--- layout: post title: How To Cook Collard Greens date: 2016-12-31 09:01:42.000000000 -05:00 type: post parent_id: '0' published: true image: assets/images/post-img/RIbpiRZ-508x338.jpg status: publish categories: - Pork - Veggies-Meatless tags: - The Kitchn meta: _wpghs_github_path: _posts/2016-12-31-how-to-cook-collard-greens.md _sha: 3c89e825a9982d3c0a56dbed91f2c0b22f2c523c _wpas_done_all: '1' _edit_last: '1' _thumbnail_id: '511' _jetpack_dont_email_post_to_subs: '1' _posts_by_tag_page_fields: a:2:{s:12:"widget_title";s:0:"";s:11:"widget_tags";s:0:"";} _wp_old_slug: how-to-cook-collard-greens-cooking-lessons-from-the-kitchn-the-kitchn _yourls_url: http://7t3.link/36pfe _yourls_clicks: '15' author: login: mkelley email<EMAIL_ADDRESS>display_name: Mike first_name: Mike last_name: Kelley ---
Do you love collards? If not, get out there and acquaint yourself with this amazing green! Collards are very nutritious (high in vitamins K, A, and C, as well as calcium, iron and fiber) and have been linked to lowered cholesterol. They are a hearty green that can grow well into early winter in colder climates and year round in more temperate ones. But more than anything, collards are delicious!
Source: How To Cook Collard Greens — Cooking Lessons from The Kitchn | The Kitchn


NA Meeting Finder iOS App
This app began life as a simple demo app of the BMLTiOSLib, but was deemed so full of WIN that it deserves its own existence.
It’s a VERY simple app that has just one button. Pressing it locates you, and then finds nearby meetings that will be available either later today or tomorrow.
The whole idea of the app is to remove decision points for the user. Present a simple, straightforward path that gives them exactly the information they need to find an NA meeting.
CHANGELIST
**Version <IP_ADDRESS>0 ** - TBD
- Switched the BMLTiOSLib to use Carthage.
- Updated to latest Swift and Xcode versions.
- The project now requires iOS 11.
- Updated to the latest version of Swift.
- Improved the appearance of the launch screen.
- Improved the behavior of the layout on X-phones.
- Improved documentation for 100% Jazzy docs.
**Version <IP_ADDRESS>2 ** - December 28, 2018
- Updated the BMLTiOSLib.
- Added Danish localization.
**Version <IP_ADDRESS>00 ** - April 3, 2018
- No changes. Release to App Store.
**Version <IP_ADDRESS>6 ** - April 2, 2018
- Added an
invisible
parameter to the server calls, so that TOMATO will know that its being called by BMLTiOSLib apps. - Updated to Xcode 9.3/Swift 4.1
**Version <IP_ADDRESS>5 ** - March 17, 2018
- Fixed an issue, where Sunday was displayed before Saturday, when you are in Saturday.
**Version <IP_ADDRESS>4 ** - March 17, 2018
- No changes (but bumped twice to match the other app). iTunes had a meltdown, and I needed to re-up the build.
**Version <IP_ADDRESS>2 ** - March 16, 2018
- Now ensure that the information screen starts off scrolled to the top.
**Version <IP_ADDRESS>1 ** - March 15, 2018
- Tweaked the Italian localization.
- Make sure the first letter of each weekday is uppercased. Italian localization forced all lowercase.
**Version <IP_ADDRESS>0 ** - March 13, 2018
- Adds the new
Tomato
server.
**Version <IP_ADDRESS>00 ** - February 12, 2018
- App Store Release
**Version <IP_ADDRESS>0 ** - February 1, 2018
- Had the wrong translation file in the app. That has been corrected.
**Version <IP_ADDRESS>9 ** - February 1, 2018
- Tweaked the Italian translation.
**Version <IP_ADDRESS>8 ** - January 31, 2018
- Fixed a bug, where the weekday displayed in the details page was different from the one displayed in the list for areas where the week starts on Monday.
**Version <IP_ADDRESS>7 ** - January 30, 2018
- Corrected Italian localization.
**Version <IP_ADDRESS>6 ** - January 23, 2018
- Added Italian localization.
**Version <IP_ADDRESS>5 ** - January 8, 2018
- Fixed an issue where the scroller wouldn’t respond correctly.
**Version <IP_ADDRESS>4 ** - January 7, 2018
- Updated to the latest BMLTiOSLib.
- Tweaked the sort for weeks that begin on days other than Sunday.
**Version <IP_ADDRESS>3 ** - January 7, 2018
- Added the basic Swedish localization.
**Version <IP_ADDRESS>2 ** - January 7, 2018
- This simply updates to the latest BMLTiOSLib.
- Added the Reveal Framework.
- Added the initial French localization.
**Version <IP_ADDRESS>1 ** - December 13, 2017
- This simply updates to the latest BMLTiOSLib.
**Version <IP_ADDRESS>0 ** - December 12, 2017
- This cleans up the code via SwiftLint, and includes the new
clean
BMLTiOSLib.
**Version <IP_ADDRESS>0 ** - December 8, 2017
- Modified to use the BMLTiOSLib as a CocoaPod, instead of a Git submodule.
**Version <IP_ADDRESS>01 ** - September 21, 2017
- App Store Submission (Fixed location bug).
**Version <IP_ADDRESS>00 ** - September 20, 2017
- App Store Submission.
**Version <IP_ADDRESS>1 ** - September 13, 2017
- Added a check to see if the app has localization enabled before starting.
**Version <IP_ADDRESS>0 ** - September 13, 2017
- Added some basic fixes to make the app more responsive.
- Compiled for iOS 11.
- Added a link to the new instructions page.
- First App Store beta release.
**Version <IP_ADDRESS>00 ** - June 19, 2017
- Updated with the new permanent Server, and store release.
- Now make sure to terminate any in-process operations, so we won’t get that
Communication Error
when reopening the app.
**Version <IP_ADDRESS>5 ** - April 9, 2017
- Fixed an issue where older datasets caused a parse failure.
**Version <IP_ADDRESS>4 ** - April 8, 2017
- Changed some of the text in the Settings and About dialogs to be a bit more usable and relevant.
**Version <IP_ADDRESS>3 ** - April 4, 2017
- Fixed a bug that forced distance units to always be miles.
**Version <IP_ADDRESS>2 ** - March 27, 2017
- Made the Service Body Read even more robust.
**Version <IP_ADDRESS>1 ** - March 22, 2017
- Made the Service Body Read more robust.
**Version <IP_ADDRESS>0 ** - March 22, 2017
- First worldwide beta.
**Version <IP_ADDRESS>0 ** - March 10, 2017
- Added the new BMLT Aggregator as the Root Server URI.
**Version <IP_ADDRESS>00 ** - March 10, 2017
- Uses the new deliverable format of the BMLTiOSLib
- Now automatically starts a search if the main window is shown.
- Formal release.
**Version <IP_ADDRESS>00 ** - January 16, 2017
- First release to app store.
- Turned the development system error-checking to
11
.
**Version <IP_ADDRESS>4 ** - January 15, 2017
- The animation was going in the wrong direction. That’s been fixed.
**Version <IP_ADDRESS>3 ** - January 15, 2017
- Removed the interim step. You go straight to More Info now.
- Made the grace time picker a bit more obvious. It looked too much like standard text.
- Now use
stripes
to separate the table rows, as opposed to lines.
**Version <IP_ADDRESS>2 ** - January 15, 2017
Since
Since we now require iOS 10, I had to tweak a URL callout to replace a deprecated configuration.**Version <IP_ADDRESS>1 ** - January 14, 2017
- Added the silly CYA plist thing that says I’m not consorting with turrists using encryption.
**Version <IP_ADDRESS>0 ** - January 14, 2017
- First Beta Release of the BMLTiOSLib Project, which includes the first beta release of this project.


| DOSE: T+ 0:00 |
10 mg |
insufflated |
2C-T-7 |
(powder / crystals) |
| T+ 0:30 |
50 mg |
insufflated |
2C-T-7 |
(powder / crystals) |
I have frequently snorted doses of up to 30mg of 2CT7 - I build up 5mg at a time at about half hour intervals. I've never felt out of control that way.
 I mixed a 50mg packet in with the 5mg packets I carried with me to a club in Seattle. After having already done 10mg I retreated to a dark spot, picked out a packet, and snorted it. As soon as it hit the nasal packages I knew that I had just taken a large dose, I flipped the package over and saw the 50mg label. Damn!
I went and sat down. I figured that I'd just have a stronger version of previous trips, this was after all only double what I've taken before. How wrong I was.

I recall being outside of the club some time later. I fell on the ground, hitting my head. The guy at the door wouldn't let me back in the club. I don't recall much of what really happened after that. Massive hallucinations. I do recall someone getting right in my face one time asking if I needed some help. I don't know what, if anything, I said in response.
The 50mg was taken at about 11pm. At about 4am I came to my senses.  I made my way home. Discovering on the way that I had a quarter-sized abrasion on my left eyebrow and blood down to my chin.  My wallet was gone. I called the CC companies and a couple of my cards had been used for small purchases, about $150 total.
The lesson I take from this is to be very very carefull. Do not take large doses. And if you have a friend who has taken a large dose don't let that friend out of your sight for a moment even.
I was robbed of my wallet, don't even remember it happening, have multiple abrasions, and a number of sore muscles. Could have been worse, in my condition I could easily have walked out in front of a car.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


GraphQL is not enabled.
Run withVAEX_SERVER_GRAPHQL=1 or pass the --graphql flag
Remote dataframe
For the remote dataframe API, the following datasets are available:
{{dataset.name}}{{dataset.rows.toLocaleString()}} rows
To connect, use the following Python code:
df = vaex.open('{{ vaexURL(dataset) }}')mdi-clipboard-text-outlineCopy to clipboard


Random Trivia
Start
Time Remaining:
Correct Answer was:
You're all done! Here are your reaults!
Correct Answers:
Incorrect Answers:
Unanswered:
Start Over?


Renko bars are the consolidation of fixed price movements instead of fixed time periods. When you define a $[RenkoConsolidator, T:QuantConnect.Data.Consolidators.RenkoConsolidator] you set the price movement instead of the period of the consolidation.
// Create Renko consolidator to trigger event when price moves $2.50 var renkoClose = new RenkoConsolidator(2.5m); renkoClose.DataConsolidated += HandleRenkoClose; // Register the consolidator for data SubscriptionManager.AddConsolidator("SPY", renkoClose);
# Create Renko consolidator to trigger event when price moves $2.50 renkoClose = RenkoConsolidator(2.5) renkoClose.DataConsolidated += self.HandleRenkoClose # Register the consolidator for data. self.SubscriptionManager.AddConsolidator("SPY", renkoClose)
You can see a full example of a renko consolidation in the demonstration algorithmdemonstration algorithm.


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public abstract class CachingCollector extends Collector
isCached()
. If
this returns true, you can use
replay(org.apache.lucene.search.Collector)
against a
new collector. If it returns false, this means too much
RAM was required and you must instead re-run the original
search.
NOTE : this class consumes 4 (or 8 bytes, if scoring is cached) per collected document. If the result set is large this can easily be a very substantial amount of RAM!
NOTE : this class caches at least 128 documents before checking RAM limits.
See the Lucene contrib/grouping module for more details including a full code example.
| Modifier and Type | Field and Description |
|---|---|
protected int
|
base
|
protected
List
|
cachedDocs
|
protected
List
|
cachedSegs
|
protected int[]
|
curDocs
|
protected int
|
lastDocBase
|
protected int
|
maxDocsToCache
|
protected
Collector
|
other
|
protected int
|
upto
|
| Modifier and Type | Method and Description |
|---|---|
boolean
|
acceptsDocsOutOfOrder
()
Return
true
if this collector does not
require the matching docIDs to be delivered in int sort
order (smallest to largest) to
Collector.collect(int)
.
|
static
CachingCollector
|
create
(boolean acceptDocsOutOfOrder,
boolean cacheScores,
double maxRAMMB)
Creates a
CachingCollector
which does not wrap another collector.
|
static
CachingCollector
|
create
(
Collector
other,
boolean cacheScores,
double maxRAMMB)
Create a new
CachingCollector
that wraps the given collector and
caches documents and scores up to the specified RAM threshold.
|
static
CachingCollector
|
create
(
Collector
other,
boolean cacheScores,
int maxDocsToCache)
Create a new
CachingCollector
that wraps the given collector and
caches documents and scores up to the specified max docs threshold.
|
boolean
|
isCached
()
|
abstract void
|
replay
(
Collector
other)
Replays the cached doc IDs (and scores) to the given Collector.
|
void
|
setNextReader
(
IndexReader
reader,
int docBase)
Called before collecting from each IndexReader.
|
protected final Collector other
protected final int maxDocsToCache
protected final ListcachedSegs
protected final ListcachedDocs
protected int[] curDocs
protected int upto
protected int base
protected int lastDocBase
public static CachingCollector create(boolean acceptDocsOutOfOrder, boolean cacheScores, double maxRAMMB)
CachingCollector
which does not wrap another collector.
The cached documents and scores can later be
replayed
.
acceptDocsOutOfOrder
- whether documents are allowed to be collected out-of-order
public static CachingCollector create( Collector other, boolean cacheScores, double maxRAMMB)
CachingCollector
that wraps the given collector and
caches documents and scores up to the specified RAM threshold.
other
- the Collector to wrap and delegate calls to.
cacheScores
- whether to cache scores in addition to document IDs. Note that
this increases the RAM consumed per doc
maxRAMMB
- the maximum RAM in MB to consume for caching the documents and
scores. If the collector exceeds the threshold, no documents and
scores are cached.
public static CachingCollector create( Collector other, boolean cacheScores, int maxDocsToCache)
CachingCollector
that wraps the given collector and
caches documents and scores up to the specified max docs threshold.
other
- the Collector to wrap and delegate calls to.
cacheScores
- whether to cache scores in addition to document IDs. Note that
this increases the RAM consumed per doc
maxDocsToCache
- the maximum number of documents for caching the documents and
possible the scores. If the collector exceeds the threshold,
no documents and scores are cached.
public boolean acceptsDocsOutOfOrder()
Collector
true
if this collector does not
require the matching docIDs to be delivered in int sort
order (smallest to largest) to
Collector.collect(int)
.
Most Lucene Query implementations will visit
matching docIDs in order. However, some queries
(currently limited to certain cases of
BooleanQuery
) can achieve faster searching if the
Collector
allows them to deliver the
docIDs out of order.
Many collectors don't mind getting docIDs out of
order, so it's important to return
true
here.
acceptsDocsOutOfOrder
in class
Collector
public boolean isCached()
public void setNextReader( IndexReader reader, int docBase) throws IOException
Collector
Collector.collect(int)
will correspond to reader.
Add docBase to the current IndexReaders internal document id to re-base ids
in
Collector.collect(int)
.
setNextReader
in class
Collector
reader
- next IndexReader
IOException
public abstract void replay( Collector other) throws IOException
other.setScorer
as well as scores are not replayed.
IllegalStateException
- if this collector is not cached (i.e., if the RAM limits were too
low for the number of documents + scores to cache).
IllegalArgumentException
- if the given Collect's does not support out-of-order collection,
while the collector passed to the ctor does.
IOException


--- layout: post title: "A basic Haskell solution to the robot journeys coding exercise" description: "This article shows an idiomatic, yet beginner-friendly Haskell solution to a coding exercise." date: 2019-10-28 4:34 UTC tags: [Haskell] --- {% include JB/setup %}
{{ page.description }}
Mike Hadlow tweeted a coding exercise that involves parsing and evaluating instruction sets. Haskell excels at such problems, so I decided to give it a go. Since this was only an exercise for the fun of it, I didn't want to set up a complete Haskell project. Rather, I wanted to write one or two .hs
files that I could interact with via GHCi. This means no lenses, monad transformers, or other fancy libraries.
Hopefully, this makes the code friendly to Haskell beginners. It shows what I consider idiomatic, but basic Haskell, solving a problem of moderate difficulty.
Mike Hadlow has a detailed description of the exercise, but in short, you're given a file with a set of instructions that look like this:
1 1 E RFRFRFRF 1 1 E
The first and last lines describe the position and orientation of a robot. The first line, for example, describes a robot at position (1, 1) facing east. A robot can face in one of the four normal directions of the map: north, east, south, and west.
The first line gives the robot's start position, and the last line the expected end position.
The middle line is a set of instructions to the robot. It can turn left or right, or move forward.
The exercise is to evaluate whether journeys are valid; that is, whether the robot's end position matches the expected end position if it follows the commands.
I managed to solve the exercise with a single Main.hs
file. Here's the module declaration and the required imports:
module Main where import Data.Foldable import Data.Ord import Text.Read (readPrec) import Text.ParserCombinators.ReadP import Text.ParserCombinators.ReadPrec (readPrec_to_P, minPrec)
These imports are only required to support parsing of input. Once parsed, you can evaluate each journey using nothing but the functions available in the standard Prelude
.
Haskell is a statically typed language, so it often pays to define some types. Granted, the exercise hardly warrants all of these types, but as an example of idiomatic Haskell, I think that this is still good practice. After all, Haskell types are easy to declare. Often, they are one-liners:
data Direction = North | East | South | West deriving (Eq, Show, Read)
The Direction
type enumerates the four corners of the world.
data Robot = Robot { robotPosition :: (Integer, Integer) , robotDirection :: Direction } deriving (Eq, Show, Read)
The Robot
record type represents the state of a robot: its position and the direction it faces.
You'll also need to enumerate the commands that you can give a robot:
data Command = TurnLeft | TurnRight | MoveForward deriving (Eq, Show, Read)
Finally, you can also define a type for a Journey
:
data Journey = Journey { journeyStart :: Robot , journeyCommands :: [Command] , journeyEnd :: Robot } deriving (Eq, Show, Read)
These are all the types required for solving the exercise.
The format of the input file is simple enough that it could be done in an ad-hoc fashion using lines
, word
, read
, and a few other low-level functions. While the format barely warrants the use of parser combinators, I'll still use some to showcase the power of that approach.
Since one of my goals is to implement the functionality using a single .hs
file, I can't pull in external parser combinator libraries. Instead, I'll use the built-in ReadP
module, which I've often found sufficient to parse files like the present exercise input file.
First, you're going to have to be able to parse numbers, which can be done using the Read
type class. You'll need, however, to be able to compose Integer
parsers with other ReadP
parsers.
parseRead :: Read a => ReadP a parseRead = readPrec_to_P readPrec minPrec
This turns every Read
instance value into a ReadP
value. (I admit that I wasn't sure which precedence number to use, but minPrec
seems to work.)
Next, you need a parser for Direction
values:
parseDirection :: ReadP Direction parseDirection = choice [ char 'N' >> return North, char 'E' >> return East, char 'S' >> return South, char 'W' >> return West ]
Notice how declarative this looks. The choice
function combines a list of other parsers. When an individual parser in that list encounters the 'N'
character, it'll parse it as North
, 'E'
as East
, and so on.
You can now parse an entire Robot
using the Applicative
<*>
and <*
operators.
parseRobot :: ReadP Robot parseRobot = (\x y d -> Robot (x, y) d) <$> (parseRead <* char ' ') <*> (parseRead <* char ' ') <*> parseDirection
The <*>
operator combines two parsers by using the output of both of them, whereas the <*
combines two parsers by running both of them, but discarding the output of the right-hand parser. A good mnemonic is that the operator points to the parser that produces an output. Here', the parseRobot
function uses the <*
operator to require that each number is followed by a space. The space, however, is just a delimiter, so you throw it away.
parseRead
parses any Read
instance. Here, the parseRobot
function uses it to parse each Integer
in a robot's position. It also uses parseDirection
to parse the robot's direction.
Similar to how you can parse directions, you can also parse the commands:
parseCommand :: ReadP Command parseCommand = choice [ char 'L' >> return TurnLeft, char 'R' >> return TurnRight, char 'F' >> return MoveForward]
Likewise, similar to how you parse a single robot, you can now parse a journey:
parseJourney :: ReadP Journey parseJourney = Journey <$> (parseRobot <* string "\n") <*> (many parseCommand <* string "\n") <*> parseRobot
The only new element compared to parseRobot
is the use of the many
parser combinator, which looks for zero, one, or many Command
values.
This gives you a way to parse a complete journey, but the input file contains many of those, separated by newlines and other whitespace:
parseJourneys :: ReadP [Journey] parseJourneys = parseJourney `sepBy` skipSpaces
Finally, you can parse a multi-line string into a list of journeys:
parseInput :: String -> [Journey] parseInput = fst . minimumBy (comparing snd) . readP_to_S parseJourneys
When you run readP_to_S
, it'll produce a list of alternatives, as there's more than one way to interpret the file according to parseJourneys
. Each alternative is presented as a tuple of the parse result and the remaining (or unconsumed) string. I'm after the alternative that consumes as much of the input file as possible (which turns out to be all of it), so I use minimumBy
to find the tuple that has the smallest second element. Then I return the first element of that tuple.
Play around with readP_to_S parseJourneys
in GHCi if you want all the details.
Haskell beginners may still find operators like <*>
cryptic, but they're essential to parser combinators. Evaluation of the journeys is, in comparison, simple.
You can start by defining a function to turn right:
turnRight :: Robot -> Robot turnRight r@(Robot _ North) = r { robotDirection = East } turnRight r@(Robot _ East) = r { robotDirection = South } turnRight r@(Robot _ South) = r { robotDirection = West } turnRight r@(Robot _ West) = r { robotDirection = North }
There's more than one way to write a function that rotates one direction to the right, but I chose one that I found most readable. It trades clarity for verbosity by relying on simple pattern matching. I hope that it's easy to understand for Haskell beginners, and perhaps even for people who haven't seen Haskell code before.
The function to turn left uses the same structure:
turnLeft :: Robot -> Robot turnLeft r@(Robot _ North) = r { robotDirection = West } turnLeft r@(Robot _ West) = r { robotDirection = South } turnLeft r@(Robot _ South) = r { robotDirection = East } turnLeft r@(Robot _ East) = r { robotDirection = North }
The last command you need to implement is moving forward:
moveForward :: Robot -> Robot moveForward (Robot (x, y) North) = Robot (x, y + 1) North moveForward (Robot (x, y) East) = Robot (x + 1, y) East moveForward (Robot (x, y) South) = Robot (x, y - 1) South moveForward (Robot (x, y) West) = Robot (x - 1, y) West
The moveForward
function also pattern-matches on the direction the robot is facing, this time to increment or decrement the x
or y
coordinate as appropriate.
You can now evaluate all three commands:
evalCommand :: Command -> Robot -> Robot evalCommand TurnRight = turnRight evalCommand TurnLeft = turnLeft evalCommand MoveForward = moveForward
The evalCommand
pattern-matches on all three Command
cases and returns the appropriate function for each.
You can now evaluate whether a Journey
is valid:
isJourneyValid :: Journey -> Bool isJourneyValid (Journey s cs e) = foldl (flip evalCommand) s cs == e
The isJourneyValid
function pattern-matches the constituent values out of Journey
. I named the journeyStart
value s
(for start), the journeyCommands
value cs
(for commands), and the journeyEnd
value e
(for end).
The evalCommand
function evaluates a single Command
, but a Journey
contains many commands. You'll need to evaluate the first command to find the position from which you evaluate the second command, and so on. Imperative programmers would use a for loop for something like that, but in functional programming, a fold, in this case from the left, is how it's done.
foldl
requires you to supply an initial state s
as well as the list of commands cs
. The entire foldl
expression produces a final Robot
state that you can compare against the expected end state e
.
Load the input file, parse it, and evaluate each journey in the main
function:
main :: IO () main = do input <- parseInput <$> readFile "input.txt" mapM_ print $ isJourneyValid <$> input
I just load the Main.hs
file in GHCi and run the main
function:
Prelude> :load Main.hs [1 of 1] Compiling Main ( Main.hs, interpreted ) Ok, one module loaded. *Main> main True True True
I used the same input file as Mike Hadlow, and it turns out that all journeys are valid. That's not what I'd expected from an exercise like this, so I cloned and ran Mike's solution as well, and it seems that it arrives at the same result.
Haskell is a great language for small coding exercises that require parsing and interpretation. In this article, I demonstrated one solution to the robot journeys coding exercise. My goal was to show some beginner-friendly, but still idiomatic Haskell code.
Granted, the use of parser combinators is on the verge of being overkill, but I wanted to show an example; Haskell examples are scarce, so I hope it's helpful.


Ruler App
Adjust the slider to match the height of any plastic card
place card
horizontal
and adjust
⇦ height ⇨
Once calibrated, the ruler below will be the correct size
source
© 2016
chejazi


{% comment %} Used for Plays and Movies, listing different Events that item was visited. Expects: * events - A list or Queryset of Event objects. * heading_level - The level of heading to use, eg ('h2'). Default is None; no heading. {% endcomment %} {% load spectator_events %} {% if events|length > 0 %} {% if heading_level|default:False %} <{{ heading_level }}>Viewings{{ heading_level }}> {% endif %}


| DOSE: |
225 mg |
oral |
Yohimbe |
(pill / tablet) |
Well, I'm always curious about natural herbs and highs, so I decided to experiment with yohimbe bark. I didn't expect much, most reports I heard were vague and unhelpful. So I took 2 tablets, each containing 112.5mg yohimbe bark (or 8mg yohimbimine) at around 9:00 pm. I sat down at my computer and started chatting with my friends.
I got so involved in conversation I had completly forgotten about the yohimbe. Then around 9:30 I began to feel cold, which I thought was strange since I was pretty bundled up. Soon after I began shaking violently. I thought I was getting sick or something, and I put on more clothes. Then I began sweating and just generally felt like I was on speed or a megadose or caffeine or ephedra. At this point I remembered about the yohimbe!
I also noted a slight discomfort of the stomach, but nearly as bad as I had heard others complain about from taking the herb. The extreme hyperactivity lasted about an hour, and after that I began to enjoy it a bit more. I put on some trance music and just kinda rocked out by myself, having a generally good time.
Well, at about 2:00am I decided I should probably go to sleep, so I went to bed. I layed in bed for over two hours, then said screw it and came back to the computer. its now almost 6:00 in the morning, and I don't feel the least bit tired.
This herb certainly has its time and place. I'll definitely use it again, maybe I'll try a smaller dose in a different setting.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Prayer Partners
If you wish to be listed below as being in partnership with us as prayer partners, send us the link to your website to<EMAIL_ADDRESS>and in return, please include the link to our website, Faith City Outreach (fcoprogram.com) on your website.
We will uphold each other in prayer.
Our Prayer Partners
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Overview
Submission
Submit on blackboard by 11:59pm the day before the class they are due.
- Commented code (lnameN.sas, where N indicates the assignment number and lname is your last name)
- Output from your code (lnameN.log & (lnameN.lst or lnameN.html))
Late Assignments
Each student will be allowed one late assignment, due 7 days from the due date. NO other late assignments or make up will be accepted.
Plagiarism
If you consult any outside sources when doing your work, you are expect to further document these sources. Give credit where credit is due. Plagiarism will not be tolerated.
All handed in homework should state at the top any assistance with debugging and programming, as well as citations of any program segments copied from a website.
Seeking Help
Language classes are cumulative; don’t fall behind. Ask for assistance from your fellow students or from the instructor, especially if you find yourself struggling. But remember in the end, programming classes are like skill building math classes. Either you know how to do them or not. No amount of watching others or the instructor program or debug it will suffice for you to build these skills. Only your hard work to work through them will build your skills. It is a lot of work to build these skills, but data skills are highly valuable in the job market in the modern digital world, so it will be well worth your effort. Furthermore, once you learn to think in this manner, it’s not something you forget.
Elegance
There is always more than one way to say something, but some ways will be more “elegant” than others. You will learn to recognize elegant expressions as you become more familiar with a language and use the elegant idioms as you become more skilled.
Reading
Readings for this assignment
- http://www.ats.ucla.edu/stat/sas/modules/acrossvars.htm
- The little SAS book: 3.11 Simplifying programs with arrays & 3.12 Using Shortcuts to Lists of Variable Names
Grading
Guideline for assignment grading (Total of 8)
- Assignment (Total 4)
- 1: Submitted code that does not run.
- 2: Mostly running but incorrect.
- 3: Correct and meets requirements (i.e uses programming constructs required)
- 4: Correct & Elegant. Comments.
- Answers to questions on the assignment (Total 1)
- Midpoint Check email (Total 1)
- Lab (Total 2) - DON'T forget to submit this with this assignment
Assignment 3
Assignment 3: Arrays & Loops
In this assignment, you will learn to write elegant code. By the end of this assignment, you should be able to
- use for loops (iterative loops)
- use while loops (conditional loops)
- SAS: use one dimensional arrays
Setting Up
- Determine the folder you will be working in. Create one if you need a new one, or use an existing one if that makes more sense./
Pick a problem (See P3.1)
Pick two tasks (we will refer to these ask Task 1 & Task 2 below) that you need to do that would be good to use arrays and loops for (i.e. tasks that require repeated programming that is very similar). If at all possible, try to identify something you did in assignment 2, that can be improved by using arrays and loops. If you are having trouble identifying these, email me BEFORE the midpoint check due date for a meeting.
Getting Data
You should try to use the same dataset you used in assignment 2. If you used the flu dataset in assignment 2, try to identify a research data of interest to you.
Midpoint check
Email Dr. Kum (please use numbers that are corresponding)
- A short description of your progress on lab3 (if you submitted lab3, just write “submitted”)
- The dataset you will be using to do assignment 3, and the name of the SAS dataset. Note this MUST be a SAS dataset, as reading in files can be difficult. i.e. You need to have done the work required to read in the dataset you are interested in and have saved it out as a SAS dataset. This is to ensure that you can focus on practicing coding with loops and arrays for the assignment, rather than struggling with I/O. (if you are using the same as assignment2, just write “assignment 2 dataset”)
- Describe the two tasks you will program using arrays and loops. If either of the tasks are improving your program from assignment 2, identify them as “Improvement to assignment 2”. This is your planning phase of the code. This does not need to be long, shorter the better, but you need to have thought about your task at hand and how you will be using arrays and loops for the task.
- Your computing environment: include the computer, persistent disk you will be using, and the full path of the ROOT folder for this class on the disk (C:\Users\kum\Desktop\phpm672). Some of you have already sent me this information, you don’t have to send it to me again.
Describe the Data
For those using new data only.
- Describe the dataset, including the number of obs and variables that are in your subset of dataa
- Check your data. Examine each variable for its range (min to max) or number of categories. Discuss any anomalies you see in this data (such as an abnormally high or low values)
P1
P1. Coding with Arrays and Loops
Your program should do the following. Please indicate BEFORE the code in comments where each of these items occurs in your code.
- P1.1 [No Loops limited task to 5 elements] Code Tasks 1 & 2 without using arrays or loops. If there are many elements to work with, you only need to code the first 5 elements. In this case, only process the first five elements in arrays and loops as well for P1.3 & P1.4 If this was done in assignment 2, you should be able to just copy & paste relevant sections of your code. Save this out as lname2_v1.sas. v1 here refers to version 1. The logs should have corresponding names.
- P1.2 [Descriptive] Calculate appropriate descriptives for numerical and categorical variables in your dataset.
- P1.3 [Using iterative loops] Now code Tasks 1 & 2 using arrays and/or loops. You may use either the for loop (iterative) or the while loop (conditional), but one of them must use the for loop. Remember to keep the same code for generating the descriptives at the end. These programs should be saved out with postfix “_v2” with corresponding logs.
- P1.4 [Using While loops] Pick one task that you coded using the for loop, and code again. This time using the while loop. Remember to keep the same code for generating the descriptives at the end. These programs should be saved out with postfix “_v3” with corresponding logs.
NOTE: the more different syntax you try to use, the more you will learn. There are many different ways to do one task. You have to try different ways to fully understand the differences and find out which works best for you as well as understand what might work best in a given situation. Try to use three different things. The difference can be minor. One must be a while loop, one must be a for loop. There are many ways to specify arrays. You are writing at least three loops.
- P1.5 [Testing] Now you should have 3 programs that do identical things. That means the output should also be identical. Parts of the log will not be identical, because this reflects the code being run. But the results of the descriptive analysis on the variables constructed using arrays and loops should be identical. Compare the output by either using Word/review/compare or diff (small program that will compare text files.) Confirm that the RESULTS are identical. Read P2 Readme file below to keep track of testing & debugging.
- P1.6 [Debug] If anything is not identical, debug your code and fix. Retest the new code, and repeat until you pass the test (i.e. results are identical).
- P1.7 [Extend to real task] If you only processed the first 5 elements as discussed in P1.1, now extend the arrays & loops to process ALL of your elements. If you have 5 or less elements, then use your imagination and extend your program to add one more element (i.e. make a fake additional variable that could apply. It is ok if the values are incorrect or is just a copy of an existing variable. The purpose is for you to learn to code.) Remember to keep the same code for generating the descriptives at the end. These programs should be saved out with no postfix “lname2” with corresponding logs. This should be your final version, which you might need to come back to in future assignments
P2
P2. Readme file
Create a text file called readme.txt in your working directory. If you are using the same directory as assignment 2, you might name the files readme3.txt to distinguish it from the readme file you created for assignment 2. Answer the following questions in the readme file and send as attachment with code and output. Start to think about how you might minimally format the text file for better usability (i.e. use things like * for bullets, ---- for lines, << >> for titles etc).
- Copy & paste the email sent for mid point check
- If you have any updates after completing the coding for Task 1 & 2 described in the first email, update the description under heading
- How many times did you have to test until everything was identical?
- Write up at least one bug you fixed during testing by filling in the following
- <<Buggy code>>: copy lines of buggy code
- <<Working Code>>: copy lines of correct corresponding code
P3
P3. Readme file
Create a text file called readme.txt in your working directory (assign2/) Answer the following questions in the readme file send as attachment with code and output.
- Briefly describe the problem you are interested to pursue
- Briefly describe what data you will be using. Include number of obs, vars, and total file size.
- P2.1 List each type of variable (continuous, categorical, binary, id).
- P2.4 Answer one interesting question using at least 3 variables. Explain your answer.


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--- layout: post status: publish published: true title: Biblical Preaching author: Ryan Hayden wordpress_id: 1594 wordpress_url: http://www.pastorryanhayden.com/?p=1594 date: '2014-02-20 10:03:46 -0600' date_gmt: '2014-02-20 16:03:46 -0600' categories: - ministry tags: - featured - Bible preaching ---
I write a lot about the importance of expository - true to the text preaching on this site, here are some of my most popular posts on that subject:


GOVERNMENT OF THE DISTRICT OF COLUMBIA Department of Consumer and Regularity Affairs Open Government Report 2014 To institutionalize a culture of transparent, open government and accountability and to expand opportunities for resident participation and collaboration, this Report describes how the Department of Consumer and Regulatory Affairs (DCRA) has and will continue to develop and enhance transparency, public participation, and collaboration. In accordance with Mayor’s Order 2014-170, this report addresses the following: 1) Transparency The Department of Consumer and Regulatory Affairs has taken the following steps to be more transparent: • Promotion of Green Building Program, including LEED accreditation and increased public outreach on the benefits of green construction • Implementation of new vending regulations, resulting in a more predictable and transparent licensing and site-assignment process • Simplification of trade name process, consolidating trade name registration under one agency for license application renewals • Establishment of a new, streamlined Basic Business License process for one and twofamily rentals with self-certification • Online submission of plans through ProjectDox, an innovative web application streamlining the review process • Creation of an online Permit Intake Validation System (PIVS), which provides the public a one-stop shop for key information on a particular address, including property ownership, zoning, building permit issued, business licenses, and property code citations • Increase in online/mobile services such as Business License Verification, E-Corp, Business License Renewal, and Building Permit Applications • Reduction in paper support of DCRA ‘Paperless Permitting Initiative – today 100% of building permit applications are completed via the Online Construction Permit Application Intake System (OCPI) 1 • Offer online access to searchable versions of the District’s Construction Codes at http://www.ecodes.biz/ecodes_support/Free_Resources/2013DistrictofColumbia/13Distri ctofColumbia_main.html. District’s Freedom of Information Act and Open Meetings Act. DCRA has created an Open government and FOIA page on its website that consist of the following information about the agency that can be obtained by accessing the published links • • • • • • • • • • • • • • Public Employee Salary Information (Please note that this is the complete listing of District employees. Agency designation is located in column two.) Administrative Staff Manuals Other Agency Determinations of the Rights of the Public DCRA’s FY14 budget Minutes of Public Meetings Absentee Owners Addresses and Building Permits (DCRA & Tax & Revenue) Building Permit List (Frequently Requested Public Records) DCRA Statement of Policy and Regulations P Card Purchases (Information dealing with the receipt or expenditure of public funds) Awarded Contracts DCRA Organizational Chart DCRA Performance Plans Submit Feedback using Grade DC District-wide FOIA Reports DCRA also processes all Freedom of Information Act Requests through FOIAXPRESS, a District government web-based portal by which Freedom of Information Act requests can be processed and tracked. Steps your agency will take to increase public access to information. DCRA is currently working to create a One City Portal – which is an integrated licensing and information system that will allow other government agencies and the public to communicate with each other in real time. How your agency has taken or plans to take steps to make more of its data available to the public. DCRA is working closely with the Office of the City Administrator (OCA) and the Office of the Chief Technology Officer (OCTO) to identify a significant number of datasets that OCA and OCTO expect to publish online later this year. Currently, several sets of the agency’s data are available at data.dc.gov. 2 2) Public Engagement and Participation Describe the steps your agency has taken or plans to take to enhance or expand opportunities for the public to participate in agency decision-making. Please include a description of: How does your agency provide online access to proposed rules and regulations and secures public input on them. Please list links to specific websites. The agency publishes any emergency, proposed, or final rules in the District of Columbia Register, which is available to the public online at dcregs.dc.gov. As part of the proposed rulemakings, members of the public are provided with at least 30 days to submit comments. The process for submitting comments is included at the end of all proposed rulemakings. Links to some other regulations may be found at: http://dcra.dc.gov/page/regulations-dcra. The Construction Codes Coordinating Board (CCCB) provides the opportunity for members of the public to submit code change proposals, and to participate in technical advisory groups (TAGs) that make recommendations to the CCCB on code changes. In the last code cycle, completed in March 2014, hundreds of people and organizations, representing industry, design professionals, residents, and other stakeholders, participated in the code development process. More information about the CCCB and the TAGS is provided on the DCRA website at: http://dcra.dc.gov/service/construction-codes-coordinating-board How does your agency share information and resources to keep the public properly informed, e.g. community meetings, public hearings, FAQs, and ways the public can provide input such as Twitter, grade.dc.gov, email contacts. The public can access almost all permitting and licensing information twenty-four hours per day, seven days a week on DCRA’s PIVS system. The agency also responds to inquiries and concerns raised via Twitter, grade.dc.gov, and email. The DCRA website offers a wealth of information for the public on how to get a business license or for background on permitting. For example, checklists are available on the DCRA website showing all the documentation that is required to a secure a business license, so that an applicant can quickly identify requirements. DCRA also currently participates in Advisory Neighborhood Commission(ANC) meetings, community open houses, and permit stakeholder meetings. 3 DCRA uses ward based inboxes to share information with the public. The ward based inboxes are email accounts that were created for the sole purpose of accommodating the high demands of staff members from the Executive Mayors Office, Council offices, and the District’s ANCs. These inboxes range from 1-8 (one for each ward of the city). With this system, constituents can expect excellent customer service, fast response times, and a personal agency liaison to address questions and concerns. In addition, to the ward-based inboxes, DCRA uses the IQ system , which is a citywide database used to collect concerns, questions, and inquires from the residents of DC. All DCRA-related IQ inquires come in through resources such as “Ask the Director” on the DCRA website, the email address<EMAIL_ADDRESS>the email address<EMAIL_ADDRESS>or through the 311 call center. How does your agency identify stakeholders and invite their participation. DCRA identifies stakeholders as being residents, business owners, district and federal government agencies and visitors seeking to do business in the District. Agency management (including the director), readily make themselves available for meetings with stakeholders. Steps your agency will take to improve public engagement and participation including any new feedback tools or mechanisms the agency is considering. DCRA has one of the District governments most popular Twitter accounts with more than 7,000 followers. The agency will continue to use feedback from Twitter in addition to feedback received through more traditional means. The agency is implementing an online permitting submission and review system that gives permit applicants easier access to feedback on discipline reviews. DCRA is also looking at expanding personalized service programs like the Small Business Resource Center, so that customers are assigned a single point of contact, which should allow feedback to reach its desired source more quickly and effectively. 3) Collaboration Describe the steps your agency has taken or plans to take to enhance or expand cooperation among departments, other governmental agencies, the public, and non-profit and private entities in fulfilling its obligations. Please include a description of: How your agency currently collaborates with the above parties. Please list links to specific websites if appropriate. 4 Currently, DCRA collaborates with the above parties by way of the Small Business Resource Center (SBRC). The Small Business Resource Center is designed to provide one-on-one technical assistance, educational assistance, and group workshops to future and current business owners seeking to navigate through the District’s regulatory environment. Through the SBRC, DCRA has established partnerships with both the private sector and District and federal government agencies. Partnerships play a critical role in providing small business education assistance to SBRC customers. The SBRC is a key initiative among the efforts of the District to become a more business-friendly jurisdiction. DCRA’s SBRC continues to build partnerships which contribute to increasing agency and communication transparency through its outreach efforts. The SBRC demonstrates the collective efforts by District agencies and private sector partners to provide a platform for entrepreneurs to receive one-on-one consultations and group workshops. The goal is that entrepreneurs will be educated to start their businesses efficiently and in compliance with all of the District’s regulatory requirements. The SBRC is a prime example of DCRA moving aggressively towards streamlining business regulatory processes, enhancing transparency and communication, and providing good customer service to the small business community. SBRC FY2014 Top Five Events – To Date: 1. 2. 3. 4. 5. V ending Regulation Training Symposium – 10/18/13 (Approximately 69 Attendance) DC Bar Pro Bono Clinic – 10/22/13 (Approximately 65 Attendance) V ending Regulation Training Symposium – 10/26/13 (Approximately 49 Attendance) DC Bar Pro Bono Clinic – 01/15/14 (Approximately 49 Attendance) PorjectDox Training for District of Columbia Building Industry Association (DCBIA) – 01/29/14 (Approximately 50 Attendance) Table 1 DCRA’s Small Business Resource Center (SBRC) Fiscal Year 2014 QUARTER EVENT TYPE TOPIC DATE Q1 Workshops DC Bar Pro Bono Clinic Tuesday, October 22, 2013 65 Q1 Training Vending Regulations Training Symposium Saturday, October 26, 2013 49 Q1 Training Vending Regulations Training Symposium Monday, October 28, 2013 69 APPROXIMATELY ATTENDED 5 Q1 Workshops Office of Asian & Pacific Islanders / Connect - Engage & Build Launch Event Thursday, November 14, 2013 40 Q1 Workshops Affordable Care Act for Small Biz Thursday, November 14, 2013 13 Q1 Workshops Octane and Fuel Pump for Merchants Wednesday, November 20, 2013 5 Q1 Workshops Affordable Care Act for Small Biz Saturday, December 07, 2013 9 Q2 Workshops How to Open a Small Business in DC Wednesday, December 11, 2013 38 Q2 Workshops DC Bar Pro Bono Clinic Wednesday, January 15, 2014 49 Wednesday, January 29, 2014 50 Thursday, January 30, 2014 16 Q2 Workshop Q2 Workshop Permits ProjectDox Training (District of Columbia Building Industry Association - DCBIA) Money Smart for Small Businesses On Monday, August 25, 2014, the SBRC held its 2nd Entrée DC Food and Drink Forum, which took place at the Washington, DC Convention Center. The forum focused on providing breakout sessions on the following topics: 1) D.C. Government Regulatory Processes 2) Do’s and Don’ts of Opening a Food Industry Business in D.C. 3) Financial Management 4) How to Get Financing to Open a Business 5) Entering into a Building Lease Agreement 6) Ins and Outs of Food Trucks, Public Markets, and Vending 490 registered 300+ attended Internal District Government Partners Include: • • • • • • DCRA’s Corporations, Permit Operations Division, Business Licensing, and Office of the Zoning Administrator Office of Tax and Revenue (OTR) Department of Health (DOH) Alcohol and Beverage (ABRA) Office of the Deputy Mayor’s Office for Planning and Economic Development (DMPED) Department of Small and Local Business Development (DSLBD) External Collaborators who offer small business development support include: 6 • • • • • DC Women Business Center (DCWBC) DC Bar Pro Bono DC Small Business Development Center (DC SBDC) Washington Area Community Investment Fund (WICIF) Federal Deposit Insurance Corporation (FDIC) DCRA constantly reaches out to sister agencies through Projectdox as well as encourages customers to discuss experiences through grade.dc.gov. The agency also participates in Tenant Housing Advocates meetings and conferences, American Institute of Architects meetings, and the District of Columbia Building Industry Association meetings. DCRA’s Occupational and Professional Business Licensing Department collaborates with the Department of Health and a host of boards and commissions as well. Steps your agency will take to improve collaboration with the above parties including any new feedback tools or mechanisms the agency is considering, e.g. prizes, competitions, and other innovative methods. The Department of Consumer and Regulatory Affairs Small Business Resource Center will house a six-month pilot project in the fall of 2014 to accelerate the permitting, inspection, zoning, and business licensing approval process for new, small businesses in the District. 7


Using steemstats, I noticed that voting for boosted posts means almost no curation awards in return when your voting power is much lower. In order to maximize my curation award, I decided to vote only posts which are not boosted.
On a highly boosted post, I earn only 0.001 to 0.002 Steem power:
When voting a high-quality post early, which was not boosted, I can earn easily 7.5 - 15 times more SP:
So if I vote 10 posts which are boosted from the first second on, I will earn 0.01 - 0.02 SP curation award per day.
But if I vote only posts which are not boosted from the first second on, I can earn up to 0.15 SP a day.
The reason for post creators to buy vote bots and let them vote early as possible is the reason that voting within the first 30 minutes shifts most of the curation award from the voter to the author. In the same time, your curation award is strongly reduced when you vote after the vote bots with a much lower voting power.
So observe your voting reward and improve your earning by:
- go to steemstats.com
- enter your steemit user name here:
- go to Recent Activity and select Only display posts voted on
- try to vote now different kind of posts
- compare the author payout with your voting power and vote if it is not already to high
- try to vote early as possible, but know that your curation award is reduced the first 30 minutes:
- 0 Min after creation 100 % of the curation award to the author
- 10 Min after creation: 66% to the author and 33% to the voter
- 20 Min after creation: 33% to the author and 66% to the voter
- 30 Min after creation: 100% of the curation award to the voter
- 0 Min after creation 100 % of the curation award to the author
Good helper for finding posts which are not boosted:
There is also a vote reward calculator https://steemcalculator.github.io/, but it is not working most of the time.
This page is synchronized from the post: ‘Maximize your curation award by not voting boosted posts’


UBF(A)
UBF(A) - quick summary
UBF(A) is the transport format, it was designed to be easy to parse
and to be easy to write with a text editor. UBF(A) is based on a byte
encoded virtual machine, 26 byte codes are reserved. Instead of
allocating the bye codes from 0 we use the printable character codes
to make the format easy to read.
Primitive types
UBF(A) has four primitive types, when a primitive tag is recognized
it is pushed onto the "recognition stack" in our decoder. The
primitive types are:
- Integers
- Integers are sequences of bytes which could be described by the
regular expression [-][0-9]+, that is an optional minus (to
denote a negative integer) and then a sequence of at least one digits.
No restrictions are made as to the precision of the integer, precision
issues will be dealt with in UBF(B).
- Strings
- Strings are written enclosed in double quotes, thus:
"...."
Within a string two quoting conventions are observed,
" must be written \" and \ must be written
\\ - no other quotings are allowed (this is so we can write a double quote within a string.
- Binary Data
- Uninterpreted blocks of binary data are encoded, thus:
Int ~....~
First an integer, representing the length of the binary data is
encoded, this is followed by a tilde, the data itself which must be exactly the
length given in the integer and than a closing tilde. The closing tilde
has no significance and is retained for readability. White space can be
added Between the integer length and the data for readability.
- Constants
- Constants are encoded as strings, only using a single quote
instead of a double quote.
Constants are commonly form in symbolic languages like lisp, Prolog or
Erlang. In C they would be represented by hashed strings. The
essential property of an constant is that two constants can be compared for
equality in constant time. These are used for representing
symbolic constants.
In addition any item can be followed by a semantic tag this is
written `...` - with in the tag the close quote is quoted as in the strings encoding. This tag has no meaning in UBF(A) but might have a meaning in UBF(B). For example:
12456 ~....~ `jpg`
Represents 12456 bytes of raw data with the semantic tag "jpg".
UBF(A) does not know what "jpg" means - this is passed on to UBF(B)
which might know what it means - finally the end application is
expected to know what to do with an object of type "jpg", it might
for example know that this represents an image. UBF(A) will just
encode the tag, UBF(B) will type check the tag, and the application
should be able to understand the tag.
Compound types
Having defined our four simple type we define two type of "glue"
for making compound objects.
- Structs
- Structures are written:
{ Obj1 Obj2 ... Objn }
The byte codes for "{" and "}" are used to delimit a structure.
Obj1..Objn are arbitrary UBF(A) objects. The decoder and encoder
must map UBF(A) objects onto an appropriate representation in the
application programming language (for example structs in C, arrays
in java, tuples in Erlang etc.).
Structs are used to represent Fixed numbers of objects
- Lists
- Lists are used to represent variable numbers of objects. They are written with the syntax:
# ObjN & ObjN-1 & ... & Obj2 & Obj1
This represents a list of objects - the first object in the list in
Obj1 the second Obj2 etc.- Note that the objects
are presented in reverse order. Lisp programmers will recognize #
as an operator that pushes NIL (or end of list) onto the recognition stack
and & as an operator that takes the top two items on the recognition stack and replaces them by a list cell.
Finally we need to know when an object has finished.
The operator $ signifies "end of object". When $ is encountered there should be only one item on the recognition stack.
White space
For convenience blank, carriage return, line feed tab and comma
are treated as white space. Comments can be included in UBF(A) with the
syntax %...% the usual quoting convention applies.
Caching optimizations
So far we have used exactly 26 control, characters, namely:
%"~'`{}#&\s\n\t\r,-01234567890
This leaves us with 230 unallocated byte codes. These are used as follows:
First byte code sequence
>C
Where C is not one of the reserved byte codes or >
means store the top of the recognition stack in the register
reg[C] and pop the recognition stack.
Subsequent reuse of the single character CZ means
"push reg[C] onto the recognition stack"
|


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Have fun with your friend
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Stduying 3rd year BTECH in "CENTURION UNIVERSITY". Career Objective is to Work in India's top most company get experience so that it helps me to build my own empire.Programming Languages i have learnt are c,c++,java, Python,HTML,CSSG-MAIL:surajgupta1288@gmail.comPhno:7008455692


What is XSS?
Cross site scripting (XSS) is a type of code injection, in which malicious code (usually javascript) is inserted into an otherwise safe, trusted web site. When this code gets loaded into the browser of another user, it is executed. For example, a malicious user may enter <script>alert("xss");</script> into the comment field of a forum which saves it as a comment on the server. When another user visits the forum and loads the web page their browser, believing the code to be from the trusted website, will execute the script.
Security Implications of XSS
XSS can cause a variety of problems for the end user that range in severity from an annoyance to complete account compromise. The most severe XSS attacks involve disclosure of the user"s session cookie, allowing an attacker to hijack the user"s session and take over the account. Other damaging attacks include the disclosure of end user files, installation of Trojan horse programs, redirect the user to some other page or site, or modify presentation of content.


People are always going to want popcorn. You can wish it weren't true, but it's just a fact of life. So, Evan the Popcorn King is here to make sure you can have all the popcorn you want. All you have to do is order some, and it'll be delivered quicker than you can say "Where's my popcorn?" *
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Shop NowPlease: have a look around. Evan the Popcorn King has nothing to hide. Everything is aboveboard, honest, and legit. When you've decided how much popcorn to buy, go ahead and click the "Buy Some Popcorn" button.
Want to help, but not ready to buy? The Popcorn King understands that a bag of popcorn is a big investment. Maybe popcorn's not your thing. Please consider donating as little as $5 to help buy popcorn for the brave men and women of the U.S. military.


Common code for building accessible SPA router wrappers.
Documentation at https://oaf-project.github.io/oaf-routing/
For IE support you will need to polyfill Map. Using core-js:
import "core-js/es6/map";
If you use the smoothScroll
option of RouterSettings
, you may want to use iamdunstan's smoothscroll polyfill. See MDN's scrollIntoView
browser compatibility.
Generated using TypeDoc


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Last updated: June 15, 2016
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Control Structures - Third Style¶
In this chapter we are going to learn about the third style of control structures provided by the Ring programming language.
Branching¶
- If Statement
Syntax:
if Expression {
Block of statements
elseif Expression
Block of statements
else
Block of statements
}
Example:
Load "stdlib.ring"
print("
Main Menu
---------
(1) Say Hello
(2) About
(3) Exit
")
nOption = getnumber()
if nOption = 1 {
print("Enter your name : ")
name = getstring()
print("Hello #{name}\n")
elseif nOption = 2
print("Sample : using if statement\n")
elseif nOption = 3
bye
else
print("bad option...\n")
}
- Switch Statement
Syntax:
switch Expression {
case Expression
Block of statements
else
Block of statements
}
Example:
Load "stdlib.ring"
print("
Main Menu
---------
(1) Say Hello
(2) About
(3) Exit
")
nOption = GetString()
switch nOption {
case 1
print("Enter your name : ")
name = getstring()
print("Hello #{name}\n")
case 2
print("Sample : using switch statement\n")
case 3
Bye
else
print("bad option...\n")
}
Looping¶
- While Loop
Syntax:
while Expression {
Block of statements
}
Example:
Load "stdlib.ring"
While True {
print("
Main Menu
---------
(1) Say Hello
(2) About
(3) Exit
")
nOption = GetString()
switch nOption {
case 1
print("Enter your name : ")
name = getstring()
print("Hello #{name}\n")
case 2
print("Sample : using switch statement\n")
case 3
Bye
else
print("bad option...\n")
}
}
- For Loop
Syntax:
for identifier=expression to expression [step expression] {
Block of statements
}
Example:
# print numbers from 1 to 10
load "stdlib.ring"
for x = 1 to 10 {
print("#{x}\n")
}
Example:
load "stdlib.ring"
# Dynamic loop
print("Start : ") nStart = getnumber()
print("End : ") nEnd = getnumber()
print("Step : ") nStep = getnumber()
for x = nStart to nEnd step nStep {
print("#{x}\n")
}
Example:
load "stdlib.ring"
# print even numbers from 0 to 10
for x = 0 to 10 step 2 {
print("#{x}\n")
}
Example:
load "stdlib.ring"
# print even numbers from 10 to 0
for x = 10 to 0 step -2 {
print("#{x}\n")
}
- For in Loop
Syntax:
for identifier in List/String [step expression] {
Block of statements
}
Example:
load "stdlib.ring"
aList = 1:10 # create list contains numbers from 1 to 10
for x in aList { print("#{x}\n") } # print numbers from 1 to 10
Example:
load "stdlib.ring"
aList = 1:10 # create list contains numbers from 1 to 10
# print odd items inside the list
for x in aList step 2 {
print("#{x}\n")
}
When we use (For in) we get items by reference.
This means that we can read/edit items inside the loop.
Example:
load "stdlib.ring"
aList = 1:5 # create list contains numbers from 1 to 5
# replace list numbers with strings
for x in aList {
switch x {
case 1 x = "one"
case 2 x = "two"
case 3 x = "three"
case 4 x = "four"
case 5 x = "five"
}
}
print(aList) # print the list items
Exceptions¶
try {
Block of statements
catch
Block of statements
}


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Psalms 112:9
He hath dispersed, he hath given to the poor; his righteousness endureth for ever; his horn shall be exalted with honour.


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Rimas Meleshyus is currently attempting to sail around the world in a small sailboat. While he doesn't have a lot of electronics at his disposal, he is carrying a DeLorme inReach satellite communications device, which allows him to send his location and occasional short messages. This site is simply a catalog of those messages, exactly as they were transmitted.


Mirza Kupusović
Head Organizer
Adina Omerović
FR Team Leader
Besim Arnautović
PR Team Leader
Delila Smajlović
Contact person
Amar Čivgin
HR team Leader
Ajša Terko
Design Team Leader
Armin Omerbegović
IT Team Leader
Nejra Spahić
Chairwoman
Emrah Karahan
VC for internal affairs
Mirza Ohranović
vc for information technologies
Meliha Mešanović
vc for public relations
Edita Milišić
vc for finances and external affairs
Armin Avdić
contact person
Emir Košpo
Treasurer
Semra Ćurevac
Mirza Kupusović
Amina Žgalj


{% extends "open_now/base.html" %} {% load static %} {% load crispy_forms_tags %} {% block page-title %} About - OpenNow {% endblock page-title %} {% block top-header %} About OpenNow {% endblock top-header %} {% block p-lead %} Charlottesville and Albemarle County's premier site for exploring small businesses in the post-COVID era.{% endblock p-lead %} {% block upper-body %} {% endblock upper-body %} {% block body %} {% endblock body %} {% block body-non-para %}
OpenNow is a platform for community members in the Charlottesville and Albemarle County area - including University of Virginia students, faculty, and staff - to explore local small businesses during and after the COVID-19 pandemic. Users can view businesses, submit reviews for businesses, crowdsource their business hours, and submit their own business entries to OpenNow. Additionally, users can connect with other community members and share their experiences via the OpenNow forums. OpenNow is largely a crowdsourcing experiment to benefit the businesses that contribute so much to the Charlottesville area.
OpenNow was originally created in Spring 2021 as a course project for the Advanced Software Development Methods (CS 3240) course at the University of Virginia. This project falls under Project Option 3: What's Changed?
The source code of OpenNow is available on a private GitHub repository, accessible only by project team members and CS 3240 course staff.
Some but not all of the technologies used in OpenNow are listed here.
This site is licensed under the Modified BSD License. Copyright © 2021 by Project Team B-26. All rights reserved.
Various components of OpenNow are adapted from other sources, some of which are listed here. All components, even if not listed here, were developed originally or adapted in compliance with the licensing requirements of their respective owners.
OpenNow was developed in Charlottesville, Virginia, by UVA students in Project Team B-26 of the CS 3240 course.


Assignment 5
Ridge Hamre
July 31st, 2017
Ocean Man by Ween
OceanMan
Ocean Man
Take me by the Hand
Bit
Lead me to the land
TakeMeTo
that you understand
Land
Ocean Man
Squidward
The voyage to the corner of the globe is a real trip
Globe
Ocean Man
Squidward
The curst of a tan man emibed by the sand
TanTrump
Soaking up the thirst of the land
Straw
Ocean Man
Squidward
Can you see through the wonder of amazement at the oberman
Ocean Man
Squidward
The crust is eluzive when it casts forth to the childlike man
ManChild
Ocean Man
Squidward
The sequence of a life form braised in the sand
beach
Soaking up the thirst of the land
Straw
Ocean Man
Squidward
Ocean Man
Ocean Man
Ocean Man
Squidward
>Take me by the Hand
LeadingHand
Lead me to the land
Roadswim
That you understand
Ocean Man
OceanMan
The voyage to the corner of the globe is a real trip
Globe
slide 26
Ocean Man
The curst of a tan man emibed by the sand
TanTrump
Soaking up the thirst of the land
Straw
Ocean Man
Can you see through the wonder of amazement at the oberman
Ocean Man
OceanMan
The crust is eluzive when it casts forth to the childlike man
ManChild
Ocean Man
The sequence of a life form braised in the sand
beach
Soaking up the thirst of the land


public class DeferredFileOutputStream extends ThresholdingOutputStream
| Modifier and Type | Field and Description |
|---|---|
static java.lang.String |
TMPFILE_PREFIX |
static java.lang.String |
TMPFILE_SUFFIX |
output
| Constructor and Description |
|---|
DeferredFileOutputStream(int transitionSize) |
| Modifier and Type | Method and Description |
|---|---|
void |
close() |
java.io.InputStream |
getInputStream()
Closes the output stream and creates an InputStream on the same data.
|
protected void |
thresholdReached(int current,
int predicted)
Called when the threshold is about to be exceeded.
|
checkThreshold, flush, getThreshold, write, write, write
public static final java.lang.String TMPFILE_PREFIX
public static final java.lang.String TMPFILE_SUFFIX
public DeferredFileOutputStream(int transitionSize)
transitionSize
- is the number of bytes at which to convert
from a byte array to a real file.protected void thresholdReached(int current, int predicted) throws java.io.IOException
ThresholdingOutputStream
thresholdReached
in class ThresholdingOutputStream
current
- is the current number of bytes that have been writtenpredicted
- is the total number after the write completesjava.io.IOException
public java.io.InputStream getInputStream() throws java.io.IOException
java.io.IOException
public void close() throws java.io.IOException
close
in interface java.io.Closeable
close
in interface java.lang.AutoCloseable
close
in class ThresholdingOutputStream
java.io.IOException
Copyright © 2012 SubEthaSMTP. All Rights Reserved. Build version: 3.1.7


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Average age > 5 and less than 12: {{ data.age_5_to_11_years.mean | floatformat}}
Average age >= 12 : {{ data.age_12_to_16_years.mean | floatformat}}
Median Age 3-4: {{ data.age_3_to_4_years.median | floatformat}}
Median age > 5 and less than 12: {{ data.age_3_to_4_years.median | floatformat}}
Median age >= 12 : {{ data.age_12_to_16_years.median | floatformat}}
Standard Deviation Age 3-4: {{ data.age_3_to_4_years.std | floatformat}}
Standard Deviation age > 5 and less than 12: {{ data.age_3_to_4_years.std | floatformat}}
Standard Deviation age >= 12 : {{ data.age_12_to_16_years.std | floatformat}}


-
Now You Can Quickly Share The Best Parts Of Your GoPro Videos With ...
techcrunch.com
A few months ago, we told you about BrightSky Labs, a startup that hoped to unlock videos recorded on GoPro cameras and other wearable devices and ...
-
The global talent crunch
fortune.com
The coming labor shortage is being fought head-on by a new generation of talent innovators—Silicon Valley
-
LinkedIn Founder: How to Fix the Way We Work
blogs.wsj.com
Modern exmployment is based on mutual self-deception, writes Reid Hoffman.
-
How Google Works - The rules for success in the Internet Century - A new ...
www.howgoogleworks.net
The rules for success in the Internet Century - by Eric Schmidt & Jonathan Rosenberg
-
Reid Hoffman and Ben Casnocha on LinkedIn and The Alliance | EconTalk | ...
nuzzel.com
Russ: Okay, let's move to The Alliance. So it's a new book. It came out, I think, this month? Last month? GuestH: A couple of weeks ago. GuestC: July ...
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The Millennial Definition of Success
blog.adamnash.com
It's hard to believe in 2014, but when I first considered joining LinkedIn in 2007, most of my colleagues had trouble seeing the value in a platform ...
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A Dozen Things I’ve Learned from Reid Hoffman
25iq.com
1. “The top investment is worth the total amount of all the other projects and more. You're looking for the one high water mark, not the average. ...
-
New app will help you share GoPro footage fast
www.wxyz.com
If you’re a big GoPro fan, there’s a new app you should add into your video arsenal.
-
Weekend Reading: Words of Wisdom for the Graduating Class of 2014
blog.slideshare.net
By Lorraine K. Lee on May 23, 2014
-
‘A National Admissions Office’ for Low-Income Strivers - NYTimes.com
www.nytimes.com
Arianna Trickey was opening a piece of mail in her bedroom during junior year of high school when a pamphlet fell out of the envelope. The pamphlet ...
-
Why your boss should be willing to lose you - MarketWatch
www.marketwatch.com
The key to retaining great talent is to treat employees as allies. Paradoxically, this involves acknowledging that they might someday leave.
-
Behind the Scenes: How We Make Billions of Forecasts 96 Times a Day
www.linkedin.com
This post is part of a series in which Influencers go behind the scenes to explain in detail one aspect of their work. Read all the stories here and ...
-
Interview with Reid Hoffman about Managing Talent In The Networked Age
www.linkedin.com
Exclusive interview with Reid Hoffman, Chairman of LinkedIn and Author of The Alliance: Managing Talent in the Networked Age, by Josh Bersin, ...
-
Techonomy 14 - Techonomy
techonomy.com
This year Techonomy moves to the beautiful Ritz-Carlton Half Moon Bay, November 9-11, on the cliffs south of San Francisco, near Silicon Valley. ...
-
In Ferguson, Washington Post reporter Wesley Lowery gives account of his ...
www.washingtonpost.com
Wesley Lowery, in Missouri covering the aftermath of a teen’s shooting, was detained by police Wednesday.
-
Omnivoracious: "The Alliance" - Rethinking Employment in a "Free Agent ...
www.omnivoracious.com
Business is changing. As authors Reid Hoffman, Ben Casnocha, and Chris Yeh have noted (and as they note in this interview), we are moving away from ...
-
The Alliance: Managing Talent in the Networked Age
www.theallianceframework.com
A new framework for managing today's employees.
-
New tech opens doors for jobseekers
www.bbc.com
New technology is opening up whole new careers to young jobseekers who may be having difficulty getting into more established professions.
-
Preview: Help Wanted
www.cbsnews.com
"Year Up" trains thousands of disadvantaged youth for internships that often lead to corporate jobs -- jobs that companies have found hard to fill. ...
-
You Don't Get to the 21st Century by Arresting Journalists
www.linkedin.com
I was not shocked utterly last week that Washington Post Iran correspondent, and my friend, Jason Rezaian, his wife Yeganeh Salehi and two other ...
-
Three Tips for Building “All Star Teams” vs. “A Team of All Stars”
www.linkedin.com
Recently, I had the pleasure of reading Reid Hoffman’s new book The Alliance: Managing Talent in the Networked Age, which he co-authored with Ben ...
-
LinkedIn Speaker Series: Jeff Weiner, Reid Hoffman and Ben Casnocha
www.youtube.com
LinkedIn's co-founder/chairman, Reid Hoffman, has written a new book with Ben Casnocha and Chris Yeh: The Alliance: Managing Talent in the Networked ...
-
My Promise to You (Our Employees)
www.linkedin.com
On average, an American professional changes jobs 11 times in their career. In the United States as in many other countries around the world, the ...
-
A record year for computer science
www.linkedin.com
The College Board just released preliminary data on the number and demographics of students who took the Advanced Placement (AP) Computer Science ...
-
Why I'm Embracing the Bay Area
www.linkedin.com
I’ve always believed that talent attracts capital far more effectively than capital attracts talent – and that’s why I’m in San Francisco today to ...
-
Belong Anywhere - Airbnb's new mark and identity
blog.airbnb.com
Introducing Airbnb’s new mark, inspired by the community, symbolizing a world where doors are always open. A world where you can belong anywhere.


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Declaration & Consent
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Progress Bars
Progress Bars based on Bootstrap-Progressbar plugin
Percentage Format
Number Format
Custom Format
Other Styles
Vertical Progress Bars
Default Progress Bars
Deafult Bootstrap Progress Bars
Contextual
60% Complete
60% Complete (warning)
60% Complete (success)
60% Complete (danger)
With Percentage Label
75%
Stacked Progress Bar
45% Complete (success)
20% Complete (warning)
10% Complete (danger)
Sizes
80% Complete
80% Complete
80% Complete
80% Complete
Striped and Animated
20% Complete
45% Complete


The procedure produces and activates a new dataset of cases and matched controls.
Group Indicator Select the variable that defines whether a record is in the case or control group. A variable value of one indicates a case, and a value of zero indicates a control.
Predictors Select the variables to be used in the logistic regression to model case/control membership.
Name for Propensity Variable Enter a name for the variable to hold the score (propensity) from the logistic regression. This variable will be used for matching.
• The variable name must not already be in use.
Match Tolerance Specify the tolerance for the score in matching cases and controls. A control is eligible to match a case if the absolute value of the difference in the propensity scores is less than or equal to this value. A value of 0 means exact matches only while a value of 1 means any control would match any case. Smaller values produce closer matches but may increase the number of unmatched cases.
• The output tables produced by this procedure show the distribution of the number of eligible matches given the tolerance and can be useful in choosing a tolerance value.
Case ID Specify a case identifier variable. The Case id value for the matched control will be stored with each case record.
Match ID Variable Name Specify a name for the variable that will hold the id of the selected control record. If a match cannot be produced, the variable value will be system missing.
• The variable name must not already be in use.
Output Dataset Name Specify a name for the dataset to be created. The dataset will hold all the cases and the controls that were matched with them.
• The dataset name must not already be in use.
• The output is a dataset, not a permanent file. You must save the dataset to create an actual file.
Variable for Number of Eligible Cases Optionally, enter a variable name to record the size of the control pool, i.e., the number of eligible cases, for each case record. This is the number of controls that meet the matching criteria after matches for previous case records have been removed, if sampling without replacement.
• The variable name must not already be in use
Sampling Control cases can be drawn with or without replacement.
Give priority to exact matches Check this box to cause the matching algorithm to try first for an exact match before trying for a fuzzy match.
Maximize execution performance Check this box to maximize performance in selecting matches - maximum speed and minimum memory usage. For large datasets this box should be checked. When it is used, there is a slightly greater chance that a case will not find be matched with a control.
• You cannot specify both exact priority and minimize memory.
Randomize case order when drawing matches Check this to draw matches for the case records in random order. Otherwise, the case records are processed in the order in which they occur in the file. This could result in fewer controls to select from later in the file. If the case records have a systematic order, processing in file order could introduce some bias.
• This has no effect when maximize execution performance is checked.
Random Number Seed If you want to be able to reproduce the matches exactly on a future run with the same data, you can set a seed value for the random numbers used when picking from a set at random. This seed is not related to the general SPSS Statistics random number seed.
This dialog generates syntax for the FUZZY extension command as well as some other code. FUZZY also provides more general ways to do matching. To display syntax help for FUZZY, run the following syntax:
FUZZY /HELP.
FUZZY has a several features not supported in this dialog, including using separate case and control datasets as input, matching on a set of variables without the intermediate logistic regression, and matching multiple controls with each case. Custom functions written in Python can also be used for calculating the fuzzy distance.
It requires at least version 1.3.0 of the FUZZY extension command. That is newer than the version shipped with Statistics <IP_ADDRESS> You can download the Python Essentials from the SPSS Community website at www.ibm.com/developerworks/spssdevcentral. The latest version of FUZZY can be found in the Extension Commands collection.
© Copyright IBM Corp. 1989, 2013


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{% extends "org_base.html" %} {% load seahub_tags avatar_tags group_avatar_tags i18n %} {% load url from future %} {% block nav_group_class %}class="cur"{% endblock %} {% block title_panel %}
{% trans "After creating a group, you can add members and share libraries to it." %}
{% trans "You can also share to groups that you're not in." %}


zooplankton.Rd
The Madison lake zooplankton data are from a long-term study in seasonal dynamics of zooplankton, collected by the Richard Lathrop. The data were collected from a chain of lakes in Wisconsin (Mendota, Monona, Kegnonsa, and Waubesa) approximately bi-weekly from 1976 to 1994. They consist of samples of the zooplankton communities, taken from the deepest point of each lake via vertical tow. The data are provided by the Wisconsin Department of Natural Resources and their collection and processing are fully described in Lathrop (2000).
A data frame
Pedersen EJ, Miller DL, Simpson GL, Ross N. 2018. Hierarchical generalized additive models: an introduction with mgcv. PeerJ Preprints 6:e27320v1 doi: 10.7287/peerj.preprints.27320v1.
Each record consists of counts of a given zooplankton taxon taken from a subsample from a single vertical net tow, which was then scaled to account for the relative volume of subsample versus the whole net sample and the area of the net tow and rounded to the nearest 1000 to give estimated population density per m2 for each taxon at each point in time in each sampled lake.
Lathrop RC. (2000). Madison Wisonsin Lakes Zooplankton 1976--1994. Environmental Data Initiative.


Youth Hunger
If you've ever missed a meal, you know how hunger can affect you.  Every day millions of children in America go to school without a lunch. Now we can help.
Those We've Helped
My dad was laid off from work and we haven't had enough food for lunch every week. Thanks to Luncher, and a generous donor, my school provides lunch for me and others in similar situations. We even get pizza on Friday!
Without a proper lunch every day in school, my son started acting up. His grades were suffering, and his teacher said he may have to be held back. When our school administrator posted on Luncher, and the donations started pouring in, his behavior settled and his grades improved!
We had a lunch program for kids whose family couldn't provide a lunch, but the food itself was unappetizing and unhealthy. Now I can be proud of the food I serve, knowing it truly gives the kids the nutrition they need to get through the day.
I could always tell which students came back from lunch without having a proper meal. After our school was posted on Luncher, all of my students are present and ready to learn after lunch.


The college library is the repository and gateway for information required to advance the academic and research programs at all levels. It is an integral component of a campus of importance, actively pursuing institutional and external support to provide leading edge information services. In collaboration with the diverse academic community, the library anticipates campus information needs and provides resources through critical selection and efficient delivery systems. The library participates in the educational process, providing instruction for information literacy and life-long learning.
The library is also a partner within the institutional system, developing a world class information access program to meet the expanding need of all. The library is a major contributor to the PLT College System through its unique collectios and services. It also shares in the resources of other libraries through coordinated programs for access and collections development.
Hide...The library is a full partnerin the educational mission of the institution. As modes of information availability and delivery evolve, the library provides access to these through on-site and remote collections. The library's instructional activities include greater collaboration with acadenmic departments to integrate information resources directly into the learning process.
This vision will require intensified sharing of print resources, databases, and technology with cooperation and partnerships among libraries, publishersand users. Library personnel will offer flexible responses to the rapid and dramatic changes in patterns of information access. Library facilities will be expanded and upgraded to provide space and equipment for efficient access to all information resources, regardless of location.
PLT College, Inc. is a non-stock, non-profit and non-sectarian educational institution administered by its Board of Trustees.
PLT College, Inc. started as PLT Computer and Technical Services on September 1989. The founder and the first chairman of the Board of Trustees was Engr. Purisimo L. Tiam, a visionary man and a computer enthusiast. Mrs. Maria Nonette O. Tiam, his very supportive wife became the first President.
Barely nine (9) months after it was granted by the Department of Education, Culture, and Sports (DECS) permit to operate as a school and was named PLT Computer Technical School, it offered two-year courses, namely, Management Information System Analysis and Design (MISAD) and the...
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Bitfeilds allows you to assign a label to individual bits, or groups of bits, in a variable. For instance, I can use a bitfeild to assign a label to individual four bit words within a byte.
struct wordStore_t{
uint8_t bits0123 : 4;
uint8_t bits4567 : 4;
};
int main(void)
{
struct wordStore_t someData;
//Maximum value for allocated space
//of 4 bits.
someData.bits0123 = 15;
someData.bits4567 = 12;
return 0;
}
It could also be used to pack multiple one bit flags into a single byte.
struct flagStore_t{
uint8_t flagA : 1;
uint8_t flagB : 1;
uint8_t flagC : 1;
uint8_t flagD : 1;
uint8_t flagE : 1;
uint8_t flagUnused : 3;
};
int main(void)
{
struct flagStore_t myFlags;
myFlags.flagA = 1;
myFlags.flagB = 1;
myFlags.flagC = 1;
myFlags.flagD = 0;
myFlags.flagE = 0;
return 0;
}
Bitfeilds use the "base" type they are given to define their size in memory. In the above example, the "uint8_t" type defines the size of the bitfeild as eight bits.
If the size is defined as something more exotic, like 45 bits, the variable would exist in one word of 32 bit wide memory, and 13 bits of it another word. In order to avoid complications like this, many compilers will limit the size of a bitfeild to the size of an integer in that system (32, 64, or some other number of bits.)
Different compilers will enforce different length restrictions, and others will enforce none at all. This quirk, among many, is a reason that bitfeilds are not especially portable, and may be interpreted differently by different compilers. This should be considered when using them in your code.
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We're in the progress of putting together a cookbook of recipes based on the meals that our volunteers have been cooking.
We look forward to sharing it with you soon!