utc_offset))))))))
Cypher is good at |
Clojure is good at |
|---|---|
Expressing graph patterns |
Chaining functions to be applied to data |
Exploring relationships in data |
Manipulating/Massaging data |
(defn home-page []
(let [now (c/to-long (clj-time.core/now))
all (meetup/all-events core/MEETUP_NAME)
{upcoming true past false } (group-by #(> (->> % :event :data :time) now) all)]
(layout/render
"home.html" {:past (sort-by time-descending past)
:upcoming (sort-by time-ascending upcoming)})))
MATCH (event:Event {id: {eventId}})-[:HELD_AT]->(venue)
OPTIONAL MATCH (event)<-[:TO]-(rsvp)<-[:RSVPD]-(person)
OPTIONAL MATCH (person)-[:INTERESTED_IN]->(topic) WHERE ()-[:HAS_TOPIC]->(topic)
WITH event, venue, rsvp, person, COLLECT(topic) as topics ORDER BY rsvp.time
OPTIONAL MATCH (rsvp)<-[:NEXT]-(initial)
WITH event, venue, COLLECT({rsvp: rsvp, initial: initial, person: person, topics: topics}) AS responses
WITH event, venue,
[response in responses WHERE response.initial is null AND response.rsvp.response = "yes"] as attendees,
[response in responses WHERE NOT response.initial is null] as dropouts, responses
UNWIND([response in attendees | response.topics]) AS topics
UNWIND(topics) AS topic
WITH event, venue, attendees, dropouts, {id: topic.id, name:topic.name, freq:COUNT(*)} AS t
RETURN event, venue, attendees, dropouts, COLLECT(t) AS topics
MATCH (event:Event {id: {eventId}})-[:HELD_AT]->(venue)
OPTIONAL MATCH (event)<-[:TO]-(rsvp)<-[:RSVPD]-(person)
WITH event, venue, rsvp, person ORDER BY rsvp.time
OPTIONAL MATCH (rsvp)<-[:NEXT]-(initial)
WITH event, venue, COLLECT({rsvp: rsvp, initial: initial, person: person}) AS responses
WITH event, venue,
[response in responses WHERE response.initial is null
AND response.rsvp.response = "yes"] as attendees,
[response in responses WHERE NOT response.initial is null] as dropouts
RETURN event, venue, attendees, dropouts
MATCH (event:Event {id: {eventId}})
MATCH (event)<-[:TO]-(rsvp {response: "yes"})<-[:RSVPD]-(person)-[:INTERESTED_IN]->(topic)
WHERE ()-[:HAS_TOPIC]->(topic)
RETURN topic.id AS id, topic.name AS name, COUNT(*) AS freq
MATCH (g1:Group), (g2:Group)
OPTIONAL MATCH path = (g1)<-[:MEMBER_OF]-()-[:MEMBER_OF]->(g2)
WITH g1, g2, CASE WHEN path is null THEN 0 ELSE COUNT(path) END AS overlap
ORDER BY g1.name, g2.name
RETURN g1, COLLECT(overlap) AS overlap
ORDER BY g1.name
MATCH (g:Group) WHERE g.id IN {ids}
WITH COLLECT(g) AS groups UNWIND groups AS g1 UNWIND groups AS g2
WITH g1, g2 WHERE g1 <> g2
OPTIONAL MATCH path = (g1)<-[:MEMBER_OF]-()-[:MEMBER_OF]->(g2)
WHERE id(g1) < id(g2)
WITH g1, g2, COUNT(path) AS overlap
ORDER BY id(g1)
WITH g1, [o IN COLLECT({group: g2, overlap: overlap }) WHERE o.overlap > 0] AS others
MATCH (g1)<-[:MEMBER_OF]-()
RETURN g1, COUNT(*) AS members, others
ORDER BY id(g1)
MATCH (m)-[:MEMBER_OF]->(group:Group {id: {groupId}})
WITH COLLECT(m) AS members, group
UNWIND members AS m
MATCH (m)-[:INTERESTED_IN]-(topic)
WITH topic, COUNT(*) as count, LENGTH(members) AS numberOfMembers,
CASE WHEN LENGTH((group)-[:HAS_TOPIC]->(topic)) = 0 THEN false ELSE true END AS groupHasTopic,
10^2 AS factor
RETURN topic, count, groupHasTopic,
round((count * 100.0 / numberOfMembers) * factor) / factor AS percentage
ORDER BY count DESC
LIMIT 50
MATCH (topic:Topic), (group:Group {id: {groupId}})
OPTIONAL MATCH (topic)<-[:INTERESTED_IN]-()
WHERE NOT (group)-[:HAS_TOPIC]->(topic)
WITH topic, COUNT(*) AS interested
OPTIONAL MATCH path = (topic)<-[:HAS_TOPIC]-()
RETURN topic, interested, COUNT(path) AS otherGroups
ORDER BY interested DESC
LIMIT 50


In Chapter 4, "Working with Databases and Database Objects," we saw that user-defined functions (UDFs) are special objects that are used to extend and enhance the support provided by the built-in functions available with DB2 9. Like user-defined data types, user-defined functions (or methods) are created and named by a database user. However, unlike DB2's built-in functions, user-defined functions can take advantage of system calls and DB2's administrative APIs, thereby providing more synergy between applications and databases.
Five types of user-defined functions can be created:
Sourced (or Template). A sourced function is constructed from a function that is already registered with a database (referred to as the source function). Sourced functions can be columnar, scalar, or table in nature or they can be designed to overload a specific operator such as +, -, *, and /. When a sourced function is invoked, all arguments passed to it are converted to the data types that are expected by the underlying source function, and the source function itself is invoked. Upon completion, the source function performs any conversions necessary on the results produced and returns them to the calling SQL statement. The most common use of sourced functions is to enable a user-defined distinct data type to selectively inherit some of the semantics of the built-in data type on which it is based.
SQL Scalar, Table, or Row. Whereas a sourced function is constructed from a function that already exists, an SQL function is constructed from the ground up, using only SQL statements. An SQL function can be scalar in nature (scalar functions return a single value and can be specified in an SQL statement wherever a regular expression can be used) or can return a single row or an entire table.
External Scalar. An external scalar function is a function that is written using a high-level programming language such as C, C++, or Java that returns a single value. The function itself resides in an external library and is registered in the database, along with any related attributes.
External Table. Like external scalar functions, external table functions are written using a high-level programming language. But where an external scalar function returns a single value, an external table function returns a result data set, in the form of a table, to the SQL statement that references it. External table functions are powerful because they enable you to make almost any source of data appear to be a DB2 base table; the result data set returned can be used in join operations, grouping operations, set operations (for example, UNIONs), or any other operation that can be applied to a read-only view. Again, the function itself resides in an external library and is registered in the database, along with any related attributes.
OLE DB External Table. OLE DB is designed to provide access to all types of data in an OLE Component Object Model (COM) environment. Like external table functions, external OLE DB table functions are written using a high-level programming language and return a result data set, in the form of a table, to SQL statements that references them. However, with OLE DB table functions, a generic built-in OLE DB consumer can be used to interface with any OLE DB provider to access data; you need only to register an OLE DB table function and refer to the appropriate OLE DB provider as the data source. No additional programming is needed. Again, the function resides in an external library and is registered in the database, along with any related attributes.
How a user-defined function is invoked depends a lot on what it has been designed to do; scalar user-defined functions can be invoked as an expression in the select list of a query, whereas table and row functions must be referenced by the FROM clause. For example, you could invoke a scalar user-defined function named CONVERT_TEMP that is designed to convert temperatures in degrees Fahrenheit to degrees Celsius by executing a SELECT statement that looks something like this:
SELECT temp AS tempf, convert_temp(temp, 'F') AS tempc FROM climate_info
On the other hand, if you wanted to obtain records from a user-defined function named MGR_LIST that is designed to produce a list of managers and their contact information be examining records stored in a table named EMPLOYEE, you would so by executing a SELECT statement that looks something like this:
SELECT firstname, lastname, phone FROM TABLE(MGR_LIST())


The core of the library is completely abstracted from DOM manipulation, so it can be used also outside of HTML context. Below links shows examples of tables implemented in rich HTML controls and plain text.
The library is suitable also for console applications implemented using NodeJS; or to produce email bodies in either plain text or HTML.
Note how filters are automatically persisted upon page refresh. For example, using the search feature in one of the below and then hitting F5.
Rich HTML examples
Plain HTML examples
Plain text examples
NB: all these demos are fixed tables: so tables that have all information loaded in memory, paginated on the client side. To see examples of tables paginated using AJAX requests (sets paginated on the server side), see the development server provided in the project repository.


This is Words and Buttons Online — a collection of interactive #tutorials, #demos, and #quizzes about #mathematics, #algorithms and #programming.
This is the speed of light in meters per second.
It is a relatively small number. It has nine digits and one can easily write it down on a small sheet of paper.
But what if we only have about half of that sheet?
If we're ok with some small error, let's say 0.1%, then we can say that the speed of light is approximately this:
It's still nine digits but we can also write it as:
Or, using engineering notation,
It's the same number, the same power of ten, it just takes fewer symbols to write it down.
Now 3e8 represents the speed of light. With some small error, of course.
But 3e8 with the 0.1% error also represents a lot of other numbers. In fact, it represents every number in the range of [3e8 - 3e5, 3e8 + 3e5]. That's 600 001 integer numbers. And an infinite number of real ones.
Digital computers mostly keep numbers in a similar way. They store a small amount of binary digits for the number and even a smaller amount of binary digits to indicate the e-something analog which is the multiplying power of two. In this way, they can operate both very large and very small numbers. But of course, the number of digits is finite so there are numbers so large they can not be written at all. We just don't have enough digits to write them down.
And the same goes for the small numbers. There are numbers so small that we can't write them down in engineering notation.
With digital computers, we have to represent all those tiny numbers with:
Not the integer zero but the floating-point zero. That's two different animals. Actually, these are three different animals since there is also -0.0 that represents all the tiny negative numbers.
Anyway, just like 3e8 represents a range of numbers, a 0 represents not a single number but every number that is so small you don't have enough digits to write down how small it is.
So the number representing zero might be an actual zero but it might very well not be one. So when we ask a computer to divide a number by zero we're actually telling it to divide a number by some arbitrary real small number. And it does. And the result is the arbitrary very large number.
In floating-point numbers, there is a special number to represent all the arbitrary large numbers. It's called “infinity” but just as the 0.0 doesn't only represent zero but all the ultra-small numbers, floating-point infinity doesn't represent infinity but rather all the numbers that are so large you don't have enough digits to write down how large they are.
But why do we have to keep our numbers small? Why is it important to fit things into some relatively small amount of digits? Cant, we just have all the digits we want?
And the answer is — the speed of light.
In computing, especially in high-performant computing when you measure latencies in nanoseconds, the light suddenly doesn't seem to go travel all that fast.
How far do you think light travels in one nanosecond given the optimal conditions?
| Index #programming #mathematics | ← there's more. |
+
So You Think You Know C (free book) + Geometry for Programmers (paid book) + Github & RSS |


Tests cached resource content is discarded when cached resource is destroyed if content size is too big for the resource agent's data storage.


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Kluivert: "Koeman at Barça? Maybe one day but I respect Valverde"
Patrick talked about the possibility of his compatriot sitting on the Camp Nou bench
by Tomàs Andreu, Albert RogéOne of the issues Patrick Kluivert spoke about in his interview with SPORT was Ernesto Valverde's future on the Barcelona bench.
Barça's director of youth football believes that "the first team coaches have to have an open mind. I understand that they need results. If they don't get them, they're out (of a job) tomorrow. But inside the club you have to have (young) players with talent that can make the first team. They have to have that feeling and the vision that they can make it. There are good examples. like Riqui Puig, Alex Collado and Carles Perez, who have been with the first team in preseason, which is really important."
Asked explicitly about Valverde, Kluivert added: "Ernesto has used many players. You can't complain with a coach like that. he is open to giving minutes to youngsters."
One of the names linked with replacing Valverde, when he leaves the club, is Dutch manager Ronald Koeman.
"I know Ronald very well," Kluivert said of his compatriot, who has a clause in his contract that allows him to leave the Netherlands if Barcelona come calling after Euro 2020. "Out of respect for Valverde, I don't want to position myself. (Ronald) is a very good coach, he's doing really well with the Dutch national team. One day? I don't know, maybe, but I insist, out of respect for Valverde, I don't want to talk about other managers when there's one in a job at this club."


uber data wrangling wrapper function to create data for each step of data wrangling for each psy, phys, and ppi variables to ultimately create the design matrix. This function is a wrapper of create_hrf_afni()
, create_psy_var()
, create_phys_var()
, create_ppi_var()
, and create_design_matrix()
data_wrangling( psy_events_data, psy_unlabeled_trial_type, psy_contrast_table, phys_data, detrend_factor, hrf, tr, n_volumes, upsample_factor = NULL, deconvolve = TRUE, nuisance_var = NULL, afni_path = NULL, afni_quiet = FALSE )
| psy_events_data | events data with columns of onset, duration, and trial_type |
|---|---|
| psy_contrast_table | contrast code |
| phys_data | time series data of physiological variable (seed ROI) |
| detrend_factor | factor to detrend time series |
| hrf | hemodynamic response function time series data for convolution and deconvolution step |
| tr | repition time (tr) in seconds |
| n_volumes | number of volumes or time points |
| upsample_factor | factor to upsample psy and phys data for convolution and deconvolution step (default: NULL) |
| deconvolve | perform deconvolution of phys and convolve of ppi term (also known as deconvolve-convolve or reconvolve step) (default: TRUE) |
| nuisance_var | data of nuisance variables to include in design matrix (default: NULL) |
| afni_path | path to afni directory (default: NULL) |
# to be added


Horn Timer Options |
|||
| Sound the Horn when I hit OK
Works with Nick Alston's HornTracker |
|||
| Add timer to tab titles | |||
| Display icon timer in | |||
| Event | Popup | Sound | |
| Horn Ready | |||
| 1 min before Trap Check | |||
| Trap Check | |||
| or fewer pieces of bait left | |||
| Sound clip | |||
| Volume | |||
| UI Modifications | |||
| Change "Begins In" to "Begins At" on Tournament Listings page | |||
|
Use suggestions in trap selector Suggestions can be found here |
|||
|
Show estimated catch rates in Trap Effectiveness Meter |
|||


Developer comfortable working with Javascript, Ruby, and sushi lunches. I enjoy programming, design, hiking, beer, Louis CK, and Flight of the Conchords.
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Connect
Jon Rogozen
25 year old software developer, drinking game connoisseur, eclectic music lover, runner, professional donut eater, and naturally talented puppy-admirer.


Sample Search
Anuenue Gateway is obsoleted. Please use Solr directly.
Related Pages
Anuenue Documentation
Anuenue Issues
Solr Related Pages
Solr Admin Page
Solr Documentation
Solr Issues


This is a paragraph before the
div
, and the paragraph has
no
bottom margin.
This is a grid item with a top margin. The grid itself also has a top margin. The two margins do not collapse.


The data stored in the JSON cannot be used to build a valid Device Atlas data tree.
The path to the JSON file that was given cannot be resolved. Ensure you have supplied the correct path. Use an absolute pathname where you are unsure of the current working directory.
The internal PHP function json_decode was unable to decode the supplied JSON. Possible reasons for this may be that the data is corrupt. Ensure you have a complete version of the latest JSON data.
The JSON data you are using is to old for this API. Download a more recent version of the data.
The JSON file does not contain the Client Properties Section. Ensure you have a valid JSON file.
PHP versions earlier than 5.2.3 are unable to parse JSON data as deep as the Device Atlas tree requires. You will need to upgrade to PHP version 5.2.3 or later.


Five Chelsea signings that could strengthen Frank Lampard’s squad
by Tom CrackChelsea have turned to the Court of Arbitration of Sport this week in the hope of bringing in new players this January by ending their transfer ban early, as noted by Sky Sports.
With talents such as Mason Mount and Tammy Abraham breaking through to the first team and club legend Frank Lampard finding his feet as head coach, it’s not been all doom and gloom for the Blues.
If Chelsea can manage to get their ban overturned, there is a big list of targets that could end up at Stamford Bridge to further improve Lampard’s young squad.
SEE MORE: ‘Wish him all the best’ – Chelsea stalwart sends classy message to Mourinho after joining Tottenham
Ben Chilwell
Arguably one of the top targets in the upcoming transfer window is Leicester City left-back, Ben Chilwell.
The 22-year-old played in all but two of Leicester’s league games last year, earning his first England senior squad call up on the way.
With Marcos Alonso’s form fading the past few seasons, Chelsea’s search for an attack-minded full-back is high on their list of priorities.
Valued at £60m, The Evening Standard have reported that Chelsea will face stiff competition for Chilwell’s signature.
Jadon Sancho
Touted as one of the brightest stars in world football, many clubs have put their names forward as a potential suitor for the young English winger.
Since making the brave move to Borussia Dortmund in 2017 at just 16 years of age. Sancho has adjusted to life in the Bundesliga with ease.
Last season he managed to score 12 goals and provide 14 assists, showing his versatility as a goal scorer and a playmaker.
During the recent international break, speaking to The Sun, Sancho talked of his admiration for a pair of Chelsea legends that he watched in his youth; “I liked Frank Lampard quite a lot and Didier Drogba when they were playing for Chelsea”.
Elseid Hysaj
One of the top right-backs in Serie A, with his contract coming to an end Napoli’s star defender looks set to leave the Italian side next year on a free.
Reported by The Daily Mail, according to his agent Mario Giuffredi, Chelsea made a £43m offer for the Albanian last year.
Much like at left-back, Chelsea’s need for a right-sided full-back is high, as many feel it is too early for promising youngster Reece James to make his way into the starting XI.
Due to the player most likely leaving on a free, many clubs will hope to sign Hysaj in what would be an absolute steal.
Timo Werner and Callum Wilson
Although Tammy Abraham has had a great start to the season, goals up front can’t just come from the English striker.
Reports from Italy, as noted by The Sun, suggest that former Chelsea boss Antonio Conte is looking to sign Olivier Giroud, who has been limited to a back-up role to Abraham this season.
With the Frenchman looking set to leave, Lampard will need to bring in a fresh face. The Daily Mail have reported that the Chelsea manager is said to be very high on both Bournemouth’s Callum Wilson and Red Bull Leipzig star Timo Werner.
Both players have performed well for their clubs, receiving call ups for their respective nations as well and so could be sensible additions to add more firepower to the Chelsea squad.


Design is not just what it looks like and feels like. Design is how it works.
Biography
Steven Paul “Steve” Jobs was an American information
technology entrepreneur and inventor. He was the cofounder,
chairman, and CEO of Apple Inc, CEO and largest shareholder
of Pixar Animation Studios; and founder, chairman, and CEO
of NeXT Inc. Jobs is widely recognized as a pioneer of the
microcomputer revolution of the 1970s, along with Apple
co-founder Steve Wozniak. “Creative entrepreneur whose
passion for perfection and ferocious drive revolutionized six
industries: personal computers, animated movies, music,
phones, tablet computing, and digital publishing.


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budweiser wings
Story
Wings and Budweiser. Do we really need much more of a story than that? Generally I'd say no, but we had a trial by fire experience that I think it would be good to share for safety's sake. We had some friends over last night, had the wings going in the oven after the parboil (you'll find out about that part below), and the apartment began to fill with smoke. I opened the oven and was met a grease fire -- so this is trial by fire in the most literal sense. I dove in, potholder first and pulled out the flaming pan, set it down on the stove and got it to go out, switched to a throwaway aluminum pan instead of a cookie sheet wrapped with foil and we were back in business. Hopefully by us going through that, no one else has to to enjoy these delicious wings infused with Budweiser.
Recipe
Budweiser Baked Wings
February 2, 2014
Wings infused with Budweiser topped with some HOT sauce.
5.0 2 reviews
Prep time (including brine):
Cook time:
Total time:
Yield: 6 lbs Serving size: Half recipe Calories per serving: 500 Fat per serving: 5g
Equipment:
Throw away alumninum pan or other pan with sidesIngredients:
Chicken wings: 6 lbsThyme: 2 T
Salt: 1/2 c
Garlic Powder: 1/4 c
Budweiser: 8 (plus a few to drink)
Sauce:
Chilula Chili Garlic Sauce: 4 T
Agave or Honey: 4 T
Butter: 2 T (melted)
Directions:
1. Create a brine by mixing salt, garlic powder, and thyme into enough water to cover wings.
2. Brine chicken in refrigerator for 6 to 12 hours -- if you don't have space in your fridge, just add ice every hour or so to maintain temperature.
3. Remove chicken from brine.
Cook:
4. Preheat oven to 450 F
5.  I know it's hard to dump the Budweiser into a pot instead of drinking them but that's why the recipe calls for a few extra to dirnk. Now's a good time to pour one of those for yourself if you haven't yet.
6. Boil wings for 8 minutes, turning regularly to ensure even cooking.
7. Remove from pot and dry thoroughly. Place in sprayed throwaway aluminum pan or other pan with high edges. Once that fat starts rendering in the oven, you don't want the drippings going everywhere and lighting on fire like mine did. A wire rack in a pan with high edges is even better.
8. Bake for 40 minutes or until wings are very crispy. Flip the wings once at about 30 minutes to ensure even crisping.
Sauce:
9. Make your favorite sauce. The best one we've used is Chili Garlic Sauce, Agave, and Butter (amounts listed above). The one in the photo is Sriracha and Honey. Be careful with the ratios and taste before you add to the wings to ensure your heat level is where you want it.
10. Toss wings in sauce and serve with a Budweiser.


| Trade Runtime and Database Usage Characteristics |
The table below details each of the high level user operations in the Trade
application.
| Trade Action | Description | Complexity | HTTP Session | DB Activity (C, R, U, D) |
| Login | User sign in, session creation, market summary | Servlet, JSP, Session EJB CMP Beans Read, Update, Collections |
Create, Update | Account: R, U AccountProfile: R Quote: RC *3 |
| Logout | Use sign-off, session destroy | Servlet, JSP, Session EJB CMP Bean Read, Update |
Read, Destroy | Account: R, U AccountProfile: R |
| Buy | Quote followed buy a security purchase | Servlet, JSP, Session EJB Message Driven Beans (Queue and Pub/Sub) Multi CMP Read/Update |
Read | Quote: R Account: R, U Holding: C, R, U Orders: C, R, U |
| Sell | Portfolio followed by the sell of a holding | Servlet, JSP, Session EJB Message Driven Beans (Queue and Pub/Sub) Multi CMP Read/Update |
Read | Quote: R Account: R, U Holding: D, R Orders: R, U |
| Register | Create a new user profile and account | Servlet, JSP, Session EJB CMP Bean Creates |
Create, Update | Account: C, R AccountProfile: C |
| Home | Personalized home page including current market conditions in a detailed market summary | Servlet, JSP, Session EJB CMP Bean Read, Collections |
Read | Account: R AccountProfile: R Quote: RC *3 |
| Account | Review current user account and profile information along with recent orders | Servlet, JSP, Session EJB CMP Bean Read, Collections |
Read | Account: R AccountProfile: R Orders: RC |
| Account Update | Account followed by user profile update | Servlet, JSP, Session EJB CMP Bean Read/Update, Collections |
Read | Account: R AccountProfile: R, U Orders: RCQuote: RC |
| Portfolio | View users current security holdings | Servlet, JSP, Session EJB CMP Bean Read, Collections |
Read | Holding: RC Quote: RC |
| Quotes | View an arbirtray list of current security quotes | Servlet, JSP Cached CMP Bean Read, Collections |
Read | Quote: RC |